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16/204023
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US11171003B2
| 250 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor substrate, Trench, Semiconductor region, Doped dielectric layer, Boro-Silicate-Glass (BSG), Phospho-Silicate-Glass (PSG), Dielectric material, Anneal process, Diffuse, Integrated circuit device.
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A method of forming an integrated circuit device, the method comprising:etching a semiconductor substrate to form a first trench and a second trench, wherein a remaining portion of the semiconductor substrate is left between the first trench and the second trench as a semiconductor region;forming a first doped dielectric layer, wherein the first doped dielectric layer comprises sidewall portions on sidewalls of the semiconductor region and a top surface portion overlapping a top surface of the semiconductor region, wherein the first doped dielectric layer comprises Boro-Silicate-Glass (BSG);forming a second doped dielectric layer extending on the sidewalls of the semiconductor region and over the top surface of the semiconductor region, wherein the second doped dielectric layer comprises Phospho-Silicate-Glass (PSG), and wherein the first doped dielectric layer directly contacts the second doped dielectric layer;filling the first trench and the second trench with a dielectric material, wherein the dielectric material is overlying both of the first doped dielectric layer and the second doped dielectric layer; andperforming an anneal process to diffuse both of phosphorous and boron in the first doped dielectric layer and the second doped dielectric layer into the semiconductor region to form a diffused semiconductor region.
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null | null | 250 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Front vehicle recognition, Periphery monitoring sensor, Trajectory estimation, Map data acquisition, Lane number information, Subject vehicle identification, Traveling lane estimation, Lateral direction positional relationship, Inappropriate traveling trajectory.
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A traveling lane estimation apparatus comprising:a front vehicle recognition portion configured to recognize a front vehicle in front of a subject vehicle based on a sensing result by a periphery monitoring sensor that is mounted on a vehicle and is configured to monitor a periphery of the subject vehicle;a trajectory estimation portion configured to estimate a front vehicle traveling trajectory based on a front vehicle position sequentially recognized by the front vehicle recognition portion;a map data acquisition portion configured to acquire map data including lane number information;a subject vehicle identification portion configured to identify a subject vehicle position on a map based on the map data acquired by the map data acquisition portion;a traveling lane estimation portion configured to estimate a traveling lane of the subject vehicle based onthe lane number information that is included in the map data acquired by the map data acquisition portion and corresponds to the subject vehicle position identified by the subject vehicle position identification portion anda lateral direction positional relationship of the subject vehicle position identified by the subject vehicle position identification portion with respect to the front vehicle traveling trajectory estimated by the traveling trajectory estimation portion; anda determination portion configured to determine an inappropriate traveling trajectory for estimating the subject vehicle traveling lane by the traveling lane estimation portion,wherein:the traveling lane estimation portion is configured to estimate the subject vehicle traveling lane without using a traveling trajectory that is the front vehicle traveling trajectory estimated by the trajectory estimation portion and is determined to be inappropriate by the determination portion.
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16/214722
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US10741438B2
| 251 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor substrate, Isolation regions, Semiconductor fin, Gate stack, First semiconductor region, Dielectric region, Dielectric liner, Inter-Layer Dielectric (ILD) region.
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An integrated circuit device comprising:a semiconductor substrate;isolation regions extending into the semiconductor substrate;a semiconductor fin protruding higher than the isolation regions;a gate stack on the semiconductor fin;a first semiconductor region extending into the semiconductor fin, wherein the first semiconductor region is adjacent to the gate stack; anda dielectric region comprising:a dielectric liner comprising:a bottom portion overlapping the first semiconductor region; andan edge portion over and connecting to an end of the bottom portion, wherein the edge portion comprises a lower part formed of a first dielectric material, and an upper part formed of a second dielectric material different from the first dielectric material, wherein the upper part overlaps the lower part; andan Inter-Layer Dielectric (ILD) region overlapping the bottom portion, wherein the ILD region contacts both the lower part and the upper part of the edge portion of the dielectric liner.
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null | null | 251 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Cameras, Platform, Rotate, Memory, Item identification model, Items, Processor, Identifier, Triggering event, User, Image, Features, Dominant colors, Pixel colors, Dimension, Width, Length, Height, Training dataset.
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A system for capturing images for training an item identification model comprising:a plurality of cameras, wherein each camera is configured to capture images of at least a portion of a platform;the platform is configured to rotate;a memory, operable to store an item identification model, wherein the item identification model is configured to identify items based at least in part upon images of the items; anda processor, operably coupled with the memory, and configured to:obtain an identifier associated with an item;detect a triggering event at the platform, wherein the triggering event corresponds to a user placing the item on the platform;cause the platform to rotate;cause at least one camera from among the plurality of cameras to capture an image of the item while the platform is rotating;extract a set of features associated with the item from the image, wherein each feature corresponds to a physical attribute of the item, and wherein the set of features comprises at least one of:one or more dominant colors of the item, wherein each of the one or more dominant colors is determined based at least in part upon a set of pixel colors associated with the item from the image; anda dimension of the item, wherein the dimension comprises a width, a length, and a height of the item;associate the item to the identifier and the set of features; andadd a new entry to a training dataset of the item identification model, wherein the new entry represents the item labeled with at least one of the identifier and the set of features.
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16/218578
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US10748902B2
| 252 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Substrate, Fin structure, Isolation gate, First gate structure, Sidewall spacer, Source/drain feature, Dielectric layer, Metal gate layer.
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A device comprising:a fin structure disposed over a substrate;an isolation gate and a first gate structure disposed over the fin structure;a first sidewall spacer disposed along the isolation gate; anda source/drain feature disposed in the substrate adjacent the isolation gate, and wherein the isolation gate includes a dielectric layer and a metal gate layer, the dielectric layer conformed to a side surface of the first sidewall spacer and extending along the first sidewall spacer and into the substrate such that the dielectric layer physically contacts the first sidewall spacer, the source/drain feature, and the substrate, the metal gate layer extending into the substrate to a first depth and the source/drain feature extending into the substrate to a second depth, the first depth being greater than the second depth.
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null | null | 252 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Camera, Controller, Feature points, Image, Surrounding, Vehicle, Parking assist, Parking position, Driver, Register, Vicinity, Detectable, Imaging apparatus, Parking assist control, Automatically parking, Assisting in parking, Non-detected situation, Erase, Group, Newly extract.
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A parking assist apparatus comprising:a camera capable of taking an image of a surrounding of a vehicle; anda controller configured to:extract feature points from a captured image where a region in which a driver of said vehicle desires to register a parking position and a vicinity thereof are captured,register said extracted feature points in association with said parking position, and thereby register said parking position as a registered parking position,when it is determined that at least one of said feature points is detectable from said captured image acquired from said imaging apparatus in a case when said vehicle is positioned in said vicinity of said registered parking position, calculate said registered parking position by detecting said at least one of said feature points, andperform, as parking assist control, either one of control for automatically parking said vehicle in said calculated registered parking position or control for assisting in parking said vehicle in said calculated registered parking position,wherein,said controller is configured to:when a non-detected situation has occurred consecutively a predetermined number of times, said non-detected situation being a situation where one or more feature points among said registered feature points are not detected even once from said captured image while said parking assist control is being performed, erase said one or more feature points from a group of said registered feature points,newly extract a same number of feature points as said erased one or more feature points from said captured image, andregister said newly extracted one or more feature points in association with said registered parking position.
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16/222122
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US11011464B2
| 253 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated Circuit Die, Encapsulant, Conductive Via, Dielectric Layer, Metallization Pattern
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A structure comprising:a first integrated circuit die;an encapsulant at least laterally surrounding the first integrated circuit die;a first conductive via extending through the encapsulant;a second conductive via extending through the encapsulant, adjacent sidewalls of the first conductive via and the second conductive via being separated by a first distance;a dielectric layer on the encapsulant, the first conductive via, the second conductive via, and the first integrated circuit die;a third conductive via extending through the dielectric layer to contact the first conductive via;a fourth conductive via extending through the dielectric layer to contact the second conductive via;a first metallization pattern on the dielectric layer and the third conductive via;a second metallization pattern on the dielectric layer and the fourth conductive via, adjacent sidewalls of the first metallization pattern and the second metallization pattern being separated by a second distance, the second distance being greater than the first distance; anda third metallization pattern on the dielectric layer, the third metallization pattern being disposed between the first metallization pattern and the second metallization pattern, the third metallization pattern being spaced apart from the first metallization pattern and the second metallization pattern.
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null | null | 253 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Vehicle controller, travel, vehicle, processor, time series images, camera, classifier, object region, another vehicle, trajectory, predetermined action, characteristics, pixel values, signal light, recursive structure, convolution operation, behavior-characteristic information, tracking period, predict behavior, trajectory, control.
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A vehicle controller for controlling travel of a vehicle, comprising:a processor configured to: input time series images obtained by a camera mounted on the vehicle into a first classifier to detect an object region including another vehicle near the vehicle in each of the time series images;track the other vehicle to estimate a trajectory of the other vehicle, based on the object region of each of the time series images;detect a predetermined action taken by the other vehicle, based on the determined trajectory;input characteristics obtained from pixel values of the object region detected in each of the time series images into a second classifier to identify the state of a signal light of the other vehicle, the second classifier having a recursive structure or performing a convolution operation in a temporal direction;extract at least one piece of behavior-characteristic information indicating characteristics of an action of the other vehicle or the state of a signal light of the other vehicle at the predetermined action taken by the other vehicle, based on the predetermined action detected in a tracking period during which the other vehicle is tracked and the state of the signal light of the other vehicle identified in the tracking period and related to the predetermined action;predict behavior of the other vehicle, using the at least one piece of behavior-characteristic information;create a trajectory to be traveled on which the vehicle will travel, based on the predicted behavior of the other vehicle; andcontrol the vehicle so that the vehicle will travel along the trajectory to be traveled.
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16/228928
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US10804192B2
| 254 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Patterned mask layer, Build-up layer, Semiconductor structure, Dielectric layers, Conductive pillar, Metal layer, Etching, Etching mask, Recesses.
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A method of forming a semiconductor structure, the method comprising:forming a patterned mask layer on a first side of a build-up layer, wherein the build-up layer comprises:a stack of dielectric layers;a first conductive pillar embedded in the stack of dielectric layers;a second conductive pillar embedded in the stack of dielectric layers; anda metal layer extending along an outermost dielectric layer of the stack of dielectric layers, the metal layer disposed between the outermost dielectric layer and the patterned mask layer, wherein the patterned mask layer covers a first portion of the metal layer contacting a first surface of the first conductive pillar while exposing a second portion of the metal layer contacting a second surface of the second conductive pillar; andetching the metal layer using the patterned mask layer as an etching mask, wherein after the etching, the first portion of the metal layer remains and the second portion of the metal layer is removed, where etching the metal layer recesses the second surface of the second conductive pillar from a first side of the outermost dielectric layer facing the metal layer.
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null | null | 254 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Medical diagnostic testing procedure, Compliance, Computing system, Prompt, User device, Test strip, Pattern region, Identifier, QR code, Pattern, Graphic, Image, Bar code, Camera, Features, Average color value, User, Test kit.
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A computer-implemented method of measuring compliance with a medical diagnostic testing procedure comprising:providing, by a computing system, a prompt to a user to present a medical diagnostic component to a camera of a user device, wherein the medical diagnostic component is a test strip included in a test kit, wherein the test strip comprises a pattern region and an identifier unique to the test strip, wherein the identifier comprises any combination of one or more of: a QR code, a pattern, a graphic, an image, or a bar code;receiving, by the computing system, a first image captured by the camera;prompting, by the computing system, the user to present the medical diagnostic component to the camera of the user device;receiving, by the computing system, a second image captured by the camera;detecting, by the computing system, a first set of features associated with the first image and a second set of features associated with the second image;based on the first set of features and the second set of features, determining, by the computing system, that the medical diagnostic component in the first image is the same as the medical diagnostic component in the second image, wherein the determining comprises:determining a first average color value of the first set of features and a second average color value of the second set of features; andcomparing the first average color value and the second average color value;based at least in part on the determining, assessing, by the computing system, that the user remained in compliance with the medical diagnostic testing procedure.
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16/235269
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US11329022B2
| 255 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated circuit die, Molding material, Interconnect structure, Contact pads, Plate, Connector patterns, Alignment pattern, First connectors, Second connectors, Homogeneous material, Alignment feature, Alignment patterns, Coupling.
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A method comprising:providing a packaged semiconductor device including an integrated circuit die disposed in a molding material and an interconnect structure disposed over the integrated circuit die and the molding material, the interconnect structure comprising a plurality of contact pads;providing a plate comprising a plurality of connector patterns disposed thereon, two or more of the plurality of connector patterns including an alignment pattern disposed thereon;forming a plurality of first connectors and a plurality of second connectors in the plurality of connector patterns of the plate, wherein forming the plurality of first connectors and the plurality of second connectors comprises filling the entirety of the plurality of connector patterns of the plate with a homogeneous material, wherein the plurality of first connectors each comprises an alignment feature disposed thereon, and wherein the alignment features of the plurality of first connectors are formed from the alignment patterns of the two or more of the plurality of connector patterns on the plate;removing of each of the plurality of first connectors and the plurality of second connectors from respective ones of the plurality of connector patterns of the plate such that the plurality of first connectors and the plurality of second connectors are separate from the plate; andcoupling each of the plurality of first connectors and the plurality of second connectors to respective ones of the plurality of contact pads.
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null | null | 255 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Counterfeit and imaging detection system, processors, counterfeit product detection application, steganographic imaging model, training images, authentic steganographic features, input pixel data, digital images, steganographic features, authentic, counterfeit, computing instructions, physical product, product line, imaging device, pixel data, batch code, uniquely identifying, counterfeit list.
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A counterfeit and imaging detection system, the counterfeit and imaging detection system comprising:one or more processors;a counterfeit product detection application (app) including computing instructions configured to be executed by the one or more processors; anda steganographic imaging model, electronically accessible by the counterfeit product detection app, and trained using a first set of training images depicting one or more authentic steganographic features, and a second set of training images depicting a lack of the one or more authentic steganographic features,wherein the steganographic imaging model is configured to analyze input pixel data of respective input digital images, each input digital image depicting a presence or a lack of one or more steganographic features, and to output respective indications of whether the respective input digital images are authentic or counterfeit, andwherein the computing instructions of the counterfeit product detection app, when executed by the one or more processors, are configured to cause the one or more processors to:obtain a digital image of a physical product of a product line, the digital image captured by an imaging device and the digital image comprising pixel data,analyze the digital image to detect within the pixel data a batch code uniquely identifying a batch of the physical product of the product line,analyze the pixel data of the digital image to determine that the batch code is counterfeit, andaugment a counterfeit list of batch codes to include the batch code,wherein the counterfeit list of batch codes remains electronically accessible to the counterfeit product detection app for one or more further counterfeit detection iterations.
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16/285234
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US10852476B2
| 256 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor package, photonic integrated circuit, optical couplers, optical fibers, encapsulating material, redistribution structure.
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A semiconductor package, comprising:a photonic integrated circuit comprises a coupling surface, a back surface opposite to the coupling surface and a plurality of optical couplers disposed on the coupling surface and configured to be coupled to a plurality of optical fibers;an encapsulating material extending along sidewalls of the photonic integrated circuit and revealing the plurality of optical couplers, wherein the back surface of the photonic integrated circuit is substantially leveled with a top surface of the encapsulating material; anda redistribution structure being in contact with the top surface of the encapsulating material and the back surface of the photonic integrated circuit, wherein the redistribution structure is electrically connected to the photonic integrated circuit.
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null | null | 256 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Camera, Image, Obstacle recognition device, Vehicle, Acquiring unit, Feature points, Calculation unit, Motion distance, First threshold, Second threshold, Longitudinal direction, Obstacle, Determination unit.
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An obstacle recognition device of a vehicle provided with a camera that captures an image around the vehicle, detecting an obstacle based on the image captured by the camera, the obstacle recognition device comprising:an acquiring unit that sequentially acquires the image repeatedly captured by the camera;a feature point extracting unit that extracts a plurality of feature points of an object included in the image sequentially acquired by the acquiring unit;a calculation unit that calculates each motion distance of the plurality of feature points on the image between the image previously acquired by the acquiring unit and the image currently acquired by the acquiring unit;a first determination unit that determines whether each motion distance of the plurality of feature points is larger than or equal to a first threshold;a second determination unit that determines whether each motion distance of the plurality of feature points is larger than or equal to a second threshold; andan obstacle recognition unit that recognizes an obstacle,whereinthe second threshold is set for each feature point such that the farther the location of the plurality of feature points from the vehicle along a longitudinal direction in the image, the smaller the second threshold is; andthe obstacle recognition unit is configured to determine feature points to represent an obstacle that satisfy a determination result in which the first determination unit determines that the motion distance is larger than or equal to the first threshold and the second determination unit determines that the motion distance is larger than or equal to the second threshold.
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16/375228
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US11011451B2
| 257 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated circuit die, Redistribution structure, Socket, Thermal module, Mechanical brace, Bolt, Fastener, Torque, Standoff screw.
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A method comprising:forming a package component comprising an integrated circuit die, a redistribution structure over the integrated circuit die, and a socket over the redistribution structure;assembling the package component between a thermal module and a mechanical brace with a bolt extending through the thermal module, the package component, and the mechanical brace, the mechanical brace comprising a standoff screw disposed a first distance from the socket after the assembling;tightening a fastener on the bolt with a first amount of torque;adjusting the standoff screw to reduce the first distance between the standoff screw and the socket; andafter adjusting the standoff screw, tightening the fastener on the bolt with a second amount of torque, the second amount of torque being greater than the first amount of torque.
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null | null | 257 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Camera, Images, Obstacle recognition device, Acquiring unit, Feature points, Calculation unit, Motion distance, First threshold, Second threshold, Longitudinal direction, Vehicle, Obstacle.
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An obstacle recognition device of a vehicle provided with a camera that captures images around the vehicle, detecting an obstacle based on the images captured by the camera, the obstacle recognition device comprising:an acquiring unit that sequentially acquires the images repeatedly captured by the camera;a feature point extracting unit that extracts a plurality of feature points of an object included in the images sequentially acquired by the acquiring unit;a calculation unit that calculates each motion distance of the plurality of feature points on the images between an image previously acquired by the acquiring unit and an image currently acquired by the acquiring unit;a first determination unit that determines whether each motion distance of the plurality of feature points is larger than or equal to a first threshold;a second determination unit that determines whether each motion distance of the plurality of feature points is larger than or equal to a second threshold; andan obstacle recognition unit that recognizes an obstacle,whereinthe second threshold is set for each feature point such that the farther the location of the plurality of feature points from the vehicle along a longitudinal direction in a respective image, the smaller the second threshold is; andthe obstacle recognition unit is configured to determine feature points to represent an obstacle that satisfy a determination result in which the first determination unit determines that the motion distance is larger than or equal to the first threshold and the second determination unit determines that the motion distance is larger than or equal to the second threshold.
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16/386838
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US10796060B2
| 258 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Program instructions, processor, method, cell, pin access, patterning track, first direction, second direction, predetermined distance, integrated circuit, fabricated, parallel.
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A computer readable storage medium encoded with program instructions, wherein, when the program instructions is executed by at least one processor, the at least one processor performs a method comprising the steps of:selecting a cell;determining whether a first pin access of a first pin and a second pin access of a second pin disposed adjacent to the first pin in the cell are on a same patterning track, wherein the patterning track extends along a first direction;separating the first pin and the second pin from each other along a second direction by a first predetermined distance when the first pin access and the second pin access are determined to not be on a same patterning track;determining whether a third pin access of a third pin and a fourth pin access of a fourth pin disposed adjacent to the third pin in the cell are on a same patterning track extending along the first direction;separating the third pin and the fourth pin from each other along the second direction by a second predetermined distance when the third pin access and the fourth pin access are determined to be on a same patterning track, the second predetermined distance being less than the first predetermined distance; andcausing an integrated circuit to be fabricated according to the first pin, the second pin, the third pin, and the fourth pin,wherein the second direction is parallel with the first direction.
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null | null | 258 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Camera, Sensor, Storage device, Transfer device, Control device, Portable device, Image management server, Vehicle state, In-vehicle device, Rare image, Vehicle side determination process, User permission, Image storage device.
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An information management system comprising:an-in vehicle device including, a camera mounted on a vehicle, a sensor configured to detect a vehicle state, a storage device configured to store an image photographed by the camera and the vehicle state detected by the sensor, along with the time photographed, as the photographed image and the detected vehicle state, a transfer device configured to transfer the captured image and the detected vehicle state, and a control device configured to control the camera and the transfer device;a portable device configured to acquire and transmit the photographed image and the detected vehicle state transferred from the transfer device; andan image management server configured to receive the photographed image and the detected vehicle state transmitted from the portable device,wherein the control device of the in-vehicle device executes the vehicle side determination process for whether the selected image is a rare image using the selected image among photographed image stored in storage device and the detected vehicle state when photographing the selected image and transfer the vehicle state and the selected image when the selected image is determined to be a rare image by the execution of the vehicle side determination process to the portable device,wherein the portable device transmits the selected image and the selected vehicle state transferred from the in-vehicle device only when transmission is permitted by the user to the image management server,wherein the image management server comprising an image storage device configured to store the selected image and the selected vehicle state received from the portable device.
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16/390669
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US11004771B2
| 259 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated circuit die, Interconnect structure, Molding compound, Cooling device, Reservoir, Cavity, Phase change material (PCM), Dissipate heat, Adhesive, Thermal interface material.
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A semiconductor device comprising:an integrated circuit die coupled to an interconnect structure;a molding compound surrounding sidewalls of the integrated circuit die;a cooling device attached to the integrated circuit die and the molding compound, the cooling device comprising:a reservoir comprising a first plate and a second plate coupled to the first plate;a cavity disposed between the first plate and the second plate; anda phase change material (PCM) disposed in the cavity, wherein the cooling device is adapted to dissipate heat from the integrated circuit die;an adhesive extending from the molding compound to the cooling device; anda thermal interface material extending from the integrated circuit die to the cooling device, an entire surface of the integrated circuit die being in contact with the thermal interface material, the thermal interface material contacting the adhesive at an interface extending from the molding compound to the cooling device, the thermal interface material comprising a material different from a material of the adhesive.
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null | null | 259 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Management device, Geographic area, Period of time, Detection model, Image data, Event, Processor, Image capture device, Subset, Model data, Non-transitory storage medium, Notification.
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A method comprising:receiving, by a management device, an indication of a first geographic area and a first period of time;receiving, by the management device, an indication of a first detection model of a plurality of detection models, the first detection model for analyzing image data and detecting a first event;identifying, by at least one processor of the management device, a subset of at least one image capture device of a plurality of image capture devices, the subset of at least one image capture device being limited to image capture devices which capture image data in the first geographic area within the first period of time;after the subset of at least one image capture device is identified, transmitting, by the management device, first model data to each image capture device in the subset of at least one image capture device, the first model data including the first detection model for detecting the first event; andfor each image capture device in the subset of at least one image capture device:storing, by at least one non-transitory processor-readable storage medium of the respective image capture device, the first model data from the management device;processing, by at least one processor of the respective image capture device, image data stored at the at least one non-transitory processor-readable storage medium of the respective image capture device according to the first detection model, to identify any instances of the first event; andtransmitting a notification to be received by the management device, the notification indicative of any identified instances of the first event.
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16/390715
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US10784160B2
| 260 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Metal line, Dielectric layer, Liner, Sidewall, Void, Conductive feature
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A structure comprising:a first metal line and a second metal line in a first dielectric layer, wherein a top surface of the first metal line and a top surface of the second metal line are higher than a top surface of the first dielectric layer;a first liner extending along the top surface of the first metal line, a first sidewall of the first metal line, an adjacent second sidewall of the second metal line, and a top surface of a portion of the first dielectric layer disposed between the first metal line and the second metal line;a second dielectric layer over the first liner, the first metal line, and the second metal line;a void disposed between the first metal line and the second metal line, wherein the void is formed entirely within the second dielectric layer, and wherein a top of the void is lower than the top surface of the first metal line; anda conductive feature in the second dielectric layer, the conductive feature and the first metal line being misaligned, a bottommost surface of the conductive feature being in physical contact with a top surface of the first liner and the top surface of the first metal line, the top surface of the first liner being level with the top surface of the first metal line, the conductive feature being electrically connected to the first metal line.
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null | null | 260 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Vision-based navigation system, data storage element, constellation data, constellation features, 3D position data, camera pose, processor, encoded instructions, candidate correspondences, image feature, ambiguous correspondence, candidate pose solutions, viability level, conditional pose error bound, containment pose error bound, navigation solution.
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A vision-based navigation system, comprising:at least one data storage element configured for storage of:constellation data corresponding to a set of constellation features, each constellation feature associated with nominal three-dimensional (3D) position data relative to a constellation reference frame;andprocessor-executable encoded instructions;at least one camera associated with a camera pose relative to the constellation reference frame;andat least one processor in communication with the camera and the data storage element, the at least one processor configurable by the processor-executable encoded instructions to:receive at least one plurality of candidate correspondences, each candidate correspondence associated with 1) at least one image feature detected in an image captured by the camera and 2) at least one constellation feature of the set of constellation features, the plurality of candidate correspondences including at least one ambiguous correspondence between the at least one image feature and the at least one constellation feature;determine one or more candidate pose solutions corresponding to the plurality of ambiguous correspondences based on the constellation data associated with the at least one constellation feature, each candidate pose solution corresponding to an estimate of the camera pose;determine a viability level corresponding to each candidate pose solution;eliminate each non-viable candidate pose solution, wherein the viability level of the non-viable candidate pose solution fails to meet a predetermined viability threshold;determine a conditional pose error bound corresponding to each viable candidate pose solution;anddetermine, based on the one or more conditional pose error bounds, at least one containment pose error bound for a navigation solution associated with the set of viable candidate pose solutions.
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16/390894
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US10629568B2
| 261 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor chip, Integrated circuit structure, Dielectric layers, Substrate, Metal pad, Conductive structure, Metal pad, Bonded, Penetrating, Contact.
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An integrated circuit structure comprising:a first semiconductor chip comprising:a first substrate formed of a semiconductor material;a first plurality of dielectric layers underlying the first substrate, wherein a top surface of a top surface layer in the first plurality of dielectric layers is in direct contact with the first substrate; anda second semiconductor chip comprising:a second substrate;a second plurality of dielectric layers over the second substrate, wherein a bottom layer of the first plurality of dielectric layers is bonded to a top layer of the second plurality of dielectric layers;a metal pad in one of the second plurality of dielectric layers; anda conductive structure extending from a top surface of the first substrate to contact the metal pad in the second semiconductor chip, wherein the conductive structure comprises a first portion penetrating through the first substrate, and the first portion of the conductive structure comprises a first bottom surface contacting the top surface of the top surface layer in the first plurality of dielectric layers.
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null | null | 261 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Front sensors, Rear sensors, Steering wheel sensor, Processors, Memory, Detection module, Calibration module, Environment, Vehicle, Object, Datapoints, Position, Time, Trajectory, Predicted position, Actual position, Correction offset.
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A calibration system of a vehicle, comprising:one or more front sensors configured to acquire information about an environment at least in front of the vehicle;one or more rear sensors configured to acquire information about an environment at least to a rear of the vehicle;a steering wheel sensor that generates output data indicating an angular position of a steering wheel of the vehicle;one or more processors; anda memory communicably coupled to the one or more processors and storing:a detection module including instructions that when executed by the one or more processors cause the one or more processors to detect an object that is stationary based at least on first data generated by the one or more front sensors and determine a plurality of datapoints from at least the first data, each datapoint indicating at least a position of an instance of the object relative to the vehicle and a time of capture; anda calibration module including instructions that when executed by the one or more processors cause the one or more processors to determine a trajectory of the object relative to the vehicle based at least in part on the plurality of datapoints, determine a predicted position of the object based on the trajectory, determine an actual position of the object based on second data generated by the one or more rear sensors, determine a difference between the predicted position and the actual position, and determine a correction offset to apply to the output data from the steering wheel sensor based on the difference.
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16/394207
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US11227872B2
| 262 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated chip, lower interconnect layers, stacked inter-layer dielectric (ILD) layers, substrate, bottom electrode layer, top electrode layer, ferroelectric layer, protrusion, outer surfaces, perpendicular, wider.
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An integrated chip, comprising:one or more lower interconnect layers arranged within one or more stacked inter-layer dielectric (ILD) layers over a substrate;a first bottom electrode layer disposed over the one or more lower interconnect layers;a second bottom electrode layer disposed over the first bottom electrode layer;a first top electrode layer disposed over the second bottom electrode layer;a second top electrode layer arranged between the first top electrode layer and the second bottom electrode layer; anda ferroelectric layer disposed between and contacting a first surface of the second bottom electrode layer and a second surface of the second top electrode layer, wherein the ferroelectric layer comprises a protrusion extending past outer surfaces of the second top electrode layer and the second bottom electrode layer along a first direction that is perpendicular to a second direction that is normal to the first surface, the protrusion confined between lines extending along the first surface and the second surface,wherein the ferroelectric layer is wider than the second bottom electrode layer and is wider than the second top electrode layer, wherein the first bottom electrode layer is wider than the ferroelectric layer, and wherein the first top electrode layer is wider than the ferroelectric layer.
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null | null | 262 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Machine learning algorithm, Feature vector, Multimedia content, Image sensors, Vehicle-specific identifying information, Computing device, Feedback, User, Vehicle, Processor, Memory, Instructions, Predetermined area.
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A system comprising:a first computing device comprising:one or more first processors; anda first memory storing first instructions that, when executed by the one or more first processors, cause the first computing device to:determine, based on a feedback from one or more image sensors of a second computing device, that a vehicle associated with a user is within a predetermined area;receive, from the second computing device, first data comprising:vehicle-specific identifying information of the vehicle associated with the user, andmultimedia content showing a first aspect of the vehicle associated with the user;create a feature vector comprising the first data;input the feature vector into a machine learning algorithm corresponding to the vehicle-specific identifying information of the vehicle associated with the user; anddetermine, based on the machine learning algorithm, a value of the vehicle associated with the user; andthe second computing device comprising:the one or more image sensors;one or more second processors; anda second memory storing second instructions that, when executed by the one or more second processors, cause the second computing device to:detect, using the one or more image sensors, that the vehicle associated with the user is within the predetermined area;send, to the first computing device, the feedback that the vehicle associated with the user is within the predetermined area;capture, using the one or more image sensors, the multimedia content showing the first aspect of the vehicle associated with the user; andsend, to the first computing device, the first data comprising the multimedia content showing the first aspect of the vehicle associated with the user.
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16/397347
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US11728291B2
| 263 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor arrangement, Fan out packaging, Molding compound, Semiconductor die, Magnetic structure, Transmission line, Integrated circuit, Iron, Zirconium, Top magnetic portion, Bottom magnetic portion, First side magnetic portion, Second side magnetic portion, Tapered sidewall, Current amplifier, First transistor, Second transistor.
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A semiconductor arrangement in fan out packaging, comprising:molding compound adjacent a side of a semiconductor die; anda magnetic structure disposed above the molding compound, above the semiconductor die, and around a transmission line coupled to an integrated circuit of the semiconductor die, the magnetic structure comprising:a top magnetic portion;a bottom magnetic portion disposed below the top magnetic portion;a first side magnetic portion coupled to the top magnetic portion and to the bottom magnetic portion; anda second side magnetic portion coupled to the top magnetic portion and to the bottom magnetic portion, wherein:the magnetic structure comprises at least one of iron or zirconium,the first side magnetic portion is disposed on a first side of the transmission line,the second side magnetic portion is disposed on a second side of the transmission line,the first side of the transmission line is opposite the second side of the transmission line,at least one of the first side magnetic portion or the second side magnetic portion has a tapered sidewall, an uppermost surface contacting the top magnetic portion, and a bottommost surface contacting the bottom magnetic portion,an interface is defined where the uppermost surface contacts the top magnetic portion,the tapered sidewall has a constant slope extending from the uppermost surface to the bottommost surface, andthe transmission line is coupled to a current amplifier comprising:a first transistor coupled to the transmission line; anda second transistor coupled to the first transistor and coupled to a second integrated circuit.
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null | null | 263 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Machine learning algorithm, Feature vector, Multimedia content, Image sensors, Vehicle-specific identifying information, Computing device, Memory, Processors, Feedback, User, Vehicle, Predetermined area.
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A system comprising:a first computing device comprising:one or more first processors; anda first memory storing first instructions that, when executed by the one or more first processors, cause the first computing device to:determine, based on a feedback from one or more image sensors of a second computing device, that a vehicle associated with a user is within a predetermined area;receive, from the second computing device, first data comprising:vehicle-specific identifying information of the vehicle associated with the user, andmultimedia content showing a first aspect of the vehicle associated with the user;create a feature vector comprising the first data;input the feature vector into a machine learning algorithm corresponding to the vehicle-specific identifying information of the vehicle associated with the user; anddetermine, based on the machine learning algorithm, a value of the vehicle associated with the user; andthe second computing device comprising:the one or more image sensors;one or more second processors; anda second memory storing second instructions that, when executed by the one or more second processors, cause the second computing device to:detect, using the one or more image sensors, that the vehicle associated with the user is within the predetermined area;send, to the first computing device, the feedback that the vehicle associated with the user is within the predetermined area;capture, using the one or more image sensors, the multimedia content showing the first aspect of the vehicle associated with the user; andsend, to the first computing device, the first data comprising the multimedia content showing the first aspect of the vehicle associated with the user.
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16/403873
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US10865443B2
| 264 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated circuit device, optical signal conduit, semiconductor substrate, surface treated structure, optical signal, cap, capped area, fluidic channel.
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An integrated circuit device comprising:an optical signal conduit disposed on a first semiconductor substrate;a surface treated structure disposed over the first semiconductor substrate, the surface treated structure in communication with the optical signal conduit to receive an optical signal from the optical signal conduit;a cap configured to form a capped area, wherein the optical signal conduit extends from outside the capped area to inside the capped area, wherein the surface treated structure is disposed within the capped area; anda fluidic channel, wherein a first side of the fluidic channel is formed on the first semiconductor substrate and a second side of the fluidic channel is formed on the cap, the cap being coupled to the first semiconductor substrate.
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null | null | 264 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Camera, Sensor, Storage device, Transfer device, Control device, In-vehicle device, Portable device, Image management server, Vehicle state, Image, Time, User, Transmission, Rare image, Determining means, Image storage device.
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An information management system, comprising:an in-vehicle device including, a camera mounted on a vehicle, a sensor configured to detect a vehicle state, a storage device configured to store an image photographed by the camera and the vehicle state detected by the sensor, along with the time photographed, as the photographed image and the detected vehicle state, a transfer device configured to transfer the captured image and the detected vehicle state, and a control device configured to control the camera and the transfer device;a portable device configured to acquire and transmit the photographed image and the detected vehicle state transferred from the transfer device; andan image management server configured to receive the photographed image and the detected vehicle state transmitted from the portable device,wherein the control device of the in-vehicle device transfers a selected image selected by a user from the photographed images stored in the storage device and a selected vehicle state, which is a vehicle state when the selected image is photographed stored in the storage device to the portable device,wherein the portable device transmits the selected image and the selected vehicle state to the image management server only when transmission is permitted by the user,wherein the image management server includes determining means that determines whether the selected image is a rare image using the selected image and the selected vehicle state received from the portable device, and an image storage device that stores the selected image when the selected image is determined to be the rare image by the determining means.
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16/408898
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US11342379B2
| 265 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Memory device, bottom dielectric layer, conductive wire, bottom electrode, central bottom electrode region, peripheral bottom electrode region, data storage layer, top electrode, sidewall, slanted segment, curved segment, dielectric segment, conductive bridge.
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A memory device, comprising:a bottom dielectric layer overlying a conductive wire, wherein a bottommost surface of the bottom dielectric layer directly contacts a top surface of the conductive wire;a bottom electrode disposed within the bottom dielectric layer, wherein the bottom electrode includes a central bottom electrode region and a peripheral bottom electrode region that extends upwardly from the central bottom electrode region, wherein a bottommost surface of the bottom electrode is disposed at a height below the bottommost surface of the bottom dielectric layer;a data storage layer overlying the bottom electrode, wherein an upper surface of the bottom electrode cups an underside of the data storage layer;a top electrode overlying the data storage layer, wherein an upper surface of the data storage layer cups an underside of the top electrode and the data storage layer separates the top electrode from the bottom electrode, wherein a top surface of the bottom electrode is level with a top surface of the top electrode, and wherein a sidewall of the top electrode comprises a slanted segment at a height above a curved segment;a dielectric segment disposed over the top electrode, wherein the top electrode cups an underside of the dielectric segment, and wherein the top surface of the top electrode is aligned with a top surface of the dielectric segment; andwherein a conductive bridge is formable and dissolvable within the data storage layer to couple the bottom electrode to the top electrode.
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null | null | 265 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Remote control system, construction machine, working device, main control device, slave control device, camera, posture detecting unit, communication unit, operator, display device, determination unit, display control unit, surroundings, image, posture information, cab seat, display screen, display object.
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A remote control system which remotely controls a construction machine including a working device, the remote control system comprising:a main control device for remotely controlling the construction machine; anda slave control device which is mounted on the construction machine and controls the working device based on operation accepted by the main control device,wherein the slave control device includes:a camera which acquires a surrounding image obtained by capturing an image of surroundings of the construction machine from inside a cab seat of the construction machine;a posture detecting unit which detects a posture of the working device; anda first communication unit which transmits to the main control device the surrounding image and posture information indicating the posture of the working device detected by the posture detecting unit, andthe main control device includes:a control member which accepts operation of an operator;a second communication unit which receives the surrounding image and the posture information transmitted from the slave control device;a display device which displays a display screen including the surrounding image received by the second communication unit;a determination unit which determines whether or not the working device is included in the surrounding image received by the second communication unit; anda display control unit which, in a case where the determination unit determines that the working device is not included in the surrounding image, calculates a position of the working device from the posture information received by the second communication unit and displays, on the display screen, a display object for informing the operator of the calculated position.
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16/414723
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US11133289B2
| 266 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor package, integrated circuit, contact pads, through vias, conductive bumps, encapsulating material, redistribution structure.
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A semiconductor package, comprising:a first integrated circuit structure comprising an active surface having a plurality of contact pads, a back surface opposite to the active surface, and a plurality of through vias extending through the first integrated circuit structure and connecting the active surface and the back surface;a second integrated circuit structure disposed on the back surface of the first integrated circuit structure, the second integrated circuit structure comprising a plurality of integrated circuits stacked on top of one another;a plurality of conductive bumps disposed between the first integrated circuit structure and the second integrated circuit structure and electrically connecting the plurality of through vias and the second integrated circuit structure;an encapsulating material at least encapsulating the second integrated circuit structure and the plurality of conductive bumps;a first redistribution structure disposed over and electrically connected to the active surface of the first integrated circuit structure; andan outer encapsulating material at least laterally encapsulating the encapsulating material and covering a part of an upper surface of the first redistribution structure.
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null | null | 266 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Remote control system, construction machine, working device, main control device, slave control device, camera, posture detecting unit, communication unit, operator, display device, determination unit, display control unit, image, surroundings, posture information, cab seat, display screen, display object.
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A remote control system which remotely controls a construction machine including a working device, the remote control system comprising:a main control device for remotely controlling the construction machine; anda slave control device which is mounted on the construction machine and controls the working device based on operation accepted by the main control device,wherein the slave control device includes:a camera which acquires a surrounding image obtained by capturing an image of surroundings of the construction machine from inside a cab seat of the construction machine;a posture detecting unit which detects a posture of the working device; anda first communication unit which transmits to the main control device the surrounding image and posture information indicating the posture of the working device detected by the posture detecting unit, andthe main control device includes:a control member which accepts operation of an operator;a second communication unit which receives the surrounding image and the posture information transmitted from the slave control device;a display device which displays a display screen including the surrounding image received by the second communication unit;a determination unit which determines whether or not the working device is included in the surrounding image received by the second communication unit; anda display control unit which, in a case where the determination unit determines that the working device is not included in the surrounding image, calculates a position of the working device from the posture information received by the second communication unit and displays, on the display screen, a display object for informing the operator of the calculated position.
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16/416278
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US10930586B2
| 267 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated fan-out package, die, insulating encapsulation, redistribution circuit structure, redistribution conductive layer, seed layer, inter-dielectric layer, conductive through vias, contact openings, conductive terminals, barrier layers.
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An integrated fan-out package, comprising:a die;an insulating encapsulation encapsulating the die;a redistribution circuit structure comprising a first redistribution conductive layer on the insulating encapsulation, a seed layer lining a bottom surface and a sidewall of the first redistribution conductive layer, a first inter-dielectric layer covering the first redistribution conductive layer, and a second redistribution conductive layer on the first inter-dielectric layer, whereinthe first redistribution conductive layer comprises a plurality of conductive through vias extending from a first surface of the insulating encapsulation to a second surface of the insulating encapsulation,the first inter-dielectric layer comprises a plurality of contact openings,portions of the second redistribution conductive layer are filled in the plurality of contact openings and in contact with the first redistribution conductive layer and offset from the conductive through vias;a plurality of conductive terminals disposed over the second surface of the insulating encapsulation; anda plurality of barrier layers respectively disposed between the conductive through vias and the conductive terminals, wherein the plurality of barrier layers are in physical contact with the seed layer on bottoms of the plurality of conductive through vias.
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null | null | 267 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Cameras, Rigid body, Processors, Memory, Program instructions, Calibration process, Points of interest, Images, Pixel coordinate positions, Optimization technique, Relative rotational parameters, Moments in time, Statistical analysis, Output parameters.
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A device, comprising:cameras configured to be coupled with a rigid body, wherein at least part of respective fields of view of the cameras overlap with one another;one or more processors; anda memory, storing program instructions that when executed using the one or more processors, cause the one or more processors to:perform a calibration process for the cameras, wherein to perform the camera calibration process the program instructions cause the one or more processors to:determine points of interest within a first set of images captured by the cameras at a first moment in time;identify pixel coordinate positions of the points of interest of the first set of images;estimate, via an optimization technique, relative rotational parameters of the cameras, relative to one another, based, at least in part, on the pixel coordinate positions of the points of interest within the captured images at the first moment in time; andrepeat, for a plurality of additional sets of images captured by the cameras at a plurality of additional moments in time, the determination of points of interest, the identification of pixel coordinate positions of the points of interest, and the estimation, via the optimization technique, of the relative rotational parameters of the cameras; anddetermine output relative rotational parameters of the calibration process based, at least in part, on a statistical analysis of the estimated relative rotational parameters estimated for the first moment in time and the plurality of additional moments in time; andprovide results of the calibration process, wherein the results comprise the output relative rotational parameters.
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16/418244
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US10867975B2
| 268 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor device, packaging, polymer material, integrated circuit die, conductive material, post-passivation interconnect (PPI) pad, PPI line, transition element, connector, molding material.
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A method of packaging a semiconductor device, the method comprising:forming a polymer material over an integrated circuit die;forming an opening in the polymer material;forming a conductive material over the polymer material and within the opening in the polymer material;patterning the conductive material to form a post-passivation interconnect (PPI) pad over the polymer material and a PPI line in the opening in the polymer material, wherein the PPI line is coupled to the PPI pad through a transition element, wherein a bottommost surface of the PPI pad is disposed above a topmost surface of the polymer material, and wherein a topmost surface of the PPI line is disposed below the topmost surface of the polymer material, wherein the PPI line comprises a first tapered sidewall extending from a bottommost surface of the PPI line, and wherein the PPI line comprises a horizontal surface extending from the first tapered sidewall to a second tapered sidewall of the transition element;forming a connector on the PPI pad, the connector being coupled to the PPI pad; andencapsulating the connector with a molding material, the molding material extending over the PPI pad, the PPI line, and the polymer material.
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null | null | 268 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Positioning system, Image capturing device, LiDAR, Processor, Target objects, LiDAR data points, Image processing, Object detection, Object recognition, High definition map.
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A map construction system, configured on a mobile vehicle, wherein the mobile vehicle moves in a real world, the map construction system comprising:a positioning system, configured to periodically detect a base world coordinate corresponding to the mobile vehicle;an image capturing device, configured to periodically capture a first image of surroundings outside the mobile vehicle;a LiDAR, configured to periodically obtain LiDAR data of the surroundings outside the mobile vehicle; anda processor, electrically connected to the positioning system, the image capturing device, and the LiDAR,wherein the processor is configured to identify a plurality of target objects in the first image, and project a plurality of LiDAR data points onto the first image to obtain a second image according to the LiDAR data,wherein the processor is further configured to select one target object from the one or more target objects which have not been selected,wherein the processor is further configured to identify a plurality of projected target LiDAR data points in the selected target object as a plurality of target object base points of the selected target object, and identify an image coordinate of each of the target object base points,wherein the processor is further configured to obtain a plurality of object world coordinates respectively corresponding to the target object base points according to the respective image coordinates of the target object base points, LiDAR information, and the base world coordinate,wherein the processor is further configured to dispose the corresponding selected target object into a high definition map according to the object world coordinates.
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16/419256
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US12011803B2
| 269 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Polishing system, carrier head, retainer ring, protrusions, cushion member, membrane support, ports, chambers, flexible membrane, conformal film, segments, symmetric structure.
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A polishing system, comprising:a carrier head configured to enclose a wafer, the carrier head comprising a retainer ring configured to laterally surround the wafer, wherein the retainer ring comprises a lower surface having a plurality of protrusions that form apexes and valleys;a cushion member arranged between a lower surface of a housing and a topmost surface of the retainer ring, wherein the cushion member continuously extends along opposing outer sidewalls of the retainer ring and the topmost surface of the retainer ring;a membrane support surrounded by the retainer ring and defining one or more ports extending between a top of the membrane support and a bottommost surface of the membrane support, wherein one or more chambers coupled to the one or more ports are defined by the bottommost surface of the membrane support and by interior sidewalls of a flexible membrane having a bottommost surface configured to contact the wafer, the flexible membrane further comprising an outermost sidewall that continuously extends from the bottommost surface of the flexible membrane to a topmost surface of the flexible membrane, the topmost surface of the flexible membrane being vertically below the bottommost surface of the membrane support and physically contacting the bottommost surface of the membrane support directly above one of the one or more chambers;a conformal film covering bottoms and sidewalls of the plurality of protrusions; andwherein the retainer ring, when viewed in cross-section, has segments disposed on opposing sides of the membrane support, the segments respectively comprising a symmetric structure having opposing outermost sidewalls that are coupled to opposing uppermost sidewalls of the retainer ring by horizontally extending surfaces of the retainer ring, the horizontally extending surfaces being vertically below the opposing uppermost sidewalls and above a top of the one or more chambers.
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null | null | 269 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Positioning system, Image capturing device, LiDAR, Processor, Target objects, LiDAR data points, Image coordinates, Object world coordinates, High definition map.
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A map construction system, configured on a mobile vehicle, wherein the mobile vehicle moves in a real world, the map construction system comprising:a positioning system, configured to periodically detect a base world coordinate corresponding to the mobile vehicle;an image capturing device, configured to periodically capture a first image of surroundings outside the mobile vehicle;a LiDAR, configured to periodically obtain LiDAR data of the surroundings outside the mobile vehicle; anda processor, electrically connected to the positioning system, the image capturing device, and the LiDAR,wherein the processor is configured to identify a plurality of target objects in the first image, and project a plurality of LiDAR data points onto the first image to obtain a second image according to the LiDAR data,wherein the processor is further configured to select one target object from the one or more target objects which have not been selected,wherein the processor is further configured to identify a plurality of projected target LiDAR data points in the selected target object as a plurality of target object base points of the selected target object, and identify an image coordinate of each of the target object base points,wherein the processor is further configured to obtain a plurality of object world coordinates respectively corresponding to the target object base points according to the respective image coordinates of the target object base points, LiDAR information, and the base world coordinate,wherein the processor is further configured to dispose the corresponding selected target object into a high definition map according to the object world coordinates.
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16/420469
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US11316026B2
| 270 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor-on-insulator, SOI substrate, Source region, Drain region, Channel region, Gate electrode, Sidewall spacer structure, Gate dielectric, Integrated circuit, Semiconductor device layer.
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An integrated circuit (IC) comprising:a semiconductor-on-insulator (SOI) substrate comprising a base substrate, an insulator layer over the base substrate, and a semiconductor device layer over the insulator layer;a source region and a drain region disposed in the semiconductor device layer and spaced apart from one another by a channel region in the semiconductor device layer;a gate electrode disposed over the channel region, the gate electrode having a bottom surface that extends below a top surface of the semiconductor device layer;a sidewall spacer structure disposed along outer sidewalls of the gate electrode, the sidewall spacer structure having a bottom surface that rests on the top surface of the semiconductor device layer; anda gate dielectric disposed over the channel region and separating the channel region from the bottom surface of the gate electrode, the gate dielectric contacting the bottom surface of the sidewall spacer structure and extending to a depth that is below the top surface of the semiconductor device layer; andwherein the channel region beneath the bottom surface of the gate electrode corresponds to the semiconductor device layer and has a thickness of less than 40 angstroms.
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null | null | 270 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Camera, Electronic Control Unit (ECU), Image Processor, Objects detection, Collision course, Object classification, Mass estimation, Kinetic energy, Potential collision, Severity estimation, Safety feature control.
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A vehicular safety feature control system, the vehicular safety feature control system comprising:a camera disposed at a vehicle equipped with the vehicular safety feature control system, the camera having a field of view exterior of the equipped vehicle, the camera capturing image data;an electronic control unit (ECU) comprising electronic circuitry and associated software;wherein the electronic circuitry of the ECU comprises an image processor for processing image data captured by the camera to detect presence of objects in the field of view of the camera;wherein the ECU, responsive to processing by the image processor of image data captured by the camera, detects an object on a collision course with the equipped vehicle;wherein the ECU, responsive to detecting the object on the collision course with the equipped vehicle, classifies the detected object via processing by the image processor of image data captured by the camera;wherein the ECU estimates a mass of the detected object based on the classification of the detected object;wherein the ECU estimates a kinetic energy of a potential collision between the equipped vehicle and the detected object based at least in part on the estimated mass of the detected object and an estimated speed of the detected object relative to the equipped vehicle;wherein the ECU estimates a severity of the potential collision based at least in part on the estimated kinetic energy of the potential collision; andwherein the ECU controls a safety feature of the equipped vehicle based at least in part on the estimated severity of the potential collision.
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16/423276
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US11189659B2
| 271 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor substrate, Interconnect structure, Dielectric layers, Metal layers, Bottom electrode, Magnetic tunneling junction (MTJ), Top electrode, Metal via, Dielectric protection layer, Slanted outer sidewall, Flat upper surface.
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An integrated circuit, comprising:a semiconductor substrate;an interconnect structure disposed over the semiconductor substrate, and including a plurality of dielectric layers and a plurality of metal layers stacked over one another in alternating fashion, wherein the plurality of metal layers include a lower metal layer and an upper metal layer disposed over the lower metal layer;a first bottom electrode and a second bottom electrode spaced laterally apart from one another and disposed over the lower metal layer;a first magnetic tunneling junction (MTJ) and a second MTJ disposed over the first bottom electrode the second bottom electrode, respectively;a first top electrode and a second top electrode disposed over first MTJ and the second MTJ, respectively;a first metal via and a second metal via in direct electrical contact with less than an entirety of the first top electrode and the second top electrode, respectively; anda dielectric protection layer surrounding the first top electrode, the second top electrode, the first MTJ, and the second MTJ, and directly contacting opposing sidewalls of the first metal via and the second metal via,wherein the dielectric protection layer comprises a slanted outer sidewall and has a flat upper surface extending continuously from over the first MTJ to over the second MTJ, andfurther wherein first the metal via is in electrical contact with a bottom surface of the upper metal layer.
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null | null | 271 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Proximity sensor, Image sensor, Ultrasonic irradiation device, Notification device, Distance information, Image information, Person detection unit, Tactile sensation, Control unit, Ultrasonic wave, Marker, Reference surface, Positional relationship.
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A notification system, comprising:a proximity sensor that detects an approach of an object to a predetermined area;an image sensor that captures an image;an ultrasonic irradiation device that remotely irradiates a portion of a body of a person with an ultrasonic wave that can generate a tactile sensation; anda notification device equipped with a proximity sensor control unit, an image sensor control unit, a person detection unit, and an ultrasonic irradiation control unit;wherein the proximity sensor control unit acquires distance information to the object from the proximity sensor;the image sensor control unit acquires image information of the object from the image sensor;when the object approaching the predetermined area within a predetermined range is a person, the person detection unit detects a portion of a body of the person from the distance information and the image information;wherein at least one of the proximity sensor and the image sensor, and the ultrasonic irradiation device respectively have three or more markers on a reference surface;a positional relationship between the ultrasonic irradiation device and at least one of the proximity sensor and the image sensor can be determined from an image obtained by photographing three or more markers on each of the reference surfaces; andthe ultrasonic irradiation control unit causes the ultrasonic irradiation device to irradiate the portion of the body of the person detected by the person detection unit with the ultrasonic wave according to the positional relationship between the ultrasonic irradiation device and at least one of the proximity sensor and the image sensor.
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16/450346
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US10872821B1
| 272 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Substrate, Semiconductor structure, Fin structures, Dielectric layer, Gate structure, Interlayer dielectric (ILD) layer, Contact.
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A method for manufacturing a semiconductor structure, comprising:providing a substrate;forming a plurality of fin structures on the substrate;disposing a first dielectric layer over and between the plurality of fin structures;disposing a second dielectric layer over the first dielectric layer;removing a portion of the first dielectric layer and a portion of the second dielectric layer, wherein each of the plurality of fin structures is at least partially exposed through the first dielectric layer and the second dielectric layer;forming a gate structure over the plurality of fin structures;forming an interlayer dielectric (ILD) layer over the first dielectric layer and the second dielectric layer and around the gate structure;removing a portion of the ILD layer; andforming a contact extending into the ILD layer, wherein the contact is disposed above the second dielectric layer.
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null | null | 272 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Vehicle pose assessment system, pose, vehicle, digital map, sensor data, vehicle localization system, coordinate system, map road references, polylines, polyline paths, segments, sensor-captured road reference features, surrounding detecting device, measurement coordinates, projection points, projection coordinates, deviation parameters, projection distance, deviation criteria, path deviation.
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A method performed by a vehicle pose assessment system for supporting determining a pose of a vehicle in view of a digital map, the method comprising:predicting a pose of the vehicle based on sensor data acquired by a vehicle localization system;transforming to a selected coordinate system a set of map road references of a portion of the digital map based on the predicted pose of the vehicle, the transformed set of map road references forming a set of polylines in the selected coordinate system, which set of polylines forms a set of polyline paths respectively comprising segments of polylines;identifying a set of corresponding sensor-captured road reference features acquired by a vehicle-mounted surrounding detecting device, each identified road reference feature defining a set of measurement coordinates in the selected coordinate system;projecting each of the identified set of road reference features onto the polyline segments in order to obtain a set of projection points, each projection point defining a set of projection coordinates;determining for each polyline segment, deviation parameters in view of each identified road reference feature, based on a projection distance between respective road reference feature's measurement coordinates and its corresponding polyline segment projection coordinates, for each polyline segment onto which one or more road reference features are having deviations fulfilling deviation criteria, the polyline segment is assigned predeterminable deviation parameters in view of those one or more road reference features; anddetermining by combining the deviation parameters of respective polyline path's polyline segments, a respective path deviation for each polyline path.
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16/506129
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US11164970B2
| 273 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated chip, gate structure, substrate, source region, drain region, inter-level dielectric (ILD) layer, cavity, sidewalls, field plate etch stop structure, field plate, conductive contacts.
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An integrated chip, comprising:a gate structure disposed over a substrate between a source region and a drain region;a first inter-level dielectric (ILD) layer disposed over the substrate and laterally surrounding the gate structure, wherein the first ILD layer has sidewalls defining a cavity that is laterally between the gate structure and the drain region;a second ILD layer disposed over the first ILD layer and over the gate structure, wherein the gate structure is between the substrate and the second ILD layer;a field plate etch stop structure having opposing outermost sidewalls that are laterally between the gate structure and the drain region, the field plate etch stop structure arranged within the cavity between the sidewalls of the first ILD layer;a field plate extending from an uppermost surface of the second ILD layer to the field plate etch stop structure; anda plurality of conductive contacts extending from the uppermost surface of the second ILD layer to the source region and the drain region.
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null | null | 273 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Biometric authentication device, processor, memory, image capturing unit, optical filter, wavelength, spectroscopic processing unit, light intensity, background removal unit, authentication processing unit, living body, biometric features, similarity, individual, authentication.
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A biometric authentication device, comprising:a processor coupled to a memory storing instructions to permit the processor to function as:an image capturing unit that captures images of a living body through an optical filter that transmits light in a band including a first wavelength that irradiates the living body, light in a band including a second wavelength that is different from the first wavelength that irradiates the living body, and light in a band including a third wavelength that is different from the first and second wavelengths caused by an external environment, and blocks other wavelengths;a spectroscopic processing unit that separates and acquires an image of a light intensity of the first wavelength, an image of the light intensity of the second wavelength, and an image of the light intensity of the third wavelength from an obtained image of the living body;a background removal unit that extracts a background region from the image of the light intensity of the third wavelength and removes the background region from the images of the light intensity of the first and second wavelengths, respectively; andan authentication processing unit that extracts various features of the living body from the images of the light intensity of the first and second wavelengths with a background area removed, matches them with the biometric features for each individual registered in advance, calculates a degree of similarity for each biometric feature, and performs biometric authentication to identify the individual based on the degree of similarity of the various biometric features.
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16/511364
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US10818794B2
| 274 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Dummy gate dielectric layer, Dummy gate structure, Etching, Recess, Dielectric layer, Sidewalls, Source/drain region, Faceted surface, Substrate, Beveled corner.
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A method comprising:forming a dummy gate dielectric layer on a substrate;forming a dummy gate structure on the dummy gate dielectric layer;etching the dummy gate dielectric layer to form a first recess in the dummy gate dielectric layer, the first recess being disposed between the substrate and the dummy gate structure;depositing a first dielectric layer along sidewalls of the dummy gate structure and in the first recess; andafter depositing the first dielectric layer, growing a source/drain region in the substrate, the source/drain region having a faceted surface extending from below a major surface of the substrate to above the major surface of the substrate, the first dielectric layer contacting the faceted surface of the source/drain region, wherein after growing the source/drain region, the first dielectric layer has a beveled corner contacting the source/drain region.
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null | null | 274 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Sensor data, Object information, Object detection range, Object intersection, Traffic environment, Processor, Movement, Position, Blind spot region, Three-dimensional map information.
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An information processing device comprising a processor that:acquires sensor data from a sensor that is provided in a traffic environment and senses an object present in the traffic environment;generates object information that is information for identifying at least a position and movement for each of the objects based on the sensor data;estimates an object detection range based on at least partial information constituting the object information, the object detection range being a range in which another object is detectable for each of the objects;determines whether the objects intersect with each other within a predetermined time based on at least partial information constituting the object information;determines whether a position of a second object, among the objects, identified based on the object information is outside the object detection range of a first object among the objects, and determines whether a position of the first object identified based on the object information is outside the object detection range of the second object, the second object intersecting with the first object within the predetermined time; andoutputs a signal for avoiding intersection between the first object and the second object when the position of the second object is outside the object detection range of the first object or when the position of the first object is outside the object detection range of the second object, whereinthe processor estimates the object detection range from which a blind spot region created by an obstacle identified based on three-dimensional map information on the traffic environment is excluded.
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16/515003
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US11239225B2
| 275 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated circuit, Three-dimensional, Structure, Die, Bonded, Dielectric, Layer, Interface, Sidewall, Bottom, Angle.
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A three-dimensional integrated circuit structure, comprising:a first die;a plurality of second dies, bonded to the first die; anda dielectric structure, disposed between the plurality of second dies, comprising a first dielectric layer and a second dielectric layer, wherein an interface exists between the first dielectric layer and the second dielectric layer, the first dielectric layer has a sidewall and a bottom, a first surface of the sidewall and a first surface of the bottom are in contact with the second dielectric layer and form a first angle, and a second angle smaller than the first angle is formed by a second surface of the sidewall and a second surface of the bottom.
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null | null | 275 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Image frames, Depth information, Low-resolution images, Environment, Processors, Hardware storage devices, Pose information, Image capture devices, Super-resolution imaging techniques, Parallax, Capture perspective.
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A system for generating depth information from low-resolution images of a captured environment, the system comprising:one or more processors; andone or more hardware storage devices storing instructions that are executable by the one or more processors to configure the system to generate depth information from low-resolution images of a captured environment by configuring the system to:access a plurality of image frames capturing an environment and acquired by one or more image capture devices, each of the plurality of image frames being associated with respective pose information indicating a respective image capture pose, the respective pose information being acquired by one or more different devices than the one or more image capture devices;identify a first group of image frames from the plurality of image frames, wherein the image frames of the first group of image frames are identified based on the respective image capture poses for the image frames of the first group of image frames;generate a first image comprising a first composite image of the environment using the first group of image frames as input and using super-resolution imaging techniques, the first composite image comprising an image resolution that is higher than an image resolution of the image frames of the first group of image frames;obtain a second image of the environment, wherein parallax exists between a capture perspective associated with the first image and a capture perspective associated with the second image; andgenerate depth information for the environment based on the first composite image and the second image.
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16/515251
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US11387191B2
| 276 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Encapsulating, Integrated circuit die, Encapsulant, Dielectric layer, Opening, Sealing ring layer, Metallization pattern.
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A method comprising:encapsulating an integrated circuit die with an encapsulant;depositing a first dielectric layer over the encapsulant;patterning a first opening and a plurality of second openings in the first dielectric layer, the first opening exposing the encapsulant, the second openings exposing the integrated circuit die, the first opening extending continuously around the second openings;forming a first sealing ring layer in the first opening and a first metallization pattern in the second openings;depositing a second dielectric layer over the first sealing ring layer and the first metallization pattern;patterning a third opening and a plurality of fourth openings in the second dielectric layer, the third opening exposing the first sealing ring layer, the fourth openings exposing the first metallization pattern, the third opening extending continuously around the fourth openings, the third opening being disposed directly over the first opening; andforming a second sealing ring layer in the third opening and a second metallization pattern in the fourth openings, the first sealing ring layer and the second sealing ring layer having respective concave top surfaces, the first metallization pattern and the second metallization pattern having respective convex top surfaces.
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null | null | 276 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Image frames, Depth information, Low-resolution images, Environment, Processors, Hardware storage devices, Instructions, Image capture devices, Pose information, Image capture pose, Super-resolution imaging techniques, Image resolution, Parallax, Capture perspective.
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A system for generating depth information from low-resolution images of a captured environment, the system comprising:one or more processors; andone or more hardware storage devices storing instructions that are executable by the one or more processors to configure the system to generate depth information from low-resolution images of a captured environment by configuring the system to:access a plurality of image frames capturing an environment and acquired by one or more image capture devices, each of the plurality of image frames being associated with respective pose information indicating a respective image capture pose, the respective pose information being acquired by one or more different devices than the one or more image capture devices;identify a first group of image frames from the plurality of image frames, wherein the image frames of the first group of image frames are identified based on the respective image capture poses for the image frames of the first group of image frames;generate a first image comprising a first composite image of the environment using the first group of image frames as input and using super-resolution imaging techniques, the first composite image comprising an image resolution that is higher than an image resolution of the image frames of the first group of image frames;obtain a second image of the environment, wherein parallax exists between a capture perspective associated with the first image and a capture perspective associated with the second image; andgenerate depth information for the environment based on the first composite image and the second image.
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16/532339
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US10878161B2
| 277 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor substrate, Active zone, Spacer, Insulating materials, First transistor, Second transistor, Gate-strip, Conductive segment, Middle layer, Metal layer, Inter layer dielectric layer, Channel region, Active regions, Electrically isolating.
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An integrated circuit comprising:a semiconductor substrate;an active zone extending in a first direction;a spacer of insulating materials extending in a second direction perpendicular to the first direction, the spacer dividing the active zone into a first part and a second part along the spacer protruding into the semiconductor substrate, with the first part and the second part being conductively isolated from each other by the spacer;a first transistor, in the first part of the active zone, having two active regions separated by a channel region;a second transistor, in the second part of the active zone, having two active regions separated by a channel region;a first gate-strip and a second gate-strip each extending in the second direction, wherein the first gate-strip covers the channel region of the first transistor and the second gate-strip covers the channel region of the second transistor;a first conductive segment and a second conductive segment each extending in the second direction and in a middle layer, wherein the middle layer is a layer between the semiconductor substrate and a metal layer, the metal layer overlying an inter layer dielectric layer on the semiconductor substrate;wherein the first conductive segment forms conductive contact with a first one of the two active regions in the first transistor, and the second conductive segment forms conductive contact with a first one of the two active regions in the second transistor; andwherein the spacer joins the first conductive segment and the second conductive segment while electrically isolating the first conductive segment from the second conductive segment.
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null | null | 277 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Image processor, Identification engine, Metadata engine, Biographic data, Customer, Document, Metadata, Identification information, User, Captured image data, External source, Document type, Metadata index thresholds, Data retention process, Internal storage device, Indexed image structure.
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An intelligent scanner device comprising:an image processor configured to receive captured image data of a document;an identification engine, configured to receive identification information associated with a user;a metadata engine, configured to:detect detected biographic data about a customer within the document;obtain provided biographic data from the customer about the customer presenting the document;only when the detected biographic data matches the provided biographic data, automatically generate first metadata for the received captured image data, based on the identification information associated with the user;receive and verify second metadata for the received image data, from an external source;identify a document type associated with the received captured image data;generate one or more metadata index thresholds based on a detected characteristic of the received captured image data, wherein the one or more metadata index thresholds varies with the document type;implement a data retention process preventing the received image data from being stored within an internal storage device until the first and second metadata fulfill the one or more metadata index thresholds;combine the first and second metadata with the captured image data to generate an indexed image structure;store, in response to the data retention process, the indexed image structure in the internal storage device only when the first metadata and the second metadata meet the one or more metadata index thresholds; andwhen the first and second metadata do not meet the one or more metadata index thresholds, continue to receive and verify the second metadata until the one or more metadata index thresholds are met.
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16/532438
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US10714384B2
| 278 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor device, Manufacturing method, Integrated circuit, Dielectric layer, Metal layer, Inner ring, Outer ring, Connector, Electrically conductive path, Sidewall.
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A method for manufacturing a semiconductor device, comprising:forming an integrated circuit comprising a first circuit and a second circuit separated from the first circuit;forming a first dielectric layer over the first circuit and the second circuit;forming a first metal layer comprising a first metal portion, a second metal portion, a third metal portion, a fourth metal portion, and a fifth metal portion over the first dielectric layer, wherein:the fifth metal portion is coupled to the first circuit,the first metal portion surrounds the fifth metal portion to define an inner ring,the second metal portion surrounds the first metal portion to define an outer ring,the third metal portion extends between the first metal portion and the second metal portion to define a first connector,the fourth metal portion extends between the first metal portion and the second metal portion to define a second connector, andthe inner ring, the outer ring, the first connector, and the second connector define an electrically conductive path; andforming a second dielectric layer over the first metal layer, wherein:the second dielectric layer isolates the fifth metal portion from the first metal portion, the second metal portion, the third metal portion, and the fourth metal portion, andthe second dielectric layer is disposed between a sidewall of the first connector and a sidewall of the second connector facing the sidewall of the first connector.
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null | null | 278 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Camera system, Driver modeling module, Neural network, Estimated eye position, Vehicle coordinate system, Object detection module, Spatial information, External object, Basic display location, Visual output, Disturbance event, Correction module, Eye position correction, Display location correction, Unintended movement, Display module.
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A computer implemented method for providing information related to an external object in a field of view of a driver of a vehicle, the method comprising:monitoring the driver by a camera system within the vehicle;identifying, by a driver modeling module based on a neural network using data provided by the camera system, an estimated eye position of the driver with respect to a vehicle coordinate system;validating, by the driver modeling module and based on a rate of change of a relative movement between the estimated eye position and body of the driver, a validated estimated eye position of the driver;gathering spatial information of at least one external object being located outside the vehicle by means of an object detection module;determining a basic display location for a visual output related to the external object based on the spatial information by using the object detection module;detecting at least one imminent or instantaneous disturbance event regarding movement of the vehicle by means of a correction module;determining, by using the correction module, an eye position correction based on the validated estimated eye position or a display location correction based on the basic display location in response to the imminent or instantaneous disturbance event in order to compensate an unintended movement of the vehicle; andgenerating the visual output related to the external object based on the validated estimated eye position and the basic display location and based on the eye position correction or the display location correction by means of a display module.
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16/548867
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US11482417B2
| 279 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Plate, Semiconductor structure, Surface, Sidewall, Recess, Priming material, Distance, Planar surface, Exposed.
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A method, comprising:providing an integrally formed first plate including a first surface, a second surface opposite to the first surface, a first sidewall extending between the first surface and the second surface, and a first recess indented from the first surface towards the second surface;providing a semiconductor structure including a third surface, a fourth surface opposite to the third surface, and a second sidewall extending between the third surface and the fourth surface;placing the semiconductor structure over the first plate, such that a first portion of the first surface contacts a peripheral portion of the fourth surface; anddisposing a priming material over the third surface of the semiconductor structure, wherein a distance between the second surface and the third surface is greater than a distance between the first surface and the second surface, the first surface is a planar surface, and at least a second portion of the first surface is exposed from the semiconductor structure upon the disposing of the priming material.
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null | null | 279 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Sensory data, Sensors, Accelerometer, Gyroscope, Wireless connection, Cellular data transmission network, Antenna connections, Monitoring mobile node application, Telematics data, Gravitational acceleration, Processing circuitry, Vehicle entering, Vehicle exiting, Movement patterns, Base axis, Degree of rotation, Input features, Recognition, Decision-tree classification.
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A method for identifying and/or classifying a user of a vehicle based on sensory data measured by a plurality of sensors of a mobile device of the user, the plurality of sensors at least comprising an accelerometer and a gyroscope, the mobile device comprising at least one wireless connection, wherein by the at least one wireless connection, the mobile device acts as a wireless node within a cellular data transmission network by antenna connections of the mobile device to the cellular data transmission network, the plurality of sensors being connected to a monitoring mobile node application of the mobile device, and wherein the monitoring mobile node application captures usage-based and/or user-based telematics data of the mobile device and/or the user of the mobile device, the method comprising:measuring, by processing circuitry, gravitational acceleration movement sensory data based on measuring parameters obtained from the accelerometer;detecting, by the processing circuitry, vehicle entering or exiting movement patterns of the user from the acceleration movement sensory data at least comprising a pattern for a base axis and a degree of rotation associated with a vehicle entrance or exit of the user; andtriggering, by the processing circuitry using the detected vehicle entering or exiting movement patterns of the user, as input features recognition of a vehicle entering or exiting movement of the user by performing a decision-tree classification on the input features to determine whether the user entered or exited the vehicle from a left side or a right side of the vehicle.
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16/561561
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US11239233B2
| 280 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: First insulating layer, Redistribution layer (RDL), Integrated circuit die, Insulating layer, Conductive via, Connector, Conductive material, Patterned mask, Carrier.
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A method comprising:forming a first insulating layer over a carrier;forming a first redistribution layer (RDL) over the first insulating layer;forming a second insulating layer over the first insulating layer and the first RDL;forming a second RDL over the second insulating layer, a topmost surface of the second RDL being above a topmost surface of the second insulating layer, a portion of the second RDL extending through the second insulating layer and physically contacting the first RDL;attaching a first side of an integrated circuit die to the second insulating layer, a second side of the integrated circuit die having a connector, the first side of the integrated circuit die being opposite to the second side of the integrated circuit die;after attaching the first side of the integrated circuit die to the second insulating layer, forming a third insulating layer over and around the integrated circuit die, the third insulating layer being in physical contact with the topmost surface of the second RDL and the topmost surface of the second insulating layer;simultaneously forming a conductive via and a third RDL in the third insulating layer, a sidewall of the conductive via facing a sidewall of the integrated circuit die, a top surface of the conductive via being below a topmost surface of the third insulating layer, the third RDL being in physical contact with the connector, wherein simultaneously forming the conductive via and the third RDL in the third insulating layer comprises:patterning the third insulating layer to form a first recess and a second recess in the third insulating layer, the first recess extending through the third insulating layer and exposing the topmost surface of the second RDL, the second recess exposing a topmost surface of the connector;forming a patterned mask over the third insulating layer, the patterned mask exposing the first recess and the second recess; andsimultaneously non-conformally depositing a conductive material in the first recess and the second recess through the patterned mask; andremoving the carrier to expose the first insulating layer.
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null | null | 280 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Vehicle position estimation device, vehicle position, control unit, processor, localization unit, landmark, map, adverse environment determination unit, surrounding environment, sensor, communication device, object recognition, image frame, overtaking lane, acceleration lane, deceleration request signal, vehicle control module, traveling speed.
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A vehicle position estimation device mounted on a vehicle and estimating a current vehicle position, the vehicle position estimation device comprisinga control unit configured by at least one processor,whereinthe control unit includes: a localization unit performing a process for specifying a position of the vehicle on a map based on (i) position information of a landmark detected based on an image frame captured by a front camera and (ii) position information of the landmark registered in the map; andan adverse environment determination unit determining whether a surrounding environment of the vehicle is an adverse environment based on at least one of (i) information output from a sensor equipped to the vehicle or (ii) information output from a communication device equipped to the vehicle, the adverse environment causing a deterioration in an accuracy of object recognition that is performed using the image frame,when the vehicle does not travel in an overtaking lane or an acceleration lane, the control unit outputs, to a vehicle control module that automatically controls a traveling speed of the vehicle, a deceleration request signal to restrict the traveling speed of the vehicle in response to the adverse environment determination unit determining that the surrounding environment of the vehicle is the adverse environment, andwhen the vehicle travels in an overtaking lane or an acceleration lane, the control unit cancels output of the deceleration request signal in response to the adverse environment determination unit determining that the surrounding environment of the vehicle is the adverse environment.
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16/567053
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US10957604B2
| 281 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Fin, Substrate, Metal gate stack, Inter-layer dielectric, Gate contact.
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A method comprising:forming a first fin extending from a substrate;forming a second fin extending from the substrate, the second fin being spaced apart from the first fin by a first distance;forming a metal gate stack over the first fin and the second fin;depositing a first inter-layer dielectric over the metal gate stack; andforming a gate contact extending through the first inter-layer dielectric to physically contact the metal gate stack, the gate contact being laterally disposed between the first fin and the second fin, the gate contact being spaced apart from the first fin by a second distance,wherein the second distance is less than a second predetermined threshold when the first distance is greater than or equal to a first predetermined threshold.
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null | null | 281 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Endoscopic imaging, Endoscopic imaging system, Video endoscope, CMOS image sensor, Light source, White light, Special light, Controller, White light imaging mode, Special light imaging mode, Image processing, Image sensor, Image data, Real time, Structure detection, Subregion, Image capture, Illumination, Special light processing.
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A method for endoscopic imaging with an endoscopic imaging system, the endoscopic imaging system comprising a video endoscope having at least one CMOS image sensor, a light source configured to generate white light and at least one special light, and a controller, the method comprising:capturing white light images with the video endoscope under white light illumination in a white light imaging mode;evaluating the white light images captured in the white light imaging mode in real time by the controller to detect whether at least one structure having at least one predefined characteristic is present in the white light images captured in the white light imaging mode,when the presence of the at least one structure having the at least one predefined characteristic is detected in at least one white light image of the evaluated white light images, switching from the white light imaging mode to a special light imaging mode in which the light source generates special light illumination other than white light imaging using the at least one special light and one or more images of a video stream are captured under the special light illumination and subjected to image processing in the special light processing mode;identifying a subregion of the at least one white light image that contains the detected at least one structure with the predefined characteristic and reading out only a corresponding subregion of the image sensor, andprocessing the image data read out from the corresponding subregion as one or more special light images.
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16/575725
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US11158789B2
| 282 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Contact, Substrate, Bottom electrode layers, Dielectric layer, Opening, Additional dielectric layer, Base region, Top electrode layers, Metal-insulator-metal structure, Etching.
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A method of manufacturing an integrated circuit device, comprising:forming a contact over a substrate;forming one or more bottom electrode layers over the contact;forming a first dielectric layer over the one or more bottom electrode layers;patterning the first dielectric layer to form an opening in the first dielectric layer, wherein the opening is arranged over the contact;forming an additional dielectric layer such that a first base region of the additional dielectric layer extends through the opening to contact the one or more bottom electrode layers and a second base region of the additional dielectric layer extends over the first dielectric layer to be spaced apart from the one or more bottom electrode layers;forming one or more top electrode layers over the additional dielectric layer; andpatterning by etching through the one or more top electrode layers and by etching through the additional dielectric layer to form a metal-insulator-metal structure, wherein the patterning removes a portion of the second base region that directly overlies the one or more bottom electrode layers, but does not remove the first base region.
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null | null | 282 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Front sensors, Rear sensors, Steering wheel sensor, Processors, Memory, Detection module, Calibration module, Environment, Vehicle, Angular position, Object, Datapoints, Position, Time of capture, Trajectory, Predicted position, Actual position, Difference, Correction offset.
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A calibration system of a vehicle, comprising:one or more front sensors configured to acquire information about an environment at least in front of the vehicle;one or more rear sensors configured to acquire information about an environment at least to a rear of the vehicle;a steering wheel sensor that generates output data indicating an angular position of a steering wheel of the vehicle;one or more processors; anda memory communicably coupled to the one or more processors and storing:a detection module including instructions that when executed by the one or more processors cause the one or more processors to detect an object based at least on first data generated by the one or more front sensors and determine a plurality of datapoints from at least the first data, each datapoint indicating at least a position of an instance of the object relative to the vehicle and a time of capture; anda calibration module including instructions that when executed by the one or more processors cause the one or more processors to determine a trajectory of the object based at least in part on the plurality of datapoints, determine a predicted position of the object based on the trajectory, determine an actual position of the object based on second data generated by the one or more rear sensors, determine a difference between the predicted position and the actual position, and determine a correction offset to apply to the output data from the steering wheel sensor based on the difference.
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16/578293
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US11271104B2
| 283 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Gate structure, Substrate, Source region, Drain region, Composite etch stop structure, Dielectric materials, Contact etch stop layer, Inter-level dielectric (ILD) layer, Contact openings, Field plate opening, Conductive materials.
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A method of forming an integrated chip, comprising:forming a gate structure over a substrate and between a source region and a drain region;forming a composite etch stop structure over the gate structure, wherein the composite etch stop structure comprises a plurality of stacked dielectric materials, wherein the plurality of stacked dielectric materials respectively comprise a first outermost sidewall directly over the gate structure and a second outermost sidewall laterally between the gate structure and the drain region, the second outermost sidewall being laterally outside of the drain region;forming a contact etch stop layer over the composite etch stop structure;forming a first inter-level dielectric (ILD) layer over the contact etch stop layer;etching through the first ILD layer, the contact etch stop layer, and into the composite etch stop structure, to concurrently define contact openings and a field plate opening extending to the composite etch stop structure; andconcurrently filling the contact openings and the field plate opening with one or more conductive materials.
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null | null | 283 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Particle filter, Vehicle locating, Positioning data, Dynamic characteristics, Sensor data, History data, Corrected positioning datum, Memory storage, Estimation method.
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A method for locating a vehicle, comprising:For each time ti of a plurality of successive times [t0-tn]:Acquiring, from at least one sensor, positioning data and dynamic characteristics of the vehicle,Estimating the position of the vehicle at the time ti by applying a first particle filter FP1 to the data acquired at the time ti and to the dynamic characteristics of the vehicle that are associated with the time ti???1,Storing in memory, in a history, a subset of the acquired data in association with the time ti of capture of said data, the subset of data being populated by the data that contributed to the particles the weight of which is higher than a threshold,At the time tn:Obtaining a corrected positioning datum corresponding to the position of the vehicle at a time t0, the corrected positioning datum being more precise than the positioning datum acquired from the sensor of the vehicle at the time t0,Estimating a corrected position of the vehicle at the time t0 by applying a second particle filter FP2 to the subset of data stored in memory in association with the time t0 and to the obtained corrected positioning datum,For each history datum stored in memory in the interval [t1-tn]:Estimating a corrected position of the vehicle at a time ti by applying the second particle filter FP2 to the subset of data stored in memory in association with the time ti and to the dynamic characteristics of the vehicle associated with the time ti???1.
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16/587693
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US11201190B2
| 284 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated chip, conductive element, dielectric structure, substrate, resistive random access memory (RRAM) element, data storage layer, top surface, sidewalls.
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An integrated chip, comprising:a conductive element disposed within a dielectric structure over a substrate, wherein the conductive element comprises a top surface extending between outermost sidewalls of the conductive element;a first resistive random access memory (RRAM) element arranged within the dielectric structure and having a first data storage layer directly contacting the top surface of the conductive element; anda second RRAM element arranged within the dielectric structure and having a second data storage layer directly contacting the top surface of the conductive element, wherein the top surface of the conductive element continuously extends between the first data storage layer and the second data storage layer, so that both the first data storage layer and the second data storage layer directly contact the top surface.
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null | null | 284 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Image, Head features, Dimensions, Distances, Person, Camera device, Probability distribution, Real dimension, Pixel dimension, Pixels per millimeter, Likelihood, Operator, Covariances.
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A computer implemented method for determining dimensions or distances of head features, the method comprising:providing an image of a head of a person;identifying a plurality of features in the image; andestimating at least one of a real dimension of at least one target feature of the plurality of features or a real distance between at least one target feature of the plurality of features and a camera device used for capturing the image based on a probability distribution for a real dimension of at least one feature of the plurality of features and a pixel dimension of the at least one feature of the plurality of features, whereinthe estimating includes calculating a probability distribution P(pix per mm|d, ??) for a number of pixels per millimeter pix per mm for the image according to P ??? ( pix ??? per ??? mm ??? ??? "\[LeftBracketingBar]" d , ?? ) ??? ??? i = 1 N P ??? ( d i ??? ??? "\[LeftBracketingBar]" pix ??? per ??? mm , ?? i ) ??? ???? ??? ( ?? i ) where di is a number of pixels spanning an i=1, 2, . . . , Nth feature of the plurality of features, ????(??i) represents a probability distribution of a real dimension ??i of feature i and/or its covariances with other measured pixel dimensions, and P(di|pixel per mm, ??i) is an operator yielding a likelihood of measuring di based on pix per mm and ??i for a given ????(??i).
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16/588345
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US11062978B2
| 285 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated circuit die, dielectric layer, metallization pattern, under bump metallurgy, conductive ring, reflowable material, conductive connector, intermetallic compound.
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A device comprising:an integrated circuit die;a first dielectric layer over the integrated circuit die;a first metallization pattern extending through the first dielectric layer to electrically connect to the integrated circuit die;a second dielectric layer over the first metallization pattern;an under bump metallurgy extending through the second dielectric layer;a third dielectric layer over the second dielectric layer and portions of the under bump metallurgy;a conductive ring sealing an interface of the third dielectric layer and the under bump metallurgy, the conductive ring comprising a first reflowable material, the first reflowable material of the conductive ring contacting the third dielectric layer and the under bump metallurgy;a conductive connector extending through the center of the conductive ring, the conductive connector electrically connected to the under bump metallurgy, the conductive connector comprising a second reflowable material; andan intermetallic compound (IMC) disposed between the conductive ring and the conductive connector, the IMC comprising the first reflowable material and the second reflowable material.
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null | null | 285 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Threat detection system, crowd panic detection, camera, video images, computer processor, software module, frames, people's movement, notification module, threshold number, extraction, abnormal movement, baseline, red pixels, erratic behaviour, cluster, motion, scene, features, consecutive frames, panic, overlapping rule, quadrant rule, abnormal, normal.
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A threat detection system for mitigating crowd panic detection, comprising:a camera to capture video images;a computer processor to process the video images;a software module to analyze frames of the video images to detect people's movement; anda notification module to send a notification;wherein the software module determines whether number of people in the frame of the video image exceeds a threshold number to proceed with further extraction of the frame image;wherein the software module analyzes recent history of video images with people to identify abnormal movement;wherein the software module creates a baseline and continually analyzes the frames of video images to the baseline and determines whether people's movement in the scene exceeds a threshold to determine a crowd panic scenario;wherein the software module identifies people with cluster of red pixels indicating that these areas have motion from people which is perceived to be moving faster or in a different direction relative to a baseline, indicating erratic behaviour;wherein the baseline is taken from recent history of people's movement within the video images representing a scene;wherein if the features of the scene changes dramatically based on the perceived movement of the people in the scene and meet or exceed the threshold features for movement in enough consecutive frames, the system determines that there is panic in the scene;wherein once a panic in the scene is assessed, the processor is further configured to execute one or more overlapping rule and quadrant rule to determine a scene from ?????abnormal????? to ?????normal?????.
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16/589286
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US10727334B2
| 286 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated circuit device, substrate, drift region, conductivity type, doped region, source region, drain region, active gate dielectric, dummy gate dielectric, active gate, step.
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A method of forming an integrated circuit device, the method comprising:forming an extended drift region in a substrate, the extended drift region having a first conductivity type;forming a doped region in the extended drift region, the doped region having a second conductivity type;forming a source region in the doped region, the source region having the first conductivity type;forming a drain region in the extended drift region, the drain region having the first conductivity type, the doped region being interposed between the source region and the drain region;forming an active gate dielectric over the doped region and the extended drift region;forming a dummy gate dielectric over the extended drift region, the dummy gate dielectric being in direct contact with the active gate dielectric such that an upper surface of the active gate dielectric and an upper surface of the dummy gate dielectric form a step, wherein the dummy gate dielectric is thicker than the active gate dielectric, wherein a lower surface of the active gate dielectric is not planar with a lower surface of the dummy gate dielectric;forming an active gate over the active gate dielectric, wherein the step is free of the active gate; andforming a dummy gate over the dummy gate dielectric, wherein the step is free of the dummy gate.
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null | null | 286 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Threat detection system, crowd panic detection, camera, video images, computer processor, software module, frames, people's movement, notification module, threshold number, extraction, abnormal movement, baseline, red pixels, erratic behaviour, cluster, motion, scene, features, panic, processor, overlapping rule, quadrant rule.
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A threat detection system for mitigating crowd panic detection, comprising:a camera to capture video images;a computer processor to process the video images;a software module to analyze frames of the video images to detect people's movement; anda notification module to send a notification;wherein the software module determines whether number of people in the frame of the video image exceeds a threshold number to proceed with further extraction of the frame image;wherein the software module analyzes recent history of video images with people to identify abnormal movement;wherein the software module creates a baseline and continually analyzes the frames of video images to the baseline and determines whether people's movement in the scene exceeds a threshold to determine a crowd panic scenario;wherein the software module identifies people with cluster of red pixels indicating that these areas have motion from people which is perceived to be moving faster or in a different direction relative to a baseline, indicating erratic behaviour;wherein the baseline is taken from recent history of people's movement within the video images representing a scene;wherein if the features of the scene changes dramatically based on the perceived movement of the people in the scene and meet or exceed the threshold features for movement in enough consecutive frames, the system determines that there is panic in the scene;wherein once a panic in the scene is assessed, the processor is further configured to execute one or more overlapping rule and quadrant rule to determine a scene from ?????abnormal????? to ?????normal?????.
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16/589395
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US11139239B2
| 287 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated circuit, IC, substrate, interconnect structure, metal layers, dielectric layer, trench, magnetic layer, conductive wires, sidewalls.
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An integrated circuit (IC) comprising:a substrate;an interconnect structure having a plurality of metal layers disposed over the substrate;a first dielectric layer disposed over an uppermost surface of the interconnect structure, wherein the first dielectric layer has opposing sidewalls defining a trench;a first magnetic layer disposed within the trench and conformally extending along the opposing sidewalls;conductive wires disposed within the trench and overlying the first magnetic layer, wherein a top surface of the conductive wires is vertically below a top surface of the first magnetic layer; anda second magnetic layer overlying the first magnetic layer and the conductive wires, wherein the second magnetic layer laterally extends from over a first sidewall of the opposing sidewalls to a second sidewall of the opposing sidewalls.
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null | null | 287 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Display device, vehicle, rear imaging section, rear lateral imaging section, memory, processor, combined image, rear processed image, rear lateral processed images, display unit, object, relative information, relative position, relative speed, blind spot regions, display, adjust, disappear.
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A display device for a vehicle, comprising:a rear imaging section that captures images rearward of the vehicle;a rear lateral imaging section that captures images laterally rearward of the vehicle;a memory; anda processor that is coupled to the memory and is configured to:generate a combined image in which a rear processed image, which is obtained by processing a rear image captured by the rear imaging section in accordance with a first predetermined parameter, and rear lateral processed images, which are obtained by processing rear lateral images captured by the rear lateral imaging section in accordance with a second predetermined parameter, are combined into a single image;display the combined image at a display unit;identify an object that exists in at least one of the rear image or the rear lateral images;acquire relative information of the object that includes relative position and relative speed of the identified object with respect to the vehicle, and includes blind spot regions of the combined image that are regions that are not depicted in the combined image and that are formed in conjunction with generation of the combined image; andin a case of determining, on the basis of the acquired relative information of the object , that the identified object will disappear from the combined image due to the identified object entering into the blind spot regions, change the blind spot regions by adjusting the first and second predetermined parameters such that the identified object does not disappear from the combined image.
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16/589497
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US11322464B2
| 288 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Bond pad structures, Integrated chip, Semiconductor body, Interconnect structure, Titanium contact layer, Dielectric fill material, Trenches, Carrier substrate, Thinning, Integrated chip dies.
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A method of forming an integrated chip, comprising:forming a plurality of bond pad structures over an interconnect structure on a front-side of a semiconductor body, wherein the plurality of bond pad structures respectively comprise a titanium contact layer;patterning the interconnect structure and the semiconductor body to define trenches extending into the semiconductor body;forming a dielectric fill material within the trenches;etching the dielectric fill material to expose the titanium contact layer prior to bonding the semiconductor body to a carrier substrate;thinning the semiconductor body to expose the dielectric fill material along a back-side of the semiconductor body and to form a plurality of integrated chip dies; andremoving the dielectric fill material to separate the plurality of integrated chip dies.
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null | null | 288 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Vehicle security system, intrusion alert, camera, memory unit, processing unit, databases, output device, communication unit, bi-directional communication, registration module, verification module, intruder module, personalized warning module, authorized persons, images, details, vehicles, signals, commands, communication network.
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A vehicle security system for alerting on identifying an intrusion on a vehicle by an intruder, the vehicle security system comprising:at least one camera attached to the vehicle configured to capture images;a memory unit to store images captured by the camera, a plurality of modules and authorized person images;a processing unit operably connected to the camera and the memory unit to process the images and the plurality of modules,a distributed set of databases coupled to the processing unit for storing images and details of people;an output device operably connected to the processing unit to produce output signals on detecting the intruder;a bi-directional communication unit operably connected to the processing unit and the distributed set of databases to communicate processed images over a communication network, further the processing unit receives commands via the bi-directional communication unit;wherein the plurality of modules processed by the processing unit, the plurality of modules comprising:a registration module for registering images of persons authorized to access the vehicle and for registering vehicles;a verification module compares the image of the intruder received from the camera with the registered images;an intruder module generates intruder signals by activating the output device to generate output signals if the intruder is not one of the registered persons; anda personalized warning module identifies the details of the intruder from the distributed set of databases, further the personalized warning module activates the output device to generate personalized warnings to warn off the intruder to stay away from the vehicle.
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16/594253
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US11773506B2
| 289 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: IC fabrication system, substrate-retaining device, substrate, base portion, ring portion, bottom surface, sidewall surface, top surface, edge, outermost perimeter surface, air gap.
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An integrated circuit (IC) fabrication system comprising:a substrate-retaining device configured to retain a substrate during an IC process, wherein the substrate-retaining device includes:a base portion having a bottom surface and a sidewall surface extending from the bottom surface and surrounding the bottom surface; anda ring portion directly contacting the bottom surface and the sidewall surface of the base portion,wherein the ring portion includes a top surface configured to contact an edge of the retained substrate without the substrate-retaining device contacting an outermost perimeter surface of the retained substrate,wherein the ring portion includes a bottom surface, and an air gap is formed by the bottom surface of the ring portion, the bottom surface of the base portion, and the sidewall surface of the base portion,wherein when the retained substrate is present, the ring portion separates the base portion from contacting the retained substrate.
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null | null | 289 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Sensor data, Parallax detection, Plurality of sensors, First sensor, Second sensor, Distance information, Input device, Computing device, Output device, Measured values, Imaging conditions, Sorting order, Angular changes, Verification result.
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An apparatus for detecting parallax in sensor data from a plurality of sensors including a first sensor and a second sensor, wherein the first sensor and the second sensor are arranged at positions spaced apart from each other and at least partially capture an environment, and at least the first sensor provides distance information, the apparatus comprising:an input device;a computing device; andan output device,wherein the input device receives sensor data acquired by the plurality sensors,wherein the computing device assigns measured values in acquired sensor data of the first sensor to corresponding measured values in acquired sensor data from the second sensor, the assigning taking imaging conditions of the plurality of sensors into account,wherein the computing device further consecutively numbers the measured values in the acquired sensor data of the first sensor and the corresponding measured values in the acquired sensor data from the second sensor and checks whether a sorting order of the corresponding measured values matches, and performs parallax detection in response to the sorting order not matching, andwherein the checking whether the sorting order of the corresponding measured values matches comprises evaluating a sign of angular changes between adjacent measured values of the sensor data of the first sensor providing the distance information with respect to the corresponding measured values of the sensor data of the second sensor and performing parallax detection in response to at least one sign change occurring during the angular changes, andwherein the output device outputs a verification result.
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16/601800
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US11107982B2
| 290 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated chip, lower inter-level dielectric (ILD) structure, interconnect layers, substrate, etch stop material, bottom electrode, data storage structure, data state, top electrode, interconnect via, sidewall spacer.
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An integrated chip, comprising:a lower inter-level dielectric (ILD) structure surrounding a plurality of lower interconnect layers over a substrate;an etch stop material disposed over the lower ILD structure;a bottom electrode arranged over an upper surface of the etch stop material;a data storage structure disposed on the bottom electrode and configured to store a data state;a top electrode disposed on the data storage structure;a first interconnect via contacting the bottom electrode;a second interconnect via contacting the top electrode; anda first sidewall spacer arranged along sidewalls of the top electrode and having a bottommost surface that is over an upper surface of the bottom electrode, wherein the upper surface of the bottom electrode extends laterally past outermost edges of the first sidewall spacer along a first direction and along a second direction that is perpendicular to the first direction, the first direction and the second direction parallel to the upper surface of the bottom electrode.
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null | null | 290 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Image processing device, processor, three-dimensional model, biological structure, preoperative image, feature point, surface, intraoperative image, medical imaging device, surgery, region, photographing region, depth information, three-dimensional position, deformation, calculation model, numerical method, estimation, update.
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An image processing device, comprising:a processor configured to:generate a first three-dimensional (3D) model of a first biological structure based on a first preoperative image;perform a matching process between a first feature point on a surface of the first 3D model of the first biological structure and a second feature point on a surface of the first biological structure included in an intraoperative image captured by a medical imaging device at a time of surgery;specify a region of the first 3D model that corresponds to a photographing region photographed on the surface of the first 3D model at the time of the surgery, wherein the region is specified based on the matching process;acquire information regarding a three-dimensional position of the photographing region based on depth information included in the intraoperative image;set a state in which the specified region corresponding to the photographing region is displaced in accordance with the three-dimensional position of the photographing region as an initial condition;estimate an amount of deformation from a preoperative state of the first biological structure by calculation of an amount of deformation of a calculation model corresponding to the first 3D model by a determined numerical method, wherein the estimation of the amount of deformation of the first biological structure is based on the initial condition, information regarding the specified region, and the information regarding the three-dimensional position of the photographing region; andupdate the first 3D model based on the estimated amount of deformation of the first biological structure.
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16/663659
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US11594597B2
| 291 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor device, Substrate, Polysilicon isolation structure, Insulator liner, Monocrystalline facet, Frontside, Backside, Sidewall, Top, Bottom, Common edge, Recess.
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An integrated chip, comprising:a semiconductor device disposed on a frontside of a substrate;a polysilicon isolation structure continuously surrounding the semiconductor device and extending from the frontside of the substrate towards a backside of the substrate; anda first insulator liner and a second insulator liner respectively surrounding a first outermost sidewall of the polysilicon isolation structure and a second outermost sidewall of the polysilicon isolation structure;wherein the substrate comprises a monocrystalline facet arranged between the first insulator liner and the second insulator liner,wherein a top of the monocrystalline facet is above a pair of bottommost surfaces of the polysilicon isolation structure, a bottommost surface of the first insulator liner, and a bottommost surface of the second insulator liner, andwherein the bottommost surfaces of the polysilicon isolation structure share a common edge, and extend downward from the common edge respectively to the bottommost surfaces of the first and second insulator liners, to form a recess in a bottom of the polysilicon isolation structure that receives the monocrystalline facet.
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null | null | 291 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Vehicle apparatus, orientations, azimuth angles, vehicle cabin, interior temperature profile, solar illumination angle, climate control system, temperature-modified air, data acquisition system, current vehicle orientation, parking spot, alternate parking spots, controller, induced vehicle cabin temperatures, energy consumption, desired vehicle cabin temperature, relocate, command.
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A vehicle apparatus configured for relocation into a plurality of orientations at respective azimuth angles, comprising:a vehicle cabin providing an interior temperature profile which varies according to a difference between the respective azimuth angle and a solar illumination angle;a climate control system configured to supply temperature-modified air to the vehicle cabin;a data acquisition system configured to detect a current vehicle orientation with the vehicle apparatus in a current parking spot and identify one or more alternate parking spots to which the vehicle apparatus can be relocated; anda controller configured to:(a) estimate induced vehicle cabin temperatures for the current parking spot and for the one or more alternate parking spots based on respective orientations;(b) estimate a first energy consumption of the climate control system for the current parking spot and for the one or more alternate parking spots to achieve a desired vehicle cabin temperature for each respective estimated induced vehicle cabin temperature;(c) estimate a second energy consumption needed to relocate the vehicle apparatus from the current parking spot to each of the one or more alternate parking spots;(d) compare the first energy consumption corresponding to the current parking spot to a sum of the first energy consumption and the second energy consumption for each of the one or more alternate parking spots;(e) if the one or more alternate parking spots has a corresponding sum less than the first energy consumption of the current parking spot, then transmit a command to relocate the vehicle apparatus accordingly.
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16/665289
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US11133404B2
| 292 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Fin, Substrate, Passive region, Stem region, Active region, Semiconductor material, Oxide material, Gate structure, Gate dielectric layer, Gate electrode, Sidewall surface, Interface, Source/drain feature.
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A device comprising:a fin disposed on a substrate, wherein the fin includes a passive region, a stem region overlying the passive region, and an active region overlying the stem region, wherein the stem region has a first portion formed of a first semiconductor material and a second portion formed of an oxide material, the second portion being disposed over the first portion, wherein the active region is formed of a second semiconductor material;a gate structure disposed on the active region, the gate structure including a gate dielectric layer and a gate electrode, wherein the gate dielectric layer physically contacts a sidewall surface of the second portion of the stem region formed of the oxide material at a first interface and the gate electrode physically contacts the sidewall surface of the second portion of the stem region formed of the oxide material at a second interface that is higher above the substrate than the first interface; anda source/drain feature adjacent the gate structure, wherein the active region, the first portion and the second portion of the stem region extend under a bottommost edge of the source/drain feature.
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null | null | 292 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Display device, vehicle, rear imaging section, rear lateral imaging section, memory, processor, combined image, rear processed image, rear lateral processed images, display unit, object, relative information, relative position, relative speed, blind spot regions, display, adjust, parameters.
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A display device for a vehicle, comprising:a rear imaging section that captures images rearward of the vehicle;a rear lateral imaging section that captures images laterally rearward of the vehicle;a memory; anda processor that is coupled to the memory and is configured to:generate a combined image in which a rear processed image, which is obtained by processing a rear image captured by the rear imaging section in accordance with a first predetermined parameter, and rear lateral processed images, which are obtained by processing rear lateral images captured by the rear lateral imaging section in accordance with a second predetermined parameter, are combined into a single image;display the combined image at a display unit;identify an object that exists in at least one of the rear image or the rear lateral images;acquire relative information of the object that includes relative position and relative speed of the identified object with respect to the vehicle, and includes blind spot regions of the combined image that are regions that are not depicted in the combined image and that are formed in conjunction with generation of the combined image; andin a case of determining, on the basis of the acquired relative information of the object, that the identified object will disappear from the combined image due to the identified object entering into the blind spot regions, change the blind spot regions by adjusting the first and second predetermined parameters such that the identified object does not disappear from the combined image.
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16/671336
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US11121225B2
| 293 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Gate electrode, Substrate, Source region, Drain region, Drift region, Inter-level dielectric (ILD) layers, Conductive interconnect layers, Contacts, Wires, Field plate, Material, Protrusion.
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An integrated chip, comprising:a gate electrode overlying a substrate between a source region and a drain region;a drift region arranged laterally between the gate electrode and the drain region;a plurality of inter-level dielectric (ILD) layers overlying the substrate, wherein the plurality of ILD layers comprises a first ILD layer underlying a second ILD layer;a plurality of conductive interconnect layers disposed within the plurality of ILD layers and comprising a plurality of contacts disposed within the first ILD layer and overlying the source region, the drain region, and the gate electrode, wherein the plurality of conductive interconnect layers further comprise a plurality of wires disposed within the second ILD layer and overlying the plurality of contacts;a field plate extending from a top surface of the first ILD layer to a point that is vertically separated from the drift region by the first ILD layer, wherein the field plate is laterally offset the gate electrode by a non-zero distance in a direction toward the drain region, and wherein the field plate comprises a same material as at least one of the plurality of conductive interconnect layers; andwherein the wires respectively have a protrusion that extends into the first ILD layer and wraps around an underlying one of the plurality of contacts or the field plate.
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null | null | 293 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Computation circuitry, device controller, traveling device, vehicle outdoor environment, image circuitry, candidate routes, route determination, target motion, target physical quantity, abnormality detection, controlled variable, control signal, motion control, operation control.
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A vehicle travel control device comprising:computation circuitry; anda device controller separate from the computation circuitry and configured to control actuation of a traveling device mounted on a vehicle, based on a computation result of the computation circuitry, whereinthe computation circuitry is configured toidentify a vehicle outdoor environment based on an output from image circuitry, the image circuitry being configured to acquire image information of the vehicle outdoor environment,generate one or more candidate routes on which the vehicle is capable of traveling, in accordance with the vehicle outdoor environment previously identified,determine a route on which the vehicle is to travel from the one or more candidate routes generated,determine a future target motion of the vehicle to follow the route previously determined,calculate a target physical quantity to be executed by the traveling device to achieve the target motion previously determined,detect an abnormality that occurs in the vehicle during traveling, andcalculate a controlled variable of the traveling device such that the target physical quantity calculated is achieved, and the device controller outputs a control signal to the traveling device so as to control the traveling device to control a motion of the vehicle, andthe device controller is further configured to, under a condition the abnormality is detected, calculate a controlled variable of the traveling device in order to eliminate or reduce the abnormality, and output a control signal to the traveling device so as to control an operation of the traveling device, without using the computation circuitry.
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16/674232
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US11183454B2
| 294 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: First dielectric layer, Substrate, First interconnect, Second dielectric layer, Through via, Opening, Conductive material, Planarization process, Third dielectric layer, Fourth dielectric layer, Second interconnect.
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A method comprising:forming a first dielectric layer over a substrate;forming a first interconnect in the first dielectric layer;forming a second dielectric layer over the first dielectric layer and the first interconnect;forming a through via within the first dielectric layer, the second dielectric layer and the substrate, wherein forming the through via comprises:forming an opening in the first dielectric layer, the second dielectric layer and the substrate, the opening being disposed adjacent the first interconnect;depositing a conductive material in the opening and over the second dielectric layer; andperforming a planarization process on the conductive material to expose the second dielectric layer;forming a third dielectric layer over the second dielectric layer and the through via;forming a fourth dielectric layer over the third dielectric layer; andforming a second interconnect in the fourth dielectric layer, the second interconnect extending through the third dielectric layer and the second dielectric layer and physically contacting the first interconnect.
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null | null | 294 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Memory, Processing circuitry, Computer-readable program code, Sequence of images, Airfield, Camera, Aircraft, Runway, Machine learning model, Object detection, Segmentation, Runway marking, Mask, Pixels, Object class, Corner detector, Interest points, Perspective-n-point estimation, Pose estimate, Guidance, Control.
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An apparatus, comprising:a memory configured to store computer-readable program code; andprocessing circuitry configured to access the memory, and execute the computer-readable program code to cause the apparatus to at least:receive a sequence of images of an airfield, captured by a camera onboard an aircraft approaching a runway; and for at least an image of the sequence of images,apply the image to a machine learning model trained to perform an object detection and segmentation in which at least one of the runway on the airfield, or a runway marking on the runway, is detected in the image, and in which a mask is produced that comprises a segment of pixels of the image that are assigned to an object class for the runway or the runway marking;apply the mask to a corner detector to detect one or more interest points on the mask and thereby the runway or the runway marking in the image;match the one or more interest points on the runway or the runway marking in the image, to one or more corresponding points on the airfield or the runway marking that have known runway-framed local coordinates; andperform a perspective-n-point estimation, using the one or more interest points and the known runway-framed local coordinates, to determine a pose estimate of the camera and thereby the aircraft relative to the runway or the runway marking, wherein the pose estimate is to be utilized in at least one of guidance or control of the aircraft.
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16/676053
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US11037849B2
| 295 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor structure, substrate, die pad, passivation, redistribution layer (RDL), dielectric layer, interconnect structure, isolation layer, recesses.
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A semiconductor structure, comprising:a substrate comprising a die pad disposed over the substrate and a passivation disposed over the substrate and surrounding the die pad;a redistribution layer (RDL) comprising a dielectric layer disposed on the passivation and an interconnect structure disposed within the dielectric layer and electrically connecting with the die pad;an isolation layer directly contacted with the substrate, the passivation and the dielectric layer and extending from a level of a top surface of the dielectric layer to a level of a bottom surface of the substrate; anda plurality of recesses formed over at least a sidewall of the substrate, wherein the isolation layer is directly contacted with the sidewall of the substrate at the plurality of recesses.
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null | null | 295 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Computation circuitry, device controller, traveling device, vehicle outdoor environment, image circuitry, candidate routes, route determination, target motion, target physical quantity, abnormality detection, controlled variable, control signal, motion control, operation control.
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A vehicle travel control device comprising:computation circuitry; anda device controller separate from the computation circuitry and configured to control actuation of a traveling device mounted on a vehicle, based on a computation result of the computation circuitry, whereinthe computation circuitry is configured toidentify a vehicle outdoor environment based on an output from image circuitry, the image circuitry being configured to acquire image information of the vehicle outdoor environment,generate one or more candidate routes on which the vehicle is capable of traveling, in accordance with the vehicle outdoor environment previously identified,determine a route on which the vehicle is to travel from the one or more candidate routes generated,determine a future target motion of the vehicle to follow the route previously determined,calculate a target physical quantity to be executed by the traveling device to achieve the target motion previously determined,detect an abnormality that occurs in the vehicle during traveling, andcalculate a controlled variable of the traveling device such that the target physical quantity calculated is achieved, and the device controller outputs a control signal to the traveling device so as to control the traveling device to control a motion of the vehicle, andthe device controller is further configured to, under a condition the abnormality is detected, calculate a controlled variable of the traveling device in order to eliminate or reduce the abnormality, and output a control signal to the traveling device so as to control an operation of the traveling device, without using the computation circuitry.
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16/678425
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US11011567B2
| 296 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor substrate, Interconnect structure, Metal line feature, Contact feature, Width, Spaced apart, Device, Feature, Side.
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A device comprising:a first semiconductor substrate;a first interconnect structure disposed over the first semiconductor substrate, wherein the first interconnect structure includes a metal line feature having a first portion and a second portion that is spaced apart from the first portion;a second semiconductor substrate disposed over the first semiconductor substrate;a second interconnect structure formed over the second semiconductor substrate such that the second interconnect structure is disposed between the second semiconductor substrate and the first interconnect structure; anda contact feature extending through the first semiconductor substrate, the first interconnect structure, and the second interconnect structure, wherein the contact feature extends between the first and second portions of the metal line feature of the first interconnect structure, wherein the contact feature has a first width in the first semiconductor substrate, a second width in the first interconnect structure and a third width in the second interconnect structure, wherein the first, second and third widths are different from each other, andwherein the first semiconductor substrate has a first side facing away from the first interconnect structure and a second side facing the first interconnect structure, wherein the contact feature extends from the first side to the second side of the first semiconductor substrate.
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null | null | 296 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
|
Keywords: Memory, Processing circuitry, Computer-readable program code, Sequence of images, Airfield, Camera, Aircraft, Runway, Machine learning model, Object detection, Segmentation, Runway marking, Mask, Pixels, Object class, Corner detector, Interest points, Perspective-n-point estimation, Pose estimate, Guidance, Control.
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An apparatus, comprising:a memory configured to store computer-readable program code; andprocessing circuitry configured to access the memory, and execute the computer-readable program code to cause the apparatus to at least:receive a sequence of images of an airfield, captured by a camera onboard an aircraft approaching a runway; and for at least an image of the sequence of images,apply the image to a machine learning model trained to perform an object detection and segmentation in which at least one of the runway on the airfield, or a runway marking on the runway, is detected in the image, and in which a mask is produced that comprises a segment of pixels of the image that are assigned to an object class for the runway or the runway marking;apply the mask to a corner detector to detect one or more interest points on the mask and thereby the runway or the runway marking in the image;match the one or more interest points on the runway or the runway marking in the image, to one or more corresponding points on the airfield or the runway marking that have known runway-framed local coordinates; andperform a perspective-n-point estimation, using the one or more interest points and the known runway-framed local coordinates, to determine a pose estimate of the camera and thereby the aircraft relative to the runway or the runway marking, wherein the pose estimate is to be utilized in at least one of guidance or control of the aircraft.
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16/682359
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US10868188B2
| 297 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Gate structure, Metal layer, Dielectric material, Via opening, Sidewall, Conductive contact.
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A method comprising:forming a gate structure, wherein the gate structure comprises a first metal layer and a second metal layer over the first metal layer, wherein the first metal layer extends above the second metal layer;depositing a first dielectric material over the gate structure;forming a first via opening disposed over the gate structure and through the first dielectric material, the first via opening exposing an upper surface and sidewall of the first metal layer; andforming a conductive contact in the first via opening, wherein the conductive contact physically contacts the upper surface and the sidewall of the first metal layer and an upper surface of the second metal layer.
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null | null | 297 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: brand, model, vehicle, video frames, video capturing device, frame interpolation, text, presence, absence, image processing techniques, character recognition techniques, logo, convolution neural network
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A method of identifying a brand and a model of a vehicle, the method comprises:obtaining, by a computing system, a plurality of video frames with at least one vehicle in the plurality of video frames from at least one video capturing device, wherein obtaining the plurality of video frames comprises modifying a count associated with the plurality of video frames by performing a frame interpolation when the at least one vehicle moves at a speed higher than a certain speed; anddetecting, by the computing system, one of a presence or an absence of a text associated with the at least one vehicle in the plurality of video frames;upon detecting the presence of the text, determining, by the computing system, at least one of the brand and the model of the at least one vehicle in the plurality of video frames, by performing at least one of:accumulating the text in the plurality of video frames associated with the at least one vehicle based on image processing techniques and character recognition techniques; andidentifying at least one of the brand and the model of the at least one vehicle based on an accumulated text;upon detecting the absence of the text, performing by the computing system:determining the brand of the at least one vehicle in the plurality of video frames based on a logo associated with the at least vehicle, wherein the logo is identified using a first convolution neural network from the plurality of video frames.
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16/682377
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US11063005B2
| 298 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Integrated chip, source/drain regions, conductive contacts, substrate, interconnect wire, via rail.
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An integrated chip, comprising:a plurality of source/drain regions disposed on a substrate;a plurality of conductive contacts electrically coupled to the plurality of source/drain regions, wherein a first contact of the plurality of conductive contacts is separated from a closest neighboring second contact of the plurality of conductive contacts by one of the plurality of source/drain regions;a first conductive interconnect wire extending in a first direction over the plurality of conductive contacts;a second conductive interconnect wire arranged over the first conductive interconnect wire; anda via rail vertically contacting the first conductive interconnect wire and the second conductive interconnect wire and continuously extending laterally past the plurality of conductive contacts, wherein the first conductive interconnect wire and the second conductive interconnect wire extend as continuous structures past one or more sides of the via rail.
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null | null | 298 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Brand identification, Model identification, Vehicle, Video frames, Video capturing device, Frame interpolation, Speed, Text detection, Image processing techniques, Character recognition techniques, Logo, Convolution neural network.
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A method of identifying a brand and a model of a vehicle, the method comprises:obtaining, by a computing system, a plurality of video frames with at least one vehicle in the plurality of video frames from at least one video capturing device, wherein obtaining the plurality of video frames comprises modifying a count associated with the plurality of video frames by performing a frame interpolation when the at least one vehicle moves at a speed higher than a certain speed; anddetecting, by the computing system, one of a presence or an absence of a text associated with the at least one vehicle in the plurality of video frames;upon detecting the presence of the text, determining, by the computing system, at least one of the brand and the model of the at least one vehicle in the plurality of video frames, by performing at least one of:accumulating the text in the plurality of video frames associated with the at least one vehicle based on image processing techniques and character recognition techniques; andidentifying at least one of the brand and the model of the at least one vehicle based on an accumulated text;upon detecting the absence of the text, performing by the computing system:determining the brand of the at least one vehicle in the plurality of video frames based on a logo associated with the at least vehicle, wherein the logo is identified using a first convolution neural network from the plurality of video frames.
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16/684741
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US10796927B2
| 299 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keyword: Semiconductor device, Manufacturing method, First layer, Second layer, Opening, Conductive structure, Integrated circuit die, Contact pads, Molding compound, Sidewalls, Width, Protrudes, Carrier substrate.
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A method of manufacturing a semiconductor device, the method comprising:forming a first layer over a carrier substrate;forming a second layer over the first layer;forming an opening through the second layer;forming a conductive structure on the second layer, the conductive structure extending through the opening;placing an integrated circuit die over the second layer, the integrated circuit die having contact pads facing away from the carrier substrate;forming a molding compound over the second layer, the molding compound extending along sidewalls of the integrated circuit die and the conductive structure, wherein a smallest width of the conductive structure in the molding compound is greater than a largest width of the conductive structure in the second layer, wherein the conductive structure protrudes from the second layer;removing the carrier substrate, exposing the first layer; andremoving the first layer, exposing the second layer and the conductive structure.
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null | null | 299 |
You are an innovator drafting a first independent patent claim based on certain technical keywords. Please analyze a user prompt of certain keywords and output the first independent patent claim based on the keywords.
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Keywords: Augmented reality detection, Autonomous vehicle, Electronic device, Remote server, Imaging data, Image sensor, Visual representation, Graphical user interface, Inertial data, Orientation, Line of sight signal.
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A method of augmented reality detection for locating a particular autonomous vehicle, the method comprising:providing, by an application executing on an electronic device associated with an intended passenger and to a remote server, a request for an autonomous vehicle;receiving, by the application, a first signal indicating that the autonomous vehicle is within an accessible range of the intended passenger;prompting, by the application, the passenger to orient an image sensor of the electronic device towards a designated area of the accessible range;upon receiving imaging data from the image sensor associated with the designated area for the autonomous vehicle, generating, by the remote server, a visual representation of the imaged designated area for presentation on a graphical user interface of the application executing on the electronic device;determining, by the remote server and based on inertial data embedded in the received imaging data, an orientation of the electronic device;causing, by the remote server, a second signal to be transmitted from the autonomous vehicle, the second signal being a line of sight signal transmitted by the autonomous vehicle for capture by the image sensor of the electronic device;upon receiving an indication that the second signal has been captured by the image sensor of the electronic device, identifying, by the remote server, the autonomous vehicle within the generated visual representation; andcausing, by the remote server and within the graphical user interface of the application, a presentation of the autonomous vehicle to the identified within the generated visual representation.
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