mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus comprising: feature extraction means configured to extract feature points from a plurality of images of an object to be inspected captured from a plurality of viewpoints by extracting feature points for each of the plurality of images; image quality evaluation means configured to, for each of the plurality of images, each of which including a plurality of regions, evaluate whether an image quality based on a predetermined index satisfies allowable conditions for inspection works of the object, the image quality evaluation means evaluating a resolution per length unit or area unit of the object for each region based on internal parameters, including image resolution, of a camera used to capture the plurality of images, and using the evaluated resolution as the predetermined index, and wherein, for each of the plurality of regions in each of the plurality of images, the image quality evaluation means evaluates whether the image quality based on the predetermined index satisfies the allowable conditions for inspection works of the object; and image stitching means configured to stitch at least a part of images included in the plurality of images and having the image quality that satisfies the allowable conditions according to a positional relation based on the feature points extracted by the extraction means , the image stitching means stitching regions included in the plurality of images and having the image quality that satisfies the allowable conditions according to the positional relation based on the extracted feature points. feature extraction means configured to extract feature points from a plurality of images of an object to be inspected captured from a plurality of viewpoints by extracting feature points for each of the plurality of images; image quality evaluation means configured to, for each of the plurality of images, each of which including a plurality of regions, evaluate whether an image quality based on a predetermined index satisfies allowable conditions for inspection works of the object, the image quality evaluation means evaluating a resolution per length unit or area unit of the object for each region based on internal parameters, including image resolution, of a camera used to capture the plurality of images, and using the evaluated resolution as the predetermined index, and wherein, for each of the plurality of regions in each of the plurality of images, the image quality evaluation means evaluates whether the image quality based on the predetermined index satisfies the allowable conditions for inspection works of the object; and image stitching means configured to stitch at least a part of images included in the plurality of images and having the image quality that satisfies the allowable conditions according to a positional relation based on the feature points extracted by the extraction means , the image stitching means stitching regions included in the plurality of images and having the image quality that satisfies the allowable conditions according to the positional relation based on the extracted feature points.
A method to prevent capturing of models in an Artificial Intelligence based system, AI system, , wherein the AI based system has an AI module containing a model implemented as a set of software instructions, said method comprising the steps: - receiving an input from an user by means of an input interface of the AI system; - checking whether said input corresponds to at least one of classes in a data set by means of the AI module ; - returning a class which corresponds to said input , from said data set, if said input corresponds to at least one of said classes in said data set; - returning a pre-defined synthetically generated class Don't Know Class, DKC, which the model is trained to associate to random input queries, if said input does not correspond to any of said classes in said data set; - when said Don't Know Class, DKC, is returned: o calculating information gain achieved using DKC events ; o incrementing a gain adaptive counter to derive a threshold; - locking the AI system from an access of the user once said gain adaptive counter reaches said threshold to prevent capture of model in the AI system . - receiving an input from an user by means of an input interface of the AI system; - checking whether said input corresponds to at least one of classes in a data set by means of the AI module ; - returning a class which corresponds to said input , from said data set, if said input corresponds to at least one of said classes in said data set; - returning a pre-defined synthetically generated class Don't Know Class, DKC, which the model is trained to associate to random input queries, if said input does not correspond to any of said classes in said data set; - when said Don't Know Class, DKC, is returned: o calculating information gain achieved using DKC events ; o incrementing a gain adaptive counter to derive a threshold; o calculating information gain achieved using DKC events ; o incrementing a gain adaptive counter to derive a threshold; - locking the AI system from an access of the user once said gain adaptive counter reaches said threshold to prevent capture of model in the AI system .
A method of windowing between compute elements and memory elements in an integrated circuit, the integrated circuit including a neural network processor circuit for performing neural network calculations for an artificial neural network having one or more network layers, the method comprising: establishing a plurality of access windows between said compute elements and said memory elements by, for each window: limiting access of each compute element solely to a first number of assignable physical memory elements; limiting access of each assignable physical memory element solely to a second number of compute elements; configuring said first number and said second number such that said plurality of access windows overlap each other to form sliding, bounded access windows thereby enabling memory sharing and pipelining in said neural network processor circuit; wherein windowing is a scheme whereby a computing element or entity is given access only to a certain subset of available memory resources; and wherein the memory windowing scheme is adapted to be dynamically rearranged whereby the memory resources accessible by compute elements are programmable and configurable. establishing a plurality of access windows between said compute elements and said memory elements by, for each window: limiting access of each compute element solely to a first number of assignable physical memory elements; limiting access of each assignable physical memory element solely to a second number of compute elements; limiting access of each compute element solely to a first number of assignable physical memory elements; limiting access of each assignable physical memory element solely to a second number of compute elements; configuring said first number and said second number such that said plurality of access windows overlap each other to form sliding, bounded access windows thereby enabling memory sharing and pipelining in said neural network processor circuit; wherein windowing is a scheme whereby a computing element or entity is given access only to a certain subset of available memory resources; and wherein the memory windowing scheme is adapted to be dynamically rearranged whereby the memory resources accessible by compute elements are programmable and configurable.
An electronic device, comprising: a memory including a plurality of pages; and a controller configured to select a page area having no non-movable page from a plurality of page areas in the memory based on page state information on the plurality of page areas and a number of applications referring to the page area, if a memory defragmentation request occurs when a memory allocation request is made, scan the selected page area, move a movable page in the selected page area, and allocate a memory secured by the defragmentation process for the selected page area in response to the memory allocation request after a memory defragmentation response occurs . a memory including a plurality of pages; and a controller configured to
A computer implemented method of making an orthodontic transfer apparatus including a body, the method comprising: providing a three-dimensional, virtual model of at least a portion of a dental arch , the dental arch including a plurality of virtual teeth , gingiva , and a mold body extending from the gingiva; providing a virtual appliance analog including a base and a body , the appliance analog including a blockout ramp extending from a gingival region of the appliance body; placing the appliance analog on a labial or lingual surface of a tooth of the plurality of virtual teeth, extruding the blockout ramp from the appliance analog to at least an area adjacent the gingiva; fabricating a physical model of the combined virtual dental arch and appliance analog; and forming the transfer apparatus over the physical model. providing a three-dimensional, virtual model of at least a portion of a dental arch , the dental arch including a plurality of virtual teeth , gingiva , and a mold body extending from the gingiva; providing a virtual appliance analog including a base and a body , the appliance analog including a blockout ramp extending from a gingival region of the appliance body; placing the appliance analog on a labial or lingual surface of a tooth of the plurality of virtual teeth, extruding the blockout ramp from the appliance analog to at least an area adjacent the gingiva; fabricating a physical model of the combined virtual dental arch and appliance analog; and forming the transfer apparatus over the physical model.
A detector element for a digital imaging system comprising: a semiconductor layer for absorbing photons ; a first electrode (42; 48) located on a first side of the semiconductor layer ; a second electrode (48; 42) located on a second side of the semiconductor layer , the first and second side on opposite sides of the semiconductor layer ; wherein the first and second electrodes are staggered with respect to each other in a plane perpendicular to the semiconductor layer and do not overlap each other along a direction perpendicular to the first and second sides of the semiconductor layer, characterized by a blocking layer consisting of an insulating layer; wherein the blocking layer is disposed between the semiconductor layer and the first or second electrode ; wherein the blocking layer electrically isolates the first or the second electrode from the semiconducting layer . a semiconductor layer for absorbing photons ; a first electrode (42; 48) located on a first side of the semiconductor layer ; a second electrode (48; 42) located on a second side of the semiconductor layer , the first and second side on opposite sides of the semiconductor layer ; wherein the first and second electrodes are staggered with respect to each other in a plane perpendicular to the semiconductor layer and do not overlap each other along a direction perpendicular to the first and second sides of the semiconductor layer, characterized by a blocking layer consisting of an insulating layer; wherein the blocking layer is disposed between the semiconductor layer and the first or second electrode ; wherein the blocking layer electrically isolates the first or the second electrode from the semiconducting layer .
A producing method of a tobacco raw material containing a flavor constituent, comprising: a step A1 for heating a tobacco raw material in a closed space which is treated with alkali and for taking a flavor constituent released in the gas phase from the tobacco raw material to an outside of the closed space; a step B1 for allowing a first solvent to capture the flavor constituent by bringing the flavor constituent released in the gas phase in the step A1 into contact with the first solvent which is a liquid substance at normal temperature on the outside of the closed space; and after the step B1, a step C1 for adding the first solvent capturing the flavor constituent in the step B1 to the tobacco raw material in the closed space from which the flavor constituent is released to outside of the closed space in the step A1. a step A1 for heating a tobacco raw material in a closed space which is treated with alkali and for taking a flavor constituent released in the gas phase from the tobacco raw material to an outside of the closed space; a step B1 for allowing a first solvent to capture the flavor constituent by bringing the flavor constituent released in the gas phase in the step A1 into contact with the first solvent which is a liquid substance at normal temperature on the outside of the closed space; and after the step B1, a step C1 for adding the first solvent capturing the flavor constituent in the step B1 to the tobacco raw material in the closed space from which the flavor constituent is released to outside of the closed space in the step A1.
High pressure pump adapted to be arranged in a diesel fuel injection system wherein, in use, said HP pump pressurises fuel in a compression chamber defined by a coaxial arrangement of a bore extending along a main axis (X), a piston guided in the bore and an inlet valve member axially controlling an inlet arranged at the very end of the bore in the compression chamber and wherein, the piston is provided with a recess arranged at its end partially defining said compression chamber, said recess defining a peripheral wall and a bottom face and characterized in that the inlet valve member is provided with a head member arranged to complementary enter in said recess when the piston reaches the top dead centre (TDC) position.
A method for actuating a manipulator system by means of a portable terminal device , wherein the portable terminal device comprises a camera, and wherein the manipulator system has at least two actuatable objects , the method having the following steps: Providing reference data sets of the manipulator system to be actuated, comprising teaching in at least the actuatable objects of the manipulator system by means of the portable terminal device , wherein the objects are recorded from multiple directions by means of the camera; Capturing an image, by means of the camera of the portable terminal device , of at least a part of the manipulator system to be actuated; Determining a feature of the manipulator system based on the captured image, wherein determining the feature of the manipulator system comprises performing an image recognition process that recognizes the feature on the basis of the captured image and the provided reference data sets; Identifying all actuatable objects of the manipulator system based on the captured image; Selecting at least one actuatable object of the manipulator system , and Actuating the object of the manipulator system . Providing reference data sets of the manipulator system to be actuated, comprising teaching in at least the actuatable objects of the manipulator system by means of the portable terminal device , wherein the objects are recorded from multiple directions by means of the camera; Capturing an image, by means of the camera of the portable terminal device , of at least a part of the manipulator system to be actuated; Determining a feature of the manipulator system based on the captured image, wherein determining the feature of the manipulator system comprises performing an image recognition process that recognizes the feature on the basis of the captured image and the provided reference data sets; Identifying all actuatable objects of the manipulator system based on the captured image; Selecting at least one actuatable object of the manipulator system , and Actuating the object of the manipulator system .
Ventilation grille for placing on glass, comprising: - an air flow passage for natural air flow from an inlet opening to an outlet opening ; - a base module , for placing on the glass, having a base air flow passage which forms part of the air flow passage ; and - a self-adjusting valve which is arranged in the base air flow passage so as to be movable between a first extreme position and a second extreme position in order to adjust the air flow rate through the air flow passage as a function of the pressure difference across the self-adjusting valve ; characterized in that the ventilation grille comprises an acoustic add on module : - which is couplable to the base module ; - which comprises an add on air flow passage that is intended to form part of the air flow passage and that is provided with the outlet opening ; and - which is provided with an insert block that is manufactured from acoustically insulating material and that delimits the bottom of the add on air flow passage . - an air flow passage for natural air flow from an inlet opening to an outlet opening ; - a base module , for placing on the glass, having a base air flow passage which forms part of the air flow passage ; and - a self-adjusting valve which is arranged in the base air flow passage so as to be movable between a first extreme position and a second extreme position in order to adjust the air flow rate through the air flow passage as a function of the pressure difference across the self-adjusting valve ; - which is couplable to the base module ; - which comprises an add on air flow passage that is intended to form part of the air flow passage and that is provided with the outlet opening ; and - which is provided with an insert block that is manufactured from acoustically insulating material and that delimits the bottom of the add on air flow passage .
A method for generating indexed single cell sequencing libraries from a cell population, comprising, distributing individual cells and/or individual nuclei from a cell suspension into a plurality of containers; and creating indexed single cell sequencing libraries from the single cells and/or the individual nuclei in one or more of the plurality of containers, wherein creating the indexedsingle cell libraries comprises subjecting unamplified DNA from the single cells and/or individual nuclei to a transposase reaction, wherein the transposase reaction comprises fragmenting and tagging the unamplified DNA with a tagging sequence to generate tagmented DNA; subjecting the tagmented DNA to 9 to 15 polymerase chain reaction (PCR) cycles to add unique single cell indices and sequencing adaptors to the tagmented DNA, thereby generating indexed single cell sequencing libraries and pooling the indexed single cell sequencing libraries to make a pooled library for multiplexed sequencing. distributing individual cells and/or individual nuclei from a cell suspension into a plurality of containers; and creating indexed single cell sequencing libraries from the single cells and/or the individual nuclei in one or more of the plurality of containers, wherein creating the indexedsingle cell libraries comprises subjecting unamplified DNA from the single cells and/or individual nuclei to a transposase reaction, wherein the transposase reaction comprises fragmenting and tagging the unamplified DNA with a tagging sequence to generate tagmented DNA; subjecting the tagmented DNA to 9 to 15 polymerase chain reaction (PCR) cycles to add unique single cell indices and sequencing adaptors to the tagmented DNA, thereby generating indexed single cell sequencing libraries and pooling the indexed single cell sequencing libraries to make a pooled library for multiplexed sequencing.
Gap measuring device for measuring an air-gap thickness (D), in particular of a generator of a wind turbine, comprising: - a hydraulic measuring head , which is expandable by pressurization, for insertion in an air gap to be measured, wherein the hydraulic measuring head is a pressure cushion, - a piston pump for pressurizing and expanding the hydraulic measuring head with a hydraulic fluid (H), the hydraulic measuring head being set up to come, by means of expansion, to bear against the delimiting faces that define the air gap , such that upon bearing against the delimiting faces a further expansion towards the delimiting faces and transverse and/or tangential to these is impossible, - an indicator element for indicating, as a measure of the air-gap thickness (D) of the air gap , a hydraulic fluid volume (V10e) put into the hydraulic measuring head until it bears against the delimiting faces . - a hydraulic measuring head , which is expandable by pressurization, for insertion in an air gap to be measured, wherein the hydraulic measuring head is a pressure cushion, - a piston pump for pressurizing and expanding the hydraulic measuring head with a hydraulic fluid (H), the hydraulic measuring head being set up to come, by means of expansion, to bear against the delimiting faces that define the air gap , such that upon bearing against the delimiting faces a further expansion towards the delimiting faces and transverse and/or tangential to these is impossible, - an indicator element for indicating, as a measure of the air-gap thickness (D) of the air gap , a hydraulic fluid volume (V10e) put into the hydraulic measuring head until it bears against the delimiting faces .
A method executed by a base station in a wireless communication system, the method comprising: transmitting, to a user equipment, UE, a master information block, MIB, including initial downlink bandwidth part, BWP, configuration information; transmitting, to the UE, remaining minimum system information, RMSI, including initial uplink BWP configuration information; and transmitting, to the UE, radio resource control, RRC, message including BWP configuration information, the BWP configuration information comprising information on an uplink BWP and information on a downlink BWP, wherein the RMSI is transmitted based on the initial downlink BWP configuration information, and wherein association between the uplink BWP and the downlink BWP is indicated by the RRC message, the association comprising a pairing relationship between the uplink BWP and the downlink BWP. transmitting, to a user equipment, UE, a master information block, MIB, including initial downlink bandwidth part, BWP, configuration information; transmitting, to the UE, remaining minimum system information, RMSI, including initial uplink BWP configuration information; and transmitting, to the UE, radio resource control, RRC, message including BWP configuration information, the BWP configuration information comprising information on an uplink BWP and information on a downlink BWP, wherein the RMSI is transmitted based on the initial downlink BWP configuration information, and wherein association between the uplink BWP and the downlink BWP is indicated by the RRC message, the association comprising a pairing relationship between the uplink BWP and the downlink BWP.