mhurhangee/patent-ind-claim-en huggingface dataset:
A solid-state imaging device including: a first substrate having a pixel circuit including a pixel array unit formed thereon; a second substrate having a plurality of signal processing circuits (661L; 661R) formed thereon, wherein the plurality of signal processing circuits (661L; 661R) are arranged adjacent to one another and include a scribe region there between, wherein the first substrate and the second substrate are stacked, wherein a first signal processing circuit of the plurality of signal processing circuits (661L; 661R) and a second signal processing circuit of the plurality of signal processing circuits (661L; 661R) are electrically connected, and wherein the first signal processing circuit and the second signal processing circuit are electrically connected through a first wiring layer formed on the second substrate ; a first moisture-resistant guard ring that surrounds at least a part of a periphery of the first signal processing circuit ; and a second moisture-resistant guard ring that surrounds at least a part of a periphery of the second signal processing circuit . a first substrate having a pixel circuit including a pixel array unit formed thereon; a second substrate having a plurality of signal processing circuits (661L; 661R) formed thereon, wherein the plurality of signal processing circuits (661L; 661R) are arranged adjacent to one another and include a scribe region there between, wherein the first substrate and the second substrate are stacked, wherein a first signal processing circuit of the plurality of signal processing circuits (661L; 661R) and a second signal processing circuit of the plurality of signal processing circuits (661L; 661R) are electrically connected, and wherein the first signal processing circuit and the second signal processing circuit are electrically connected through a first wiring layer formed on the second substrate ; a first moisture-resistant guard ring that surrounds at least a part of a periphery of the first signal processing circuit ; and a second moisture-resistant guard ring that surrounds at least a part of a periphery of the second signal processing circuit .
A fusion implant system for use on an ankle of a patient comprising at least one locking screw having a threaded distal portion and an externally threaded head portion, at least one fusion screw having a fusion screw head portion and a plate extending along a longitudinal axis and comprising a rail member having a first segment which is a calcaneal segment including a C-shaped stirrup in cross-section in the direction of the longitudinal axis that curves in a compound curve that forms about 70° +/-10° of a circle and having a radius of from about 1.8796 cm to about 2.1336 cm +/- 0.254 cm, wherein the rail member has an externally facing surface relative to the tibia, whereby the C-shaped stirrup wraps under the inferior surface of the calcaneus, and having a distal hole that receives the fusion screw and cooperates with the fusion screw head portion to hold the plate relative to a calcaneus in use, the plate having a second segment configured to abut the talus and including at least one internally threaded hole that cooperates with the externally threaded head portion of the locking screw to form a locked angle relation between the locking screw and the plate, and the plate having a third segment configured of attachment to a lateral section of the tibia and that has at least one fastener hole .
An induction heating assembly for a vapour generating device , the induction heating assembly comprising: an induction coil ; a heating compartment arranged to receive an induction heatable cartridge ; a first electromagnetic shield layer arranged outward of the induction coil ; a second electromagnetic shield layer arranged outward of the first electromagnetic shield layer ; and a first insulating layer positioned between the induction coil and the first electromagnetic shield layer , wherein the first and second electromagnetic shield layers differ in one or both of their electrical conductivity and their magnetic permeability, wherein the first electromagnetic shield layer comprises a ferrimagnetic, nonelectrically conductive material; and wherein the second electromagnetic shield layer comprises an electrically conductive material. an induction coil ; a heating compartment arranged to receive an induction heatable cartridge ; a first electromagnetic shield layer arranged outward of the induction coil ; a second electromagnetic shield layer arranged outward of the first electromagnetic shield layer ; and a first insulating layer positioned between the induction coil and the first electromagnetic shield layer , wherein the first and second electromagnetic shield layers differ in one or both of their electrical conductivity and their magnetic permeability, wherein the first electromagnetic shield layer comprises a ferrimagnetic, nonelectrically conductive material; and wherein the second electromagnetic shield layer comprises an electrically conductive material.
An apparatus for assessing heart failure, comprising: an image sensor configured to capture image data of a user; a sensor configured to capture sensor data for the user; a memory configured to store the image data and the sensor data; and a processor coupled to the image sensor, the sensor, and the memory, characterised in that the processor is configured to: detect a biological condition relating to cardiac health including chronotropic incompetence and/or degradation in ventilation threshold regarding a user based on sensor data obtained from the user through the sensor ; detect an activity level of the user; in response to detecting the chronotropic incompetence and/or degradation in ventilation threshold, provide an indication to prompt the user to perform a capturing of a body part of the user determined based on the activity level of the user; obtain image data of the body part based on the capturing; detect a visual characteristic for the heart health indicating an edema of the body part of the user from the image data, in response to detecting the visual characteristic for the heart health indicating the edema, provide heart failure information for the user. an image sensor configured to capture image data of a user; a sensor configured to capture sensor data for the user; a memory configured to store the image data and the sensor data; and a processor coupled to the image sensor, the sensor, and the memory, characterised in that the processor is configured to: detect a biological condition relating to cardiac health including chronotropic incompetence and/or degradation in ventilation threshold regarding a user based on sensor data obtained from the user through the sensor ; detect an activity level of the user; in response to detecting the chronotropic incompetence and/or degradation in ventilation threshold, provide an indication to prompt the user to perform a capturing of a body part of the user determined based on the activity level of the user; obtain image data of the body part based on the capturing; detect a visual characteristic for the heart health indicating an edema of the body part of the user from the image data, in response to detecting the visual characteristic for the heart health indicating the edema, provide heart failure information for the user.
A method comprising: applying a first pressure to a top surface of a display device at a first temperature, wherein: the display device includes a backplane , a plurality of dies , and a plurality of fusible interconnections between the backplane and the plurality of dies, the first pressure is applied in a direction that is perpendicular to a plane of the backplane on which the plurality of dies are arranged, and the first pressure and the first temperature are selected to cause the plurality of fusible interconnections to absorb variations in a planarity of the top surface of the display device; and characterized in that , the first pressure is provided solely by a weight of a material that is placed on the top surface of the display device. the display device includes a backplane , a plurality of dies , and a plurality of fusible interconnections between the backplane and the plurality of dies, the first pressure is applied in a direction that is perpendicular to a plane of the backplane on which the plurality of dies are arranged, and the first pressure and the first temperature are selected to cause the plurality of fusible interconnections to absorb variations in a planarity of the top surface of the display device; and characterized in that , the first pressure is provided solely by a weight of a material that is placed on the top surface of the display device.
Use of a particulate mineral as an anti-pollution agent in a composition for application to the skin and/or keratin materials, wherein the particulate mineral is selected from talc, perlite, kaolin, diatomaceous earth and combinations thereof.
A pixelized scintillation crystal film, comprising: a surface pixelized substrate having a surface formed by pixel unit areas separated from each other and isolation belt areas located between the pixel unit areas , the isolation belt area between every two adjacent pixel unit areas independently comprising n isolation belts , wherein n is an integer greater than or equal to 1, and the number n of the isolation belts in the isolation belt area at a different position may be the same or different; and scintillation crystals comprising a scintillation material located on the surface pixelized substrate ; characterized in that: the scintillation crystal comprising the scintillation material on the pixel unit areas has a first morphology, the scintillation crystal comprising the scintillation material on the isolation belts has a second morphology to a (n+1) th morphology, and the first morphology is different from the second morphology to the (n+1) th morphology which may be the same or different, wherein n is defined as above. a surface pixelized substrate having a surface formed by pixel unit areas separated from each other and isolation belt areas located between the pixel unit areas , the isolation belt area between every two adjacent pixel unit areas independently comprising n isolation belts , wherein n is an integer greater than or equal to 1, and the number n of the isolation belts in the isolation belt area at a different position may be the same or different; and scintillation crystals comprising a scintillation material located on the surface pixelized substrate ; characterized in that: the scintillation crystal comprising the scintillation material on the pixel unit areas has a first morphology, the scintillation crystal comprising the scintillation material on the isolation belts has a second morphology to a (n+1) th morphology, and the first morphology is different from the second morphology to the (n+1) th morphology which may be the same or different, wherein n is defined as above.
A composition for producing a beverage or broth by soaking the composition in a liquid, the composition comprising a reconstituted structured matrix material formed from plant materials that has been treated with a plant extract, the plant materials comprising materials obtained from a tea plant, an herbal tea plant, a fruit, a vegetable, a spice, or mixtures thereof, the composition being in the form of discrete pieces of the reconstituted structured matrix material, the pieces having a particle size distribution such that when the composition is subjected to a sieve test using a RETSCH sieve shaker AS200, less than 25% of the pieces pass through a sieve having a square mesh size of 1 mm and wherein greater than 5% of the pieces fail to pass through a sieve having a square mesh size of 2 mm, wherein the reconstituted structured matrix material refers to a fibrous structure formed from plant materials that have been contacted with at least one solvent and then formed into a fibrous network through a papermaking process, wherein the composition has a bulk density of less than 0.2 g/cm 3 .
A diamond-like coating for piston ring surfaces, comprising, successively from the bottom to top, an underlayer , a gradient layer and an AM layer , wherein the AM layer is a diamond-like coating doped with doping elements; the doping elements are one or a combination of at least two selected from the group consisting of Cr, Si and Ti, and the content thereof shows a cyclical change in a form of a sine wave fluctuation along with the thickness change of the AM layer , characterized in that the doping elements corresponding to the valley of the sine wave are in a content of 3.0-5.0at% in the AM layer ; the doping elements corresponding to the peak of the sine wave are in a content of 9.0-11 .0at% in the AM layer ; the AM layer corresponding to each fluctuation period of the sine wave has a thickness of 0.5-0.8μm; the AM layer is in a submicrocrystalline state; the submicrocrystal has a particle size of 0.2-0.5μm; the underlayer is one or a combination of at least two selected from the group consisting of Cr layer, Si layer and Ti layer; the gradient layer is one or a combination of at least two selected from the group consisting of CrxC layer, Si x C layer and Ti x C layer, wherein x=0.5-1.5; the diamond-like coating has a thickness of 10-30μm; the underlayer has a thickness of 0.2-1μm; the gradient layer has a thickness of 0.5-2μm; and the AM layer has a thickness of 9.3-27μm.
An appliance , comprising: a frame defining a channel ; a user interface having a console and a front panel , the user interface being operably coupled to the frame ; and at least one leveling assembly coupled to the console , wherein the at least one leveling assembly comprises: a bracket housing having a first portion that defines an aperture and a second portion extending orthogonally from the first portion ; and a leveler that has a shaft and a knob coupled to the shaft , the leveler extending through the second portion of the bracket housing and defining threads along a length of the shaft , characterised in that the at least one leveling assembly is disposed within the channel and coupled to the frame . a frame defining a channel ; a user interface having a console and a front panel , the user interface being operably coupled to the frame ; and at least one leveling assembly coupled to the console , wherein the at least one leveling assembly comprises: a bracket housing having a first portion that defines an aperture and a second portion extending orthogonally from the first portion ; and a leveler that has a shaft and a knob coupled to the shaft , the leveler extending through the second portion of the bracket housing and defining threads along a length of the shaft , characterised in that the at least one leveling assembly is disposed within the channel and coupled to the frame .
A method of transmitting and receiving a signal, which is transmitted and received by a user equipment with a base station in a first wireless communication system supporting a carrier aggregation scheme, comprising the steps of: performing first carrier sensing, for a second wireless communication system, on a channel configured for a prescribed frequency region of an unlicensed frequency band; performing second carrier sensing, for the first wireless communication system, on a sub-channel contained in the channel, if the channel is in an idle state as a result of the first carrier sensing; and performing either uplink signal transmission from the base station or downlink signal reception on the sub-channel, if the sub-channel is in an idle state as a result of the second carrier sensing. performing first carrier sensing, for a second wireless communication system, on a channel configured for a prescribed frequency region of an unlicensed frequency band; performing second carrier sensing, for the first wireless communication system, on a sub-channel contained in the channel, if the channel is in an idle state as a result of the first carrier sensing; and performing either uplink signal transmission from the base station or downlink signal reception on the sub-channel, if the sub-channel is in an idle state as a result of the second carrier sensing.
Actuation magnet, with a magnet housing comprising a jacket and with at least one coil form arranged in the magnet housing , said coil form, when energised, moving a solenoid armature at least in one direction along an actuation axis , the jacket of the magnet housing comprising a material accumulation along its longitudinal extension parallel to the actuation axis when viewed in cross-section at at least one point, said material accumulation differing from the other material distribution in the jacket of the magnet housing , characterised in that the jacket of the magnet housing enlarges at one end into a flange plate with two web-like fixing parts diametrically opposite one another along the actuation axis , said fixing parts protruding in the same direction as the respective assignable material accumulation .
A method for managing provenance information associated to one or more interconnected provenance entities in a provenance system for data processing pipelines in a distributed cloud environment over a network interface, wherein each of the data processing pipelines is configured to read in data, transform the data, and output transformed data, the method comprising the following steps being performed by a configuration component: obtaining at least one declarative intent representing a configuration indicative of requirements and levels of priority for storage of provenance information for each of the data processing pipelines, deriving the requirements and levels of priority for storage of provenance information for each of the data processing pipelines based on the obtained at least one declarative intent, wherein one of the levels of priority - first level of priority - is higher than the other levels of priority - second levels of priority, estimating storage capacity for storage of provenance information in the provenance system based on the derived requirements and levels of priority, storing the provenance information according to the derived requirements and levels of priority for storage of provenance information and for each of the data processing pipelines, and when actual storage consumption for storage of provenance information in the provenance system meets a threshold of storage capacity set based on the estimated storage capacity: reducing a data amount for storage of provenance information of the second levels of priority in the provenance system. obtaining at least one declarative intent representing a configuration indicative of requirements and levels of priority for storage of provenance information for each of the data processing pipelines, deriving the requirements and levels of priority for storage of provenance information for each of the data processing pipelines based on the obtained at least one declarative intent, wherein one of the levels of priority - first level of priority - is higher than the other levels of priority - second levels of priority, estimating storage capacity for storage of provenance information in the provenance system based on the derived requirements and levels of priority, storing the provenance information according to the derived requirements and levels of priority for storage of provenance information and for each of the data processing pipelines, and when actual storage consumption for storage of provenance information in the provenance system meets a threshold of storage capacity set based on the estimated storage capacity: reducing a data amount for storage of provenance information of the second levels of priority in the provenance system.
A method of regulating an outlet coolant temperature of a genset and an inlet coolant temperature of the genset , the genset comprising an engine , a generator , and at least one controller , the method comprising: determining a load condition of the genset ; selecting an operating mode from between a first mode associated with a first load condition and a second mode associated with a second load condition responsive to determining the load condition of the genset , wherein the first mode and the second mode are configured to determine a target inlet coolant temperature using one or more control loops; determining , using the selected operating mode, the target inlet coolant temperature using a target outlet coolant temperature and the outlet coolant temperature ; and regulating the outlet coolant temperature based on the determined target inlet coolant temperature and the inlet coolant temperature by adjusting an operation of one or more coolant valves . determining a load condition of the genset ; selecting an operating mode from between a first mode associated with a first load condition and a second mode associated with a second load condition responsive to determining the load condition of the genset , wherein the first mode and the second mode are configured to determine a target inlet coolant temperature using one or more control loops; determining , using the selected operating mode, the target inlet coolant temperature using a target outlet coolant temperature and the outlet coolant temperature ; and regulating the outlet coolant temperature based on the determined target inlet coolant temperature and the inlet coolant temperature by adjusting an operation of one or more coolant valves .