mhurhangee/patent-ind-claim-en huggingface dataset:
A method of using an information processing system, comprising a processor, a memory communicatively coupled to the processor, and a test coverage analyzer communicatively coupled to the processor and the memory, to determine test coverage for a circuit design, the method comprising: by means of the test coverage analyzer: obtaining node testability data and physical location data for each node of a plurality of nodes in a circuit design; determining one or more low test coverage areas within the circuit design comprising untested nodes based on the node testability data and the physical location data of each node of the plurality of nodes; and generating test coverage data for the circuit design comprising at least an identification of the one or more low test coverage areas; and updating the circuit design based on the one or more low test coverage areas identified in the test coverage data, wherein updating the circuit design increases test coverage in at least one of the one or more low test coverage areas. by means of the test coverage analyzer: obtaining node testability data and physical location data for each node of a plurality of nodes in a circuit design; determining one or more low test coverage areas within the circuit design comprising untested nodes based on the node testability data and the physical location data of each node of the plurality of nodes; and generating test coverage data for the circuit design comprising at least an identification of the one or more low test coverage areas; and updating the circuit design based on the one or more low test coverage areas identified in the test coverage data, wherein updating the circuit design increases test coverage in at least one of the one or more low test coverage areas.
A battery system , comprising: - an electrochemical cell , comprising: - a drawn can comprising a blind side and a second side opposite the blind side , wherein an opening having a flat edge is formed on the second side of the can ; - a positive terminal disposed in the blind side of the can and electrically coupled to at least one positive electrode disposed within the can ; - a negative terminal disposed in the blind side of the can and electrically coupled to at least one negative electrode disposed within the can ; and - a base coupled to the flat edge of the can , characterized in that the base comprises a first portion having a length that is longer than a length of the can and a second portion extending upward from the first portion such that the second portion of the base is configured to engage the opening formed in the second side of the can , and wherein a flat contact surface of the first portion is configured to contact the flat edge of the can to form a seam between the base and the can . - an electrochemical cell , comprising: - a drawn can comprising a blind side and a second side opposite the blind side , wherein an opening having a flat edge is formed on the second side of the can ; - a positive terminal disposed in the blind side of the can and electrically coupled to at least one positive electrode disposed within the can ; - a negative terminal disposed in the blind side of the can and electrically coupled to at least one negative electrode disposed within the can ; and - a base coupled to the flat edge of the can , - a drawn can comprising a blind side and a second side opposite the blind side , wherein an opening having a flat edge is formed on the second side of the can ; - a positive terminal disposed in the blind side of the can and electrically coupled to at least one positive electrode disposed within the can ; - a negative terminal disposed in the blind side of the can and electrically coupled to at least one negative electrode disposed within the can ; and - a base coupled to the flat edge of the can ,
A method, comprising: receiving a request for an antenna resource (120; 220) from one of a plurality of wireless endpoints (114, 116, 118; 216a-c); and communicating a resource request to the endpoint controlling use of the antenna resource (120; 220), the resource request comprising a time for relinquishing use of the antenna resource (120; 220) and a priority level for the resource request, characterized by determining an endpoint of the plurality of wireless endpoints (114, 116, 118; 216a-c) controlling use of the antenna resource (120; 220) at the time of the resource request; and in response to receiving an acknowledgement from the endpoint controlling use of the antenna resource (120; 220), programming a scheduler (108; 208) with one or more scheduled events controlling access to the antenna resource (120; 220) by the plurality of wireless endpoints (114, 116, 118; 216a-c), wherein the scheduled events control one or more switches (112; 212, 214) to connect the plurality of wireless endpoints (114, 116, 118; 216a-c) to the antenna resource (120; 220). receiving a request for an antenna resource (120; 220) from one of a plurality of wireless endpoints (114, 116, 118; 216a-c); and communicating a resource request to the endpoint controlling use of the antenna resource (120; 220), the resource request comprising a time for relinquishing use of the antenna resource (120; 220) and a priority level for the resource request, characterized by determining an endpoint of the plurality of wireless endpoints (114, 116, 118; 216a-c) controlling use of the antenna resource (120; 220) at the time of the resource request; and in response to receiving an acknowledgement from the endpoint controlling use of the antenna resource (120; 220), programming a scheduler (108; 208) with one or more scheduled events controlling access to the antenna resource (120; 220) by the plurality of wireless endpoints (114, 116, 118; 216a-c), wherein the scheduled events control one or more switches (112; 212, 214) to connect the plurality of wireless endpoints (114, 116, 118; 216a-c) to the antenna resource (120; 220).
A process for the incineration of activated coal-supported PGM catalysts, the process comprising a joint incineration of a multilayer arrangement, wherein the multilayer arrangement comprises (i) a top layer of particulate activated coal-supported PGM catalyst, (ii) a layer of coarse charcoal located beneath said top layer and, optionally, (iii) a layer of particulate coke located beneath the charcoal layer, wherein an upward flow of oxidizing gas is homogeneously passed through said multilayer arrangement during the incineration, and wherein the particulate activated coal-supported PGM catalyst comprises a minimally combustible activated coal-supported PGM catalyst.
Concrete safety barrier having at least one first crash barrier element , which has a bottom surface , an end face and side surfaces , and having at least one second crash barrier element , preferably aligned in the longitudinal direction thereto, which has a bottom surface , an end face facing the end face of the first crash barrier element and side surfaces , wherein the concrete safety barrier has at least one connection , in which the first safety barrier element and the second safety barrier element are connected to each other at the end faces via a first positive coupling having a first length (L1), as viewed in the longitudinal extension, and via at least one second positive coupling which is horizontally spaced apart from the first positive coupling and has a second length (L2) as seen in the longitudinal extension, and wherein the longitudinal extensions of the couplings extend substantially perpendicular to the bottom surface , and the couplings each have two coupling elements arranged at the end faces, characterized in that the first safety barrier element is stationary, preferably made of in-situ concrete, and the second safety barrier element is mobile, in that the first length (L1) is greater than the second length (L2), and in that rib-shaped, vertically extending webs are formed on the rear side, facing the concrete body, of the coupling elements , which webs protrude into the safety barrier element or into the concrete body of the safety barrier element .
A surgical kit for pelvic surgery comprising: - an injectable first hydrogel composition selected from an injectable preformed hydrogel composition, an injectable hydrogel precursor composition, and an injectable plug; - a second composition having a solid polymeric composition in the form of a sheet or a strip, configured to be applied onto the surface of support tissue to temporarily or permanently increase the strength of the support tissue; - an injection device; - a graft configured to be attached to the support tissue and to another structure in the body. - an injectable first hydrogel composition selected from an injectable preformed hydrogel composition, an injectable hydrogel precursor composition, and an injectable plug; - a second composition having a solid polymeric composition in the form of a sheet or a strip, configured to be applied onto the surface of support tissue to temporarily or permanently increase the strength of the support tissue; - an injection device; - a graft configured to be attached to the support tissue and to another structure in the body.
A terminal authentication method, comprising: sending (S301), by a terminal, a Hypertext Transfer Protocol, HTTP, traffic request to an access device, wherein the HTTP traffic request is a traffic request initiated by using a first application in the terminal; receiving (S305), by the terminal, an HTTP traffic response sent by the access device, wherein the HTTP traffic response is sent by the access device after the access device determines that the terminal is an unauthorized terminal, and the HTTP traffic response comprises a JavaScript tag; and if the terminal obtains an address of a portal server based on the JavaScript tag by using the first application, performing (S403), by the terminal, authorization and authentication on the terminal based on the address of the portal server, wherein the JavaScript tag comprises an address of a management server; and the terminal obtains an address of a portal server based on the JavaScript tag by using the first application comprises: obtaining (S401), by the terminal, the address of the management server from the JavaScript tag by using the first application, and executing (S402) an Asynchronous JavaScript And XML, Ajax, script based on the address of the management server by using the first application, to obtain, from the management server, an address of a least loaded portal server in portal servers managed by the management server. sending (S301), by a terminal, a Hypertext Transfer Protocol, HTTP, traffic request to an access device, wherein the HTTP traffic request is a traffic request initiated by using a first application in the terminal; receiving (S305), by the terminal, an HTTP traffic response sent by the access device, wherein the HTTP traffic response is sent by the access device after the access device determines that the terminal is an unauthorized terminal, and the HTTP traffic response comprises a JavaScript tag; and if the terminal obtains an address of a portal server based on the JavaScript tag by using the first application, performing (S403), by the terminal, authorization and authentication on the terminal based on the address of the portal server, wherein the JavaScript tag comprises an address of a management server; and the terminal obtains an address of a portal server based on the JavaScript tag by using the first application comprises: obtaining (S401), by the terminal, the address of the management server from the JavaScript tag by using the first application, and executing (S402) an Asynchronous JavaScript And XML, Ajax, script based on the address of the management server by using the first application, to obtain, from the management server, an address of a least loaded portal server in portal servers managed by the management server.
Three-dimensional target capable of serving as positioning reference, comprising, on a useful face : * a first structure defining a planar reference face parallel to the plane (X, Y), divided up between at least: - a first portion whose surface is reflective according to a diffuse reflection, and - a second portion whose surface is reflective according to a specular reflection, said second portion being divided up according to a series of localized zones positioned in the first portion , and * a second structure having a face that is inclined relative to said planar reference face , said inclined face being essentially planar, in which the first structure and the second structure are positioned on the useful face concentrically to one another. * a first structure defining a planar reference face parallel to the plane (X, Y), divided up between at least: - a first portion whose surface is reflective according to a diffuse reflection, and - a second portion whose surface is reflective according to a specular reflection, said second portion being divided up according to a series of localized zones positioned in the first portion , and - a first portion whose surface is reflective according to a diffuse reflection, and - a second portion whose surface is reflective according to a specular reflection, said second portion being divided up according to a series of localized zones positioned in the first portion , and * a second structure having a face that is inclined relative to said planar reference face , said inclined face being essentially planar, in which the first structure and the second structure are positioned on the useful face concentrically to one another.
A release liner comprising: a carrier substrate ; a thermoplastic polymer layer applied on one side of the carrier substrate ; and a release layer applied on the thermoplastic polymer layer on the side opposite to the carrier substrate ; wherein the thermoplastic polymer layer and the release layer include a network of ridges which result in elevations of the surface of the release liner on the side of the release layer; wherein the surface on the side of the release layer has a roughness at least between the ridges , such that it has a plurality of pits , and characterized in that the average number of pits per an area of 3.4 mm 2 of the plan view of the release liner surface is at least 50 as determined with a confocal 3D laser scanning microscope at a magnification of 100, wherein only pits are counted, which extend at least to a level of 10.0 um above the deepest point of the deepest pit within said area of 3.4 mm 2 , and with the proviso that pits having a joint cross-sectional area in the plan view of the release liner surface at the level of 10.0 um above the deepest point of the deepest pit are counted as a single pit. a carrier substrate ; a thermoplastic polymer layer applied on one side of the carrier substrate ; and a release layer applied on the thermoplastic polymer layer on the side opposite to the carrier substrate ; wherein the thermoplastic polymer layer and the release layer include a network of ridges which result in elevations of the surface of the release liner on the side of the release layer; wherein the surface on the side of the release layer has a roughness at least between the ridges , such that it has a plurality of pits , and characterized in that the average number of pits per an area of 3.4 mm 2 of the plan view of the release liner surface is at least 50 as determined with a confocal 3D laser scanning microscope at a magnification of 100, wherein only pits are counted, which extend at least to a level of 10.0 um above the deepest point of the deepest pit within said area of 3.4 mm 2 , and with the proviso that pits having a joint cross-sectional area in the plan view of the release liner surface at the level of 10.0 um above the deepest point of the deepest pit are counted as a single pit.
A method of estimating a pose of a target following a transferring vehicle, comprising: capturing stereo image data related to the target using an image capture device , wherein the image capture device is located on a spout attached to the transferring vehicle; detecting the target in the image data; receiving information about the spout arrangement; tracking the target in the image data using the information about the spout arrangement to provide a pose trajectory of the target, wherein the pose trajectory provides information about the location and orientation of the target, the tracking comprising tracking the target by creating a model of the target based on physical characteristics of the target identified in the image data, and by using an error function evaluator to analyze a photometric or geometric error of the model projected onto a current image frame of the image data; correcting the orientation of the target provided from the model-based tracking. capturing stereo image data related to the target using an image capture device , wherein the image capture device is located on a spout attached to the transferring vehicle; detecting the target in the image data; receiving information about the spout arrangement; tracking the target in the image data using the information about the spout arrangement to provide a pose trajectory of the target, wherein the pose trajectory provides information about the location and orientation of the target, the tracking comprising tracking the target by creating a model of the target based on physical characteristics of the target identified in the image data, and by using an error function evaluator to analyze a photometric or geometric error of the model projected onto a current image frame of the image data; correcting the orientation of the target provided from the model-based tracking.
A compound which is 3-(1,2,3,6-tetrahydropyridin-2-yl)pyridine glutarate or a pharmaceutically acceptable solvate thereof.
An inkjet printer system, comprising: an inkjet head ; a control section ; and a conveyance section configured to convey a medium on which an image is formed by ink, wherein the inkjet head comprises: a head section configured to apply a drive voltage to a wall surface of an ink chamber and eject ink from the ink chamber; a clock signal generator configured to send a clock signal to the head section ; a drive controller configured to stop the clock signal sent to the head section , and apply a predetermined drive voltage to the head section ; and a current measurement section configured to measure a current flowing to the head section while the drive controller stops the clock signal sent to the head section , characterized in that : the current measurement section is configured to send the measured current flowing to the control section ; and the control section is configured to utilize the current flowing measured by the current measurement section to determine if a leakage current takes place in the head section. an inkjet head ; a control section ; and a conveyance section configured to convey a medium on which an image is formed by ink, wherein the inkjet head comprises: a head section configured to apply a drive voltage to a wall surface of an ink chamber and eject ink from the ink chamber; a clock signal generator configured to send a clock signal to the head section ; a drive controller configured to stop the clock signal sent to the head section , and apply a predetermined drive voltage to the head section ; and a current measurement section configured to measure a current flowing to the head section while the drive controller stops the clock signal sent to the head section , a head section configured to apply a drive voltage to a wall surface of an ink chamber and eject ink from the ink chamber; a clock signal generator configured to send a clock signal to the head section ; a drive controller configured to stop the clock signal sent to the head section , and apply a predetermined drive voltage to the head section ; and a current measurement section configured to measure a current flowing to the head section while the drive controller stops the clock signal sent to the head section , characterized in that : the current measurement section is configured to send the measured current flowing to the control section ; and the control section is configured to utilize the current flowing measured by the current measurement section to determine if a leakage current takes place in the head section. the current measurement section is configured to send the measured current flowing to the control section ; and the control section is configured to utilize the current flowing measured by the current measurement section to determine if a leakage current takes place in the head section.
An exhaust gas purification apparatus comprising a substrate and a catalyst layer thereon, wherein the catalyst layer comprises a first catalyst particle , a second catalyst particle , a first carrier particle supporting the first catalyst particle and a second carrier particle supporting the second catalyst particle , wherein the first catalyst particle is Pd-Rh alloy particle; wherein the second catalyst particle is Pd-Rh alloy particle; and wherein the molar ratio of Rh to the total of Pd and Rh in the first catalyst particle is 0.50 times or less of the molar ratio of Rh to the total of Pd and Rh in the second catalyst particle . wherein the first catalyst particle is Pd-Rh alloy particle; wherein the second catalyst particle is Pd-Rh alloy particle; and wherein the molar ratio of Rh to the total of Pd and Rh in the first catalyst particle is 0.50 times or less of the molar ratio of Rh to the total of Pd and Rh in the second catalyst particle .
A piezoelectric stack , comprising: a substrate ; an electrode film ; and a piezoelectric film which is comprised of alkali niobium oxide of a perovskite structure represented by a composition formula of (K 1-x Na x )NbO 3 with 0 < × < 1, characterised in that the piezoelectric film comprises crystals having a grain size with a standard deviation of 0.42 μm or less, and 80 % or more crystals in a crystal grain group comprised in the piezoelectric film are oriented in direction with respect to the surface of the substrate . a substrate ; an electrode film ; and a piezoelectric film which is comprised of alkali niobium oxide of a perovskite structure represented by a composition formula of (K 1-x Na x )NbO 3 with 0 < × < 1, characterised in that the piezoelectric film comprises crystals having a grain size with a standard deviation of 0.42 μm or less, and 80 % or more crystals in a crystal grain group comprised in the piezoelectric film are oriented in direction with respect to the surface of the substrate .