mhurhangee/ep-ind-claims huggingface dataset:
A method of assessing acute cellular rejection and/or humoral rejection in a subject, comprising: determining in vitro an antigen presenting index by comparing uptake of a donor antigen to uptake of a third-party antigen in a biological sample comprising antigen presenting cells (APCs) obtained from the subject, wherein the antigen presenting index is a measure of the uptake of the donor antigen in the APCs of the sample expressed as a ratio with uptake of the third-party antigen in the APCs of the subject, wherein uptake is the binding or internalization of antigen by the APC, wherein the antigen presenting index of greater than one predicts with a sensitivity of at least 90% and a specificity of at least 90% an increased risk of ACR and/or HR or the presence of ACR and/or HR, and wherein the APCs are B-cells. determining in vitro an antigen presenting index by comparing uptake of a donor antigen to uptake of a third-party antigen in a biological sample comprising antigen presenting cells (APCs) obtained from the subject, wherein the antigen presenting index is a measure of the uptake of the donor antigen in the APCs of the sample expressed as a ratio with uptake of the third-party antigen in the APCs of the subject, wherein uptake is the binding or internalization of antigen by the APC, wherein the antigen presenting index of greater than one predicts with a sensitivity of at least 90% and a specificity of at least 90% an increased risk of ACR and/or HR or the presence of ACR and/or HR, and wherein the APCs are B-cells.
Surveying system having a position determination unit, in particular a total station or a GNSS module, for determining a target position in a defined coordinate system, and having a mobile target unit for definition and/or position determination of target points in the coordinate system, wherein • the surveying system is adapted to capture and/or receive image data that is related to a task image, • the surveying system comprises a control unit for allowing a user to control surveying tasks of the surveying system in order to acquire surveying task data that is related to the surveying tasks and comprises spatial coordinates of at least one target point, and • the control unit comprises a processor unit for processing the surveying task data, a data storage unit for storing the surveying task data, and an electronic graphical display for displaying a visualization of the surveying task data to the user, • the data storage unit is adapted to store the image data, characterized in that • the processor unit is adapted to assign the image data to a set of surveying task data related to a surveying task, and • the control unit is adapted to visualize on the display a surveying task list comprising a multitude of surveying tasks that are selectable by a user, wherein upon a selection, surveying task data of the selected surveying task is provided to the user, and wherein each of the surveying tasks is represented by a title of the surveying task and by a visualization of a task image. • the surveying system is adapted to capture and/or receive image data that is related to a task image, • the surveying system comprises a control unit for allowing a user to control surveying tasks of the surveying system in order to acquire surveying task data that is related to the surveying tasks and comprises spatial coordinates of at least one target point, and • the control unit comprises a processor unit for processing the surveying task data, a data storage unit for storing the surveying task data, and an electronic graphical display for displaying a visualization of the surveying task data to the user, • the data storage unit is adapted to store the image data, • the processor unit is adapted to assign the image data to a set of surveying task data related to a surveying task, and • the control unit is adapted to visualize on the display a surveying task list comprising a multitude of surveying tasks that are selectable by a user, wherein upon a selection, surveying task data of the selected surveying task is provided to the user, and wherein each of the surveying tasks is represented by a title of the surveying task and by a visualization of a task image.
A computer program product comprising computer executable code that, when executing on one or more computing devices, performs the steps of: accessing a gateway through a network from an endpoint; authenticating a user of the endpoint for access to an application through the gateway based on user credentials managed by an identity management platform; receiving a first cookie at the endpoint from the gateway, the first cookie identifying a session for access to the application by the user, and the first cookie including a session time for the session; presenting the first cookie to the gateway for use of the application; receiving a second cookie from the gateway based on a silent reauthentication of the user with the identity management platform, the second cookie including an extended session time for the application greater than the session time for the first cookie, the second cookie permitting continued use of the application by the user after an expiration of the session time without requesting the user credentials from the endpoint for reauthentication of the user; and presenting the second cookie to the gateway for continued access to the application. accessing a gateway through a network from an endpoint; authenticating a user of the endpoint for access to an application through the gateway based on user credentials managed by an identity management platform; receiving a first cookie at the endpoint from the gateway, the first cookie identifying a session for access to the application by the user, and the first cookie including a session time for the session; presenting the first cookie to the gateway for use of the application; receiving a second cookie from the gateway based on a silent reauthentication of the user with the identity management platform, the second cookie including an extended session time for the application greater than the session time for the first cookie, the second cookie permitting continued use of the application by the user after an expiration of the session time without requesting the user credentials from the endpoint for reauthentication of the user; and presenting the second cookie to the gateway for continued access to the application.
A method for controlling a radio resource control connection between a base station and a user equipment, wherein a radio resource control connection between the base station and the user equipment is established for exchanging control messages between the base station and the user equipment, the control messages being required for an application running on the user equipment, the method comprising determining a first value being indicative for a mobility characteristic of the user equipment and a second value being indicative for a data traffic characteristic of the user equipment, comparing the first value and the second value, setting a release timer based on the comparison, and controlling the radio resource control connection based on the release timer, wherein the radio resource control connection will end upon expiry of the release timer.
A method operable on a mobile device that facilitates transitioning the mobile device from a first non-DRX mode to a second DRX mode, comprising: receiving signaling to facilitate selection of the first non-DRX mode or second DRX mode, wherein the signaling relates to a predetermined amount of time since a last data exchange between the mobile device and a base station; and selecting the second DRX mode based in part on a length of time since a last data exchange between the mobile device and the base station being the predetermined amount of time; and transitioning, if the second DRX mode is selected, from the first non-DRX mode to the second DRX mode. receiving signaling to facilitate selection of the first non-DRX mode or second DRX mode, wherein the signaling relates to a predetermined amount of time since a last data exchange between the mobile device and a base station; and selecting the second DRX mode based in part on a length of time since a last data exchange between the mobile device and the base station being the predetermined amount of time; and transitioning, if the second DRX mode is selected, from the first non-DRX mode to the second DRX mode.
A flexible sinker bar assembly for use in operations with a wellbore, said assembly including a flexible connector member, said flexible connector member comprising a heavy metal wire rope, said wire rope comprising a strand of helically wound wires, characterised in that the assembly has an electrically conductive wire encased in electrical insulation extending along the length of said flexible connector member, and wherein said electrically conductive wire comprises an axial core of said strand of helically wound wires.
A braking control device for a vehicle comprising: a first deceleration calculation unit (60, S23) that calculates a first estimated vehicle body deceleration by using a detection signal of a wheel speed sensor (SE2, SE3, SE4, SE5) arranged on the vehicle; a second deceleration calculation unit (60, S27) that calculates a second estimated vehicle body deceleration by using a detection signal of a vehicle body acceleration sensor arranged on the vehicle; an assist control unit (60, S101, S102, S103, S104, S105, S106, S107) that, during operation of a brake pedal of a vehicle, initiates an assist control, which assists in increasing a braking force applied to a wheel of (FR, FL, RR, RL) the vehicle, when the time elapsed from when the first estimated vehicle body deceleration has exceeded a first deceleration determination value (DV st) is less than or equal to a set initiation time determination reference value and the second estimated vehicle body deceleration exceeds a second deceleration determination value ( G st); a load acquisition unit (60, S142) that acquires a load of the vehicle; and an initiation time setting unit (60, S144) that sets the initiation time determination reference value to a larger value when the load of the vehicle is heavy than when the load is light. a first deceleration calculation unit (60, S23) that calculates a first estimated vehicle body deceleration by using a detection signal of a wheel speed sensor (SE2, SE3, SE4, SE5) arranged on the vehicle; a second deceleration calculation unit (60, S27) that calculates a second estimated vehicle body deceleration by using a detection signal of a vehicle body acceleration sensor arranged on the vehicle; an assist control unit (60, S101, S102, S103, S104, S105, S106, S107) that, during operation of a brake pedal of a vehicle, initiates an assist control, which assists in increasing a braking force applied to a wheel of (FR, FL, RR, RL) the vehicle, when the time elapsed from when the first estimated vehicle body deceleration has exceeded a first deceleration determination value (DV st) is less than or equal to a set initiation time determination reference value and the second estimated vehicle body deceleration exceeds a second deceleration determination value ( G st); a load acquisition unit (60, S142) that acquires a load of the vehicle; and an initiation time setting unit (60, S144) that sets the initiation time determination reference value to a larger value when the load of the vehicle is heavy than when the load is light.
A capacitor comprising: a first anode stack having a first number of anode foils; a second anode stack having a second number of anode foils, where the first number of anode foils is different than the second number of anode foils; a first connection member attached to the first anode stack, the first connection member having a first section extending over and confronting an edge face (2122,2132) of the first anode stack; and a second connection member attached to the second anode stack, the second connection member having a first section extending over and confronting an edge face (2122,2132,2132) of the second anode stack; wherein the first connection member and the second connection member are connected to each other and wherein the first section of the first connection member is a different size than the first section of the second connection member. a first anode stack having a first number of anode foils; a second anode stack having a second number of anode foils, where the first number of anode foils is different than the second number of anode foils; a first connection member attached to the first anode stack, the first connection member having a first section extending over and confronting an edge face (2122,2132) of the first anode stack; and a second connection member attached to the second anode stack, the second connection member having a first section extending over and confronting an edge face (2122,2132,2132) of the second anode stack; wherein the first connection member and the second connection member are connected to each other and wherein the first section of the first connection member is a different size than the first section of the second connection member.
A tire having a circumferential tire tread and an underlying and supporting carcass comprising at least one uncured cord reinforced rubber ply extending from spaced apart tire beads through the crown of the tire and a preferably pre-formed laminated tire innerliner, wherein said laminated tire innerliner comprises an alloy film cohesively bonded to said uncured cord reinforced rubber ply, wherein both sides of said alloy film contain an adhesive coating (5A, 5B), wherein said alloy film is cohesively bonded to said uncured cord reinforced rubber ply by said coating (5A, 5B) on said alloy film, the coating being adjacent to the uncured cord reinforced rubber ply, wherein the alloy film comprises at least 50 percent by weight of a thermoplastic polymer comprising at least one of nylon or polyester terephthalate and a second or minor portion of at least one of: a dispersion of elastomer domains comprising at least one diene-based elastomer, and a polymer comprising at least one of polyalkylene glycol, polyoxyalkylene diamine and copolymers thereof; and wherein the laminated tire innerliner is a circumferential innerlayer of the tire having its ends joined together in an overlapped configuration to thereby form a cohesively bonded splice; characterized in that the adhesive coating (5A, 5B) is a RFL adhesive coating (5A, 5B) and the cohesively bonded splice is a RFL cohesively bonded splice; and in that the splice of the RFL coated overlapped ends of the laminate is reinforced by a rubber strip positioned over a spliced end of said laminate at said splice and extending over and RFL cohesively bonded to surfaces of the laminate adjoining the spliced end. a dispersion of elastomer domains comprising at least one diene-based elastomer, and a polymer comprising at least one of polyalkylene glycol, polyoxyalkylene diamine and copolymers thereof; and wherein
A swash plate type compressor comprising a swash plate rotating around a rotating shaft; a piston which advances and retreats with the rotation of the swash plate and is formed with a hemispherical concave sliding surface; and a shoe formed with a flat end surface part being in sliding contact with the swash plate and a spherical surface part being in sliding contact with the sliding surface of the piston, characterised in that a cylindrical part is formed between the spherical surface part and the end surface part of the shoe, and the shoe is formed with a flange part which projects to the outside in the radial direction from the cylindrical part in the boundary portion between the cylindrical part and the end surface part and is in sliding contact with the swash plate; and the flange part is located on the inside of an imaginary spherical surface including the hemispherical concave sliding surface of the piston, and the diameter of the cylindrical part is smaller than the diameter of the opening of the sliding surface of the piston.
Nuclear fuel bottle recovery system (10, 50), comprising • a floating platform that can float in water, • a winching device connected to the floating platform, • a carrying frame (12, 52, 80) that can be winched vertically down and up by the winching device, • the carrying frame (12, 52, 80) is suitable for being set down and positioned on a storage container (14, 54, 86) for storing nuclear fuel bottles (16, 26, 56, 88), • the carrying frame (12, 52, 80) has a displaceable gripping device (18, 58) for selectively handling nuclear fuel bottles (16, 26, 56, 88) located in the storage container (14, 54, 86), characterized • in that the displaceable gripping device (18, 58) is suitable for transporting a nuclear fuel bottle (16, 26, 56, 88) gripped from the storage container (14, 54, 86) into a separating space of the carrying frame (12, 52, 80), • in that the carrying frame (12, 52, 80) has a separating device for opening a nuclear fuel bottle (16, 26, 56, 88) located in the separating space. • a floating platform that can float in water, • a winching device connected to the floating platform, • a carrying frame (12, 52, 80) that can be winched vertically down and up by the winching device, • the carrying frame (12, 52, 80) is suitable for being set down and positioned on a storage container (14, 54, 86) for storing nuclear fuel bottles (16, 26, 56, 88), • the carrying frame (12, 52, 80) has a displaceable gripping device (18, 58) for selectively handling nuclear fuel bottles (16, 26, 56, 88) located in the storage container (14, 54, 86), • in that the displaceable gripping device (18, 58) is suitable for transporting a nuclear fuel bottle (16, 26, 56, 88) gripped from the storage container (14, 54, 86) into a separating space of the carrying frame (12, 52, 80), • in that the carrying frame (12, 52, 80) has a separating device for opening a nuclear fuel bottle (16, 26, 56, 88) located in the separating space.
A method for separating ionic species from an analyte solution to form a fractionated sample, the method comprising: contacting the analyte solution with an ion-exchanger that is selectively permeable to ionic species of either a positive or negative charge, contacting an opposing side of the ion-exchanger with a draw solution, wherein the draw solution comprises adsorber particles dispersed in a liquid carrier, wherein the adsorber particles are magnetic particles, establishing a concentration gradient across the ion-exchanger to allow at least some ionic species from the analyte solution to permeate through the ion-exchanger to the draw solution, adsorbing ionic species that permeate from the analyte solution onto the adsorber particles, separating adsorber particles having the ionic species adsorbed thereto from at least part of the draw solution, and eluting the ionic species from the separated adsorber particles to form a fractionated analyte sample comprising eluted ionic species. contacting the analyte solution with an ion-exchanger that is selectively permeable to ionic species of either a positive or negative charge, contacting an opposing side of the ion-exchanger with a draw solution, wherein the draw solution comprises adsorber particles dispersed in a liquid carrier, wherein the adsorber particles are magnetic particles, establishing a concentration gradient across the ion-exchanger to allow at least some ionic species from the analyte solution to permeate through the ion-exchanger to the draw solution, adsorbing ionic species that permeate from the analyte solution onto the adsorber particles, separating adsorber particles having the ionic species adsorbed thereto from at least part of the draw solution, and eluting the ionic species from the separated adsorber particles to form a fractionated analyte sample comprising eluted ionic species.
A valve main unit which includes a channel for hydrogen gas and which is adapted to receive a high pressure valve wherein: an internal surface of the channel is constituted by an oxidation layer formed by performing anodizing on an aluminum-based alloy in an electrolytic solution; an external surface of the valve main unit has an opening communicating with the channel; and the external surface is also constituted by the oxidation layer formed by performing the anodizing, characterized in that the oxidation layer at the external surface is formed with a thickness in a range of 1 to 8 μm. an internal surface of the channel is constituted by an oxidation layer formed by performing anodizing on an aluminum-based alloy in an electrolytic solution; an external surface of the valve main unit has an opening communicating with the channel; and the external surface is also constituted by the oxidation layer formed by performing the anodizing, characterized in that the oxidation layer at the external surface is formed with a thickness in a range of 1 to 8 μm.
A method of preparing an adhesive comprising: providing a hot melt mixing apparatus; providing a hot melt processable elastomeric (meth)acrylate random copolymer contained within a thermoplastic pouch; providing greater than 50 parts by weight per 100 parts by weight of hot melt processable elastomeric (meth)acrylate random copolymer of at least one tackifying resin; mixing the hot melt processable elastomeric (meth)acrylate random copolymer contained within a thermoplastic pouch and the tackifying resin in the hot melt mixing apparatus to form a hot melt blend; and removing the hot melt blend from the hot melt mixing apparatus to form a hot melt processable pressure sensitive adhesive; wherein the hot melt processable elastomeric (meth)acrylate random copolymer does not include a chain transfer agent; wherein the hot melt processable elastomeric (meth)-acrylate random copolymer comprises a copolymer of (i) 90-95 parts by weight of an acrylate monomer selected from isooctyl acrylate, 2-ethyl-hexyl acrylate, or butyl acrylate and (ii) 5-10 parts by weight of acrylic acid or N,N-dimethylacrylamide; wherein the hot melt processable elastomeric (meth)acrylate random copolymer further comprises a photosensitive crosslinking agent and wherein the method further comprises crosslinking the adhesive. providing a hot melt mixing apparatus; providing a hot melt processable elastomeric (meth)acrylate random copolymer contained within a thermoplastic pouch; providing greater than 50 parts by weight per 100 parts by weight of hot melt processable elastomeric (meth)acrylate random copolymer of at least one tackifying resin; mixing the hot melt processable elastomeric (meth)acrylate random copolymer contained within a thermoplastic pouch and the tackifying resin in the hot melt mixing apparatus to form a hot melt blend; and removing the hot melt blend from the hot melt mixing apparatus to form a hot melt processable pressure sensitive adhesive; wherein the hot melt processable elastomeric (meth)acrylate random copolymer does not include a chain transfer agent; wherein the hot melt processable elastomeric (meth)-acrylate random copolymer comprises a copolymer of (i) 90-95 parts by weight of an acrylate monomer selected from isooctyl acrylate, 2-ethyl-hexyl acrylate, or butyl acrylate and (ii) 5-10 parts by weight of acrylic acid or N,N-dimethylacrylamide; wherein the hot melt processable elastomeric (meth)acrylate random copolymer further comprises a photosensitive crosslinking agent and wherein the method further comprises crosslinking the adhesive.