mhurhangee/patent-ind-claim-en huggingface dataset:
A seal structure for a fuel cell in which a plurality of cells are stacked, each cell including an electrolyte , a fuel electrode , an air electrode and a support member , characterized in that the support member includes a support portion that supports an electric power generation portion of the cell and a seal portion that is located outside the electric power generation portion and seals between cells adjacent to each other, the seal structure comprising: an outer-side wall portion and an inner-side wall portion that are located between seal portions adjacent to each other, the outer-side wall portion being located on a side of an outer circumference of one of the seal portions and protruded from the one of the seal portions toward another of the seal portions , and the inner-side wall portion being located on the other of the seal portions and on a side closer to the electric power generation portion than the outer-side wall portion and protruded from the other of the seal portions toward the one of the seal portions ; an elastic member (33, 33A-33D) that is provided between the outer-side wall portion and the inner-side wall portion , and presses the both wall portions in directions as being distanced away from each other; and a seal member that is provided between at least one of the outer-side wall portion and the inner-side wall portion and the elastic member (33, 33A-33D). an outer-side wall portion and an inner-side wall portion that are located between seal portions adjacent to each other, the outer-side wall portion being located on a side of an outer circumference of one of the seal portions and protruded from the one of the seal portions toward another of the seal portions , and the inner-side wall portion being located on the other of the seal portions and on a side closer to the electric power generation portion than the outer-side wall portion and protruded from the other of the seal portions toward the one of the seal portions ; an elastic member (33, 33A-33D) that is provided between the outer-side wall portion and the inner-side wall portion , and presses the both wall portions in directions as being distanced away from each other; and a seal member that is provided between at least one of the outer-side wall portion and the inner-side wall portion and the elastic member (33, 33A-33D).
An illumination device for a motor vehicle, comprising a light source formed from a number of semiconductor diodes which produce light in a first predetermined wavelength range, and also a conversion layer onto which a light beam (L) produced from the light of the light source falls and by which the light beam (L) is changed into a converted light beam in that the light of the light beam (L) is converted by way of a conversion material into a second predetermined wavelength range, wherein the illumination device is configured such that a predetermined light distribution is generated at a distance from the illumination device from the converted light beam, wherein in at least a partial region of the surface of the conversion layer a structure comprising one or more walls with a predetermined depth is provided in the direction of the thickness of the conversion layer , wherein the structure is a grid structure formed of reflective grid walls and/or light-absorbing grid walls, wherein a multiplicity of surface segments which adjoin one another is formed by the grid structure which in each case contain conversion material and are delimited by grid walls, characterised in that a horizontally-running straight boundary line and an obliquely-running straight boundary line adjoining it are formed by grid walls of a plurality of surface segments which adjoin one another, which boundary lines represent a light/dark boundary in the predetermined light distribution.
A power electronics module comprising a first semiconductor device (S1, D1) and a second semiconductor device (S2, D2), wherein the module is configured to operate such that, in response to a control signal, a current flowing through one of the semiconductor devices commutates to flow through the other semiconductor device, wherein the power electronics module further comprises a lead frame in which a chip of the first semiconductor device is embedded, a first PCB mounted on top of the lead frame and the chip of the first semiconductor device, and a support frame mounted on top of the first PCB , wherein a chip of the second semiconductor device is embedded in the support frame , and wherein the chips of the first semiconductor device (S1, D1) and the second semiconductor device (S2, D2) are positioned on top of each other, the first PCB comprises a first electrically conducting path between the chips of the first semiconductor device (S1, D1) and the second semiconductor device (S2, D2), wherein the power electronics module further comprises a second PCB formed on top of the support frame , wherein the second PCB provides an electrical connection between a top surface of the second PCB and the chip of the second semiconductor device (S2 D2) on a bottom side of the second PCB.
A cartridge for performing sample analysis comprising a plurality of compartments wherein a first compartment comprises at least one reaction chamber for holding the sample and having attached to at least a part of its surface a capture reagent; a second compartment comprises at least one receptacle for housing at least one reagent wherein said reagent is in fluid communication with said first compartment; and a third compartment , integral with said first or second compartment or separate therefrom, comprises an extraction device in fluid and/or operable communication with said reaction chamber for removing reagent and/or unreacted products from said reaction chamber characterised in that said extraction device comprises wicking or absorbent material mounted on a movable member and is movable with respect to said member so that said material can be advanced and/or retracted into said reaction chamber. a first compartment comprises at least one reaction chamber for holding the sample and having attached to at least a part of its surface a capture reagent; a second compartment comprises at least one receptacle for housing at least one reagent wherein said reagent is in fluid communication with said first compartment; and a third compartment , integral with said first or second compartment or separate therefrom, comprises an extraction device in fluid and/or operable communication with said reaction chamber for removing reagent and/or unreacted products from said reaction chamber characterised in that said extraction device comprises wicking or absorbent material mounted on a movable member and is movable with respect to said member so that said material can be advanced and/or retracted into said reaction chamber.
An oxide superconducting wire comprising: a superconductor laminate including an oxide superconducting layer , directly or indirectly, on at least one surface of a base material ; and a plating layer which is included in a stabilizing layer of the superconductor laminate and formed by plating, wherein a surface roughness Ra of the plating layer is 1.0 μm or more and 2.0 μm or less, the oxide superconducting wire characterized in that ; an average crystal grain size of the plating layer is 0.86 μm or more and 3.05 μm or less, and an average crystal grain size of the plating layer is less on a side close to an inner surface that is adjacent to the superconductor laminate than an average crystal grain size of the plating layer on a side close to an outer surface that is apart from the superconductor laminate . a superconductor laminate including an oxide superconducting layer , directly or indirectly, on at least one surface of a base material ; and a plating layer which is included in a stabilizing layer of the superconductor laminate and formed by plating, wherein a surface roughness Ra of the plating layer is 1.0 μm or more and 2.0 μm or less, the oxide superconducting wire characterized in that ; an average crystal grain size of the plating layer is 0.86 μm or more and 3.05 μm or less, and an average crystal grain size of the plating layer is less on a side close to an inner surface that is adjacent to the superconductor laminate than an average crystal grain size of the plating layer on a side close to an outer surface that is apart from the superconductor laminate .
A multi-party privacy-preserving machine learning system comprising: a trusted execution environment comprising at least one protected memory region; a code loader which is configured to load machine learning code, received from at least one of the parties, into the protected memory region; and a data uploader which is configured to upload confidential data, received from at least one of the parties, to the protected memory region; where the trusted execution environment is configured to execute the machine learning code using a data-oblivious procedure to process the confidential data and return the result to at least one of the parties, where a data-oblivious procedure is a process where any patterns of memory accesses, patterns of disk accesses and patterns of network accesses are such that the confidential data cannot be predicted from the patterns; wherein the trusted execution environment is configured to implement the data-oblivious procedure using oblivious random access memory to access the confidential data, and wherein the machine learning code is adapted to use the oblivious random access memory; or wherein the trusted execution environment is configured to implement the data-oblivious procedure using combinations of one or more data oblivious primitives, wherein a data-oblivious primitive is an operation with no data-dependent branches and which does not reveal which input is used to produce its output. a trusted execution environment comprising at least one protected memory region; a code loader which is configured to load machine learning code, received from at least one of the parties, into the protected memory region; and a data uploader which is configured to upload confidential data, received from at least one of the parties, to the protected memory region; where the trusted execution environment is configured to execute the machine learning code using a data-oblivious procedure to process the confidential data and return the result to at least one of the parties, where a data-oblivious procedure is a process where any patterns of memory accesses, patterns of disk accesses and patterns of network accesses are such that the confidential data cannot be predicted from the patterns; wherein the trusted execution environment is configured to implement the data-oblivious procedure using oblivious random access memory to access the confidential data, and wherein the machine learning code is adapted to use the oblivious random access memory; or wherein the trusted execution environment is configured to implement the data-oblivious procedure using combinations of one or more data oblivious primitives, wherein a data-oblivious primitive is an operation with no data-dependent branches and which does not reveal which input is used to produce its output.
A powered fastener driving tool comprising: (a) a housing ; (b) a spring/gas chamber in the housing and configured to contain pressurized gas; (c) a dual compression/combustion chamber in the housing and configured to contain a fuel/gas mixture; (d) a gas communication channel in the housing fluidly connecting the spring/gas chamber and the dual compression/combustion chamber, wherein the communication channel is configured to contain pressurized gas moving from the spring/gas chamber to the dual compression/combustion chamber when the piston moves from a firing position to a resting position, the pressurized gas increasing the pressure in the dual compression/combustion chamber to reduce recoil of the piston.; (e) a piston movable in the housing such that pressurized gas in the spring/gas chamber causes the piston to move in the housing to compress the fuel/gas mixture in the dual compression/combustion chamber; and (f) a driving blade connected to the piston such that the combustion of the compressed fuel/gas mixture causes the piston to move in the housing to cause the driving blade to drive a fastener. (a) a housing ; (b) a spring/gas chamber in the housing and configured to contain pressurized gas; (c) a dual compression/combustion chamber in the housing and configured to contain a fuel/gas mixture; (d) a gas communication channel in the housing fluidly connecting the spring/gas chamber and the dual compression/combustion chamber, wherein the communication channel is configured to contain pressurized gas moving from the spring/gas chamber to the dual compression/combustion chamber when the piston moves from a firing position to a resting position, the pressurized gas increasing the pressure in the dual compression/combustion chamber to reduce recoil of the piston.; (e) a piston movable in the housing such that pressurized gas in the spring/gas chamber causes the piston to move in the housing to compress the fuel/gas mixture in the dual compression/combustion chamber; and (f) a driving blade connected to the piston such that the combustion of the compressed fuel/gas mixture causes the piston to move in the housing to cause the driving blade to drive a fastener.
A thermal interface material for forming a layer conformable between a first heat transfer surface and an opposing second heat transfer surface to provide a thermal pathway therebetween, the compound comprising: a matrix material composing 10 wt. % or less of the thermal interface material; and a filler dispersed in the matrix material composing at least 80 wt. % of the thermal interface material, the filler comprising: particles of a first material having a nominal dimension in a range from 1 micron to 100 microns, the first material composing at least 40 wt. % of the thermal interface material; and diamond particles having a nominal dimension of 1,000 nm or less, the diamond particles composing 0.5 wt. % to 5 wt. % of the thermal interface material. a matrix material composing 10 wt. % or less of the thermal interface material; and a filler dispersed in the matrix material composing at least 80 wt. % of the thermal interface material, the filler comprising: particles of a first material having a nominal dimension in a range from 1 micron to 100 microns, the first material composing at least 40 wt. % of the thermal interface material; and diamond particles having a nominal dimension of 1,000 nm or less, the diamond particles composing 0.5 wt. % to 5 wt. % of the thermal interface material. particles of a first material having a nominal dimension in a range from 1 micron to 100 microns, the first material composing at least 40 wt. % of the thermal interface material; and diamond particles having a nominal dimension of 1,000 nm or less, the diamond particles composing 0.5 wt. % to 5 wt. % of the thermal interface material.
Body structure for a passenger car having a body shell , with two side members spaced from each other in the transverse direction of the vehicle and with at least one bending crossmember device , which adjoins the side members in the longitudinal direction of the vehicle, is part of a bumper assembly and comprises a first bending crossmember and energy absorption elements , which are mounted on the side members and by way of which the first bending crossmember is joined to the respective side member , wherein there is provided a support structure located between the side members and - viewed in the vertical direction of the vehicle - at the level of the side members , wherein the support structure has a second bending crossmember , which is at least indirectly joined to the side members and has a convex curvature towards the outside of the vehicle in the direction towards the first bending crossmember in a top view of the body structure , characterised in that the support structure has a load divider located between the first bending crossmember and the second bending crossmember in the longitudinal direction of the vehicle and extending in the transverse direction of the vehicle.
A surgical apparatus, comprising: an end effector configured to interact with a tissue during a plurality of zones of operation of the surgical apparatus, wherein the plurality of zones of operation include a tissue clamping zone of operation and a tissue stapling and cutting zone of operation; at least one drive mechanism operable to effect at least one motion in the end effector during each of the zones of operation; and one or more vibration sensors configured to record vibrations generated by the at least one drive mechanism during the zones of operation, wherein the one or more vibration sensors are configured to generate an output signal based on the sensed vibrations, and wherein the surgical apparatus comprises a processor , characterized in that the processor is configured to process the output signal to determine a status of the surgical apparatus based on predetermined threshold values that are unique to each of the zones of operation. an end effector configured to interact with a tissue during a plurality of zones of operation of the surgical apparatus, wherein the plurality of zones of operation include a tissue clamping zone of operation and a tissue stapling and cutting zone of operation; at least one drive mechanism operable to effect at least one motion in the end effector during each of the zones of operation; and one or more vibration sensors configured to record vibrations generated by the at least one drive mechanism during the zones of operation, wherein the one or more vibration sensors are configured to generate an output signal based on the sensed vibrations, and wherein the surgical apparatus comprises a processor , characterized in that the processor is configured to process the output signal to determine a status of the surgical apparatus based on predetermined threshold values that are unique to each of the zones of operation.
An articulated energy chain or cable sheath , comprising at least one or more chain links adapted to be hooked together, said chain links forming a chain or cable sheath articulated on more axes, said at least one chain link comprises at least two chain link sides, said chain link sides being at least two substantially semicircular crowns (30,30'..), from each of said substantially semicircular crowns extends at least one radial element forming with a second radial element a housing adapted to house at least a part of a first joint and of a second joint housed in said first joint , said joints (2,2'/22,22') forming a spherical coupling (C) rotatably movable housed in said housing , said chain comprising at least two of said substantially semicircular crowns , said chain being totally openable on each side, characterized in that said semicircular crowns being suitable to act as semicircular lids for said chain link and being openable singularly or jointly between them and comprising at least one twist lock placed on the outer side of one or more semicircular elements (30,30',30"), is realized on a smaller diameter area of said semicircular crown (30,30'...) and is adapted to lodge in a slot formed in a semicircular crown area of larger diameter (30'a) of said semicircular crown (30,30', 30"), said slot follows the semicircular profile of the crown and delimits the area of movement of the twist lock therein housed when the chain links (30,30',30"..) are assembled together closed.
An information processing method, applied to a terminal and comprising: determining (S110) application information of a target application and terminal information of the terminal, wherein the target application is an application requiring use of a network slice for data transmission, and the terminal information is able to reflect a terminal capability of the terminal; sending (S120) request information to a server according to the application information and the terminal information; receiving (S130) slice information returned by the server based on the request information, wherein a network slice indicated by the slice information is matched with the target application and the terminal capability; and transmitting (S140) data of the target application based on the network slice indicated by the slice information, characterized by sending (S120) the request information to the server according to the application information and the terminal information comprises: encrypting (S121) the terminal information to obtain a ciphertext of the terminal information; generating (S122) a request identifier, ID, the request ID comprising a plaintext of the application information and the ciphertext of the terminal information; and sending (S123) the request information carrying the request ID to the server. determining (S110) application information of a target application and terminal information of the terminal, wherein the target application is an application requiring use of a network slice for data transmission, and the terminal information is able to reflect a terminal capability of the terminal; sending (S120) request information to a server according to the application information and the terminal information; receiving (S130) slice information returned by the server based on the request information, wherein a network slice indicated by the slice information is matched with the target application and the terminal capability; and transmitting (S140) data of the target application based on the network slice indicated by the slice information, characterized by sending (S120) the request information to the server according to the application information and the terminal information comprises: encrypting (S121) the terminal information to obtain a ciphertext of the terminal information; generating (S122) a request identifier, ID, the request ID comprising a plaintext of the application information and the ciphertext of the terminal information; and sending (S123) the request information carrying the request ID to the server. encrypting (S121) the terminal information to obtain a ciphertext of the terminal information; generating (S122) a request identifier, ID, the request ID comprising a plaintext of the application information and the ciphertext of the terminal information; and sending (S123) the request information carrying the request ID to the server.
Use of a salt selected from the group consisting of: (R)-3-(4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1 H-pyrazol-1-yl)-3-cyclopentylpropanenitrile phosphoric acid salt; (R)-3-(4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1 H-pyrazol-1-yl)-3-cyclopentylpropanenitrile sulfuric acid salt; and (R)-3-(4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1 H-pyrazol-1-yl)-3-cyclopentylpropanenitrile maleic acid salt, for the preparation of a medicament for the treatment of allograft rejection or graft versus host disease.