mhurhangee/patent-ind-claim-en huggingface dataset:
A system for ablation planning, the system comprising: a display ; and a processor configured to: compute multiple forecasted local activation times (LATs) at different respective locations on cardiac tissue of a subject, by simulating a propagation of a physiological activation potential along the cardiac tissue with a particular portion of the cardiac tissue, which is currently conductive, being non-conductive, based on the forecasted LATs, generate a forecasted electroanatomical map representing a forecasted state of the cardiac tissue following an ablation of the particular portion of the cardiac tissue, and display the forecasted electroanatomical map on the display, wherein the processor is configured to simulate the propagation of the activation potential by evolving a cellular automata model, which represents the cardiac tissue, over multiple iterations, wherein cells of the cellular automata model have conduction velocities based on conduction velocities computed during generation of a current electroanatomical map, and wherein the processor is configured to compute the forecasted LATs in response to identifying respective ones of the iterations during which cells of the model are first active. a display ; and a processor configured to: compute multiple forecasted local activation times (LATs) at different respective locations on cardiac tissue of a subject, by simulating a propagation of a physiological activation potential along the cardiac tissue with a particular portion of the cardiac tissue, which is currently conductive, being non-conductive, based on the forecasted LATs, generate a forecasted electroanatomical map representing a forecasted state of the cardiac tissue following an ablation of the particular portion of the cardiac tissue, and display the forecasted electroanatomical map on the display, compute multiple forecasted local activation times (LATs) at different respective locations on cardiac tissue of a subject, by simulating a propagation of a physiological activation potential along the cardiac tissue with a particular portion of the cardiac tissue, which is currently conductive, being non-conductive, based on the forecasted LATs, generate a forecasted electroanatomical map representing a forecasted state of the cardiac tissue following an ablation of the particular portion of the cardiac tissue, and display the forecasted electroanatomical map on the display, wherein the processor is configured to simulate the propagation of the activation potential by evolving a cellular automata model, which represents the cardiac tissue, over multiple iterations, wherein cells of the cellular automata model have conduction velocities based on conduction velocities computed during generation of a current electroanatomical map, and wherein the processor is configured to compute the forecasted LATs in response to identifying respective ones of the iterations during which cells of the model are first active.
A computer-implemented method which, when executed by one or more computer systems of a service provider, comprises: receiving, from a requestor corresponding to a customer of the service provider, a request whose fulfillment involves performance of one or more cryptographic operations comprising encryption operations on data provided with the request and use of a cryptographic key that is encrypted by another key and supplied in the request, the service provider lacking access to the cryptographic key for an amount of time until receipt of the request; causing the request to be fulfilled by using the supplied cryptographic key as part of performing the one or more cryptographic operations on the specified data; wherein performing the one or more cryptographic operations includes causing the cryptographic key supplied in the request to be decrypted wherein causing the cryptographic key supplied in the request to be decrypted includes transmitting the cryptographic key to an entity for decryption; and using the decrypted supplied cryptographic key to perform the one or more cryptographic operations; providing a result of performing the one or more cryptographic operations to a data storage system; and at a time after performing the one or more cryptographic operations, performing one or more operations that cause the service provider to lose access to the cryptographic key. receiving, from a requestor corresponding to a customer of the service provider, a request whose fulfillment involves performance of one or more cryptographic operations comprising encryption operations on data provided with the request and use of a cryptographic key that is encrypted by another key and supplied in the request, the service provider lacking access to the cryptographic key for an amount of time until receipt of the request; causing the request to be fulfilled by using the supplied cryptographic key as part of performing the one or more cryptographic operations on the specified data; wherein performing the one or more cryptographic operations includes causing the cryptographic key supplied in the request to be decrypted wherein causing the cryptographic key supplied in the request to be decrypted includes transmitting the cryptographic key to an entity for decryption; and using the decrypted supplied cryptographic key to perform the one or more cryptographic operations; performing the one or more cryptographic operations includes causing the cryptographic key supplied in the request to be decrypted wherein causing the cryptographic key supplied in the request to be decrypted includes transmitting the cryptographic key to an entity for decryption; and using the decrypted supplied cryptographic key to perform the one or more cryptographic operations; providing a result of performing the one or more cryptographic operations to a data storage system; and at a time after performing the one or more cryptographic operations, performing one or more operations that cause the service provider to lose access to the cryptographic key.
A mobile terminal , comprising: a display screen , a rear housing and a camera device , the camera device comprising a bracket and a camera unit , the bracket comprising: a frame body , defining a receiving space for accommodating at least part of the camera unit ; and at least one fixing portion , disposed on a side of the frame body facing away from the receiving space ; the mobile terminal being characterized in that : the mobile terminal further comprises a mounting member and a printed circuit board , the mounting member is disposed between the display screen and the rear housing ; the mounting member defines a mounting hole , the bracket is partially received in the mounting hole , thereby a preset gap is defined between the camera unit and the display screen ; the printed circuit board is mounted on the mounting member and pressed against the fixing portion of the bracket ; the camera device is connected to the mounting member by the at least one fixing portion . a frame body , defining a receiving space for accommodating at least part of the camera unit ; and at least one fixing portion , disposed on a side of the frame body facing away from the receiving space ; the mobile terminal being characterized in that : the mobile terminal further comprises a mounting member and a printed circuit board , the mounting member is disposed between the display screen and the rear housing ; the mounting member defines a mounting hole , the bracket is partially received in the mounting hole , thereby a preset gap is defined between the camera unit and the display screen ; the printed circuit board is mounted on the mounting member and pressed against the fixing portion of the bracket ; the camera device is connected to the mounting member by the at least one fixing portion . the mobile terminal further comprises a mounting member and a printed circuit board , the mounting member is disposed between the display screen and the rear housing ; the mounting member defines a mounting hole , the bracket is partially received in the mounting hole , thereby a preset gap is defined between the camera unit and the display screen ; the printed circuit board is mounted on the mounting member and pressed against the fixing portion of the bracket ; the camera device is connected to the mounting member by the at least one fixing portion .
A wireless communication transceiver comprising circuitry configured to send or receive, via a wireless link , an indicator indicating a Non-Uniform Constellation pattern, NUC, out of a plurality of Non-Uniform Constellation patterns, wherein the indicator is contained in a Downlink Control Information , or wherein the indicator is contained in an Uplink Control Information, or wherein the indicator is included in a Channel State Information, and wherein the indicator is an index to an entry of a reference lookup table, the reference lookup table providing Non-Uniform Constellation patterns for respective indices, and characterized in that , the reference lookup table provides a first set of Non-Uniform Constellation patterns for a New Data Indicator being set and a second set of Non-Uniform Constellation patterns for the New Data Indicator being not set.
A method for encoding a user data signal, the method comprising: receiving in an encoder a user data signal; encoding , by the encoder, the user data signal at least to two separate payloads, so that a first payload provides a basic quality, which is supported by legacy user apparatuses, and a second payload provides a higher quality, which is not supported by the legacy user apparatuses; characterized by providing end-to-end encryption between an apparatus comprising the encoder and one or more recipients by encrypting the first payload by a first encryption unit in the encoder and the second payload by a second encryption unit in the encoder; forming, by the encoder, from the at least two encrypted separate payloads a user data set (206e-s, 207e-s, 310, 406e-s, 407e-sm 506e-s, 507e-s, 606, 607, 710) representing the received user data signal; and sending the user data set towards the one or more recipients. receiving in an encoder a user data signal; encoding , by the encoder, the user data signal at least to two separate payloads, so that a first payload provides a basic quality, which is supported by legacy user apparatuses, and a second payload provides a higher quality, which is not supported by the legacy user apparatuses; characterized by providing end-to-end encryption between an apparatus comprising the encoder and one or more recipients by encrypting the first payload by a first encryption unit in the encoder and the second payload by a second encryption unit in the encoder; forming, by the encoder, from the at least two encrypted separate payloads a user data set (206e-s, 207e-s, 310, 406e-s, 407e-sm 506e-s, 507e-s, 606, 607, 710) representing the received user data signal; and sending the user data set towards the one or more recipients.
Device for handling bulk containers , having a steel frame design comprising steel beams which are welded to one another and a rectangular upper steel frame, wherein the steel frame construction can be connected to a load handling means of a container conveying device and to which a device for receiving the container is arranged which allows emptying of the container by rotation, wherein the upper steel frame is welded to a further, likewise rectangular, steel frame which is arranged perpendicular to the upper steel frame and on which a rotating device for turning a carrying device is arranged, characterized in that the carrying device has two fork tines running parallel with one another which can be inserted into fork pockets in the container .
A weapon system for use on a vehicle , the weapon system comprising: a control system configured to, in response to a determination that a line-of-sight from the weapon system to a target of the weapon system is currently, or going to be obscured, trigger an alteration of a configuration of the vehicle such that the line-of-sight to the target is not obscured, characterised in that the weapon system further comprises: a directed-energy weapon configured to output an energy beam at the target; wherein the directed-energy weapon comprises two or more apertures for outputting an energy beam; and wherein the control system is further configured to control the directed-energy weapon to employ one of the apertures, based on a probability of successfully engaging the target. characterised in that the weapon system further comprises: a directed-energy weapon configured to output an energy beam at the target; wherein the directed-energy weapon comprises two or more apertures for outputting an energy beam; and wherein the control system is further configured to control the directed-energy weapon to employ one of the apertures, based on a probability of successfully engaging the target.
An additively manufactured component for a landing gear assembly, the additively manufactured component comprising: a first lug defining a first pin orifice ; and a first lubrication channel extending through the first lug, the first lubrication channel comprising an inlet and an outlet , wherein the outlet is located at the first pin orifice, and wherein a center axis of a first portion of the first lubrication channel is oriented at a first angle relative to a center axis of a second portion of the first lubrication channel, wherein the first angle is less than 180°. a first lug defining a first pin orifice ; and a first lubrication channel extending through the first lug, the first lubrication channel comprising an inlet and an outlet , wherein the outlet is located at the first pin orifice, and wherein a center axis of a first portion of the first lubrication channel is oriented at a first angle relative to a center axis of a second portion of the first lubrication channel, wherein the first angle is less than 180°.
Composition comprising a blend of fluorinated electroactive polymers, said blend being composed of: a) at least one fluorinated terpolymer of formula P(VDF-X-Y) comprising units derived from vinylidene fluoride (VDF), units derived from a monomer X chosen from trifluoroethylene (TrFE), tetrafluoroethylene, chlorotrifluoroethylene (CTFE), vinyl fluoride, 1,1-chlorofluoroethylene, hexafluoropropene, 3,3,3-trifluoropropene, 1,3,3,3-tetrafluoropropene, 2,3,3,3-tetrafluoropropene, 1-chloro-3,3,3-trifluoropropene and 2-chloro-3,3,3-trifluoropropene, and a third monomer Y, b) and of at least one copolymer of formula P(VDF-TrFE) comprising units derived from vinylidene fluoride and units derived from trifluoroethylene, the proportion of units derived from trifluoroethylene being greater than 45 mol% relative to the sum of the units derived from vinylidene fluoride and trifluoroethylene. a) at least one fluorinated terpolymer of formula P(VDF-X-Y) comprising units derived from vinylidene fluoride (VDF), units derived from a monomer X chosen from trifluoroethylene (TrFE), tetrafluoroethylene, chlorotrifluoroethylene (CTFE), vinyl fluoride, 1,1-chlorofluoroethylene, hexafluoropropene, 3,3,3-trifluoropropene, 1,3,3,3-tetrafluoropropene, 2,3,3,3-tetrafluoropropene, 1-chloro-3,3,3-trifluoropropene and 2-chloro-3,3,3-trifluoropropene, and a third monomer Y, b) and of at least one copolymer of formula P(VDF-TrFE) comprising units derived from vinylidene fluoride and units derived from trifluoroethylene, the proportion of units derived from trifluoroethylene being greater than 45 mol% relative to the sum of the units derived from vinylidene fluoride and trifluoroethylene.
Partially cogenerative organic Rankine cycle plant suitable for a heat user and comprising a primary heat source and, along a main path in which a main flow of organic working fluid flows: - an evaporator where the organic working fluid under pressure is heated, vaporized and eventually superheated or brought to supercritical conditions using the heat of a main flow of the primary heat source which flows along a path of the primary heat source, - at least one turbine where the organic working fluid is expanded, - a first condenser which returns to the liquid phase a main vapor flow of the organic working fluid which has fully completed the expansion phase - a first supply pump which pressurizes said main flow of organic working fluid; - at least one preheater , which supplies heat to the organic working fluid bringing it to a temperature close to the evaporation one, said partially cogenerative organic Rankine cycle plant being characterized by at least two heat exchangers enslaved to the heat user, said two heat exchangers being placed in series along a path of the heat user and in which: - a first heat exchanger is a further condenser fed by a partial flow of organic working fluid, in the vapor phase extracted from an intermediate stage of the expansion phase, and - a second heat exchanger is fed by a partial flow of the primary heat source. - an evaporator where the organic working fluid under pressure is heated, vaporized and eventually superheated or brought to supercritical conditions using the heat of a main flow of the primary heat source which flows along a path of the primary heat source, - at least one turbine where the organic working fluid is expanded, - a first condenser which returns to the liquid phase a main vapor flow of the organic working fluid which has fully completed the expansion phase - a first supply pump which pressurizes said main flow of organic working fluid; - at least one preheater , which supplies heat to the organic working fluid bringing it to a temperature close to the evaporation one, - a first heat exchanger is a further condenser fed by a partial flow of organic working fluid, in the vapor phase extracted from an intermediate stage of the expansion phase, and - a second heat exchanger is fed by a partial flow of the primary heat source.
An optical transceiver (1200-1) comprising: a controller configured to output firmware update data for updating firmware of another optical transceiver connected to the optical transceiver through an optical cable; and a transmitter configured to generate an optical signal by superposing input payload data and the firmware update data, and to transmit the optical signal to the other optical transceiver, wherein a first communication channel corresponding to the payload data and a second communication channel corresponding to the firmware update data are different from each other, wherein the second communication channel is an auxiliary management and control channel, AMCC, that transmits data for management and control, and wherein the controller is configured to modulate the firmware update data and the data for management and control to transmit the modulated firmware update data and data for management and control through the second communication channel together. a controller configured to output firmware update data for updating firmware of another optical transceiver connected to the optical transceiver through an optical cable; and a transmitter configured to generate an optical signal by superposing input payload data and the firmware update data, and to transmit the optical signal to the other optical transceiver, wherein a first communication channel corresponding to the payload data and a second communication channel corresponding to the firmware update data are different from each other, wherein the second communication channel is an auxiliary management and control channel, AMCC, that transmits data for management and control, and wherein the controller is configured to modulate the firmware update data and the data for management and control to transmit the modulated firmware update data and data for management and control through the second communication channel together.
A floor or wall panel comprising - a frame made of profiled metal or timber sheet, - joists made of profiled metal or timber sheet that connect opposite sides of the frame , wherein voids are present between the joists , - a shield spaced apart from a fire side of the joists , wherein a clearance is defined between a fire side of the joists and the shield , - spacer elements arranged within the clearance between the joists and the shield , characterized in that the shield is made of a metal or timber sheet, and that the panel comprises - a hardened mineral foam that fills the voids between the joists and that fills the clearance and that optionally covers the fire side of the joists as well as the non-fire side opposite thereof. - a frame made of profiled metal or timber sheet, - joists made of profiled metal or timber sheet that connect opposite sides of the frame , wherein voids are present between the joists , - a shield spaced apart from a fire side of the joists , wherein a clearance is defined between a fire side of the joists and the shield , - spacer elements arranged within the clearance between the joists and the shield , - a hardened mineral foam that fills the voids between the joists and that fills the clearance and that optionally covers the fire side of the joists as well as the non-fire side opposite thereof.
A drive arrangement for translating rotary movement from an actuator apparatus to a valve member , the drive arrangement comprising: an input shaft having a first end portion ; an output shaft having second end portion ; a first yoke including an axially extending first tang , the first yoke being torsionally secured to the first end portion ; a second yoke including an axially extending second tang , the second yoke being torsionally secured to the second end portion ; and a coupling shaft in the form of a tube, the coupling shaft including a first slot formed at an open first end of the tube and slidably receiving the first tang torsionally coupling the coupling shaft to the first yoke , the coupling shaft including a second slot formed at an open second end of the tube and slidably receiving the second tang torsionally coupling the coupling shaft to the second yoke . an input shaft having a first end portion ; an output shaft having second end portion ; a first yoke including an axially extending first tang , the first yoke being torsionally secured to the first end portion ; a second yoke including an axially extending second tang , the second yoke being torsionally secured to the second end portion ; and a coupling shaft in the form of a tube, the coupling shaft including a first slot formed at an open first end of the tube and slidably receiving the first tang torsionally coupling the coupling shaft to the first yoke , the coupling shaft including a second slot formed at an open second end of the tube and slidably receiving the second tang torsionally coupling the coupling shaft to the second yoke .
A device for securing one or more lines of suture, comprising: a body defining a plurality of axially spaced-apart layers , each of the layers comprising: an inner axial surface ; an outer axial surface ; and a suture opening extending from the inner axial surface to the outer axial surface and having an open configuration and a closed configuration; wherein one or more lines of suture can be passed through the suture openings when in the open configuration and the one or more lines of suture are restricted by opposing surfaces of the suture openings from sliding through the suture openings in at least one longitudinal direction of the one or more lines of suture when the suture openings are in the closed configuration, characterized in that the body is generally disc-shaped and the suture openings are biased toward the closed position. an inner axial surface ; an outer axial surface ; and a suture opening extending from the inner axial surface to the outer axial surface and having an open configuration and a closed configuration; wherein one or more lines of suture can be passed through the suture openings when in the open configuration and the one or more lines of suture are restricted by opposing surfaces of the suture openings from sliding through the suture openings in at least one longitudinal direction of the one or more lines of suture when the suture openings are in the closed configuration, characterized in that the body is generally disc-shaped and the suture openings are biased toward the closed position.