mhurhangee/ep-ind-claims huggingface dataset:
A thermally emissive apparatus (2; 22) having at least one electro-thermal heating element, said at least one heating element comprising a first layer (8; 30) of a first material having a first sheet resistivity and a second layer comprising a plurality of discrete regions of a second material in electrical contact with the first material, wherein the second material has a second sheet resistivity substantially lower than that of the first material, said heating element comprising electrodes (12a, 12b; 26a, 26b; 84a, 84b) for applying an electric field across the first layer of the at least one heating element to cause Joulean heating thereof, wherein the spatial arrangement of the regions of second material within the at least one heating element is non-uniform such that the effective sheet resistivity of the first layer varies spatially in relation to the spatial arrangement of the regions of second material.
A non-stationary magnetic field emitter comprising an at least partially ferrite core and a conductor, whereby the conductor with at least three threads is wound on the core, and the core has an oblong transverse cross-section, where a width of the cross-section of the core is at least three times more than a height of the cross-section of the core and a length of the core is at least 10 times more that a height of the core, the non-stationary magnetic field emitter being characterized in that the conductor is wound on the core with a changing distance (p, pitch) between the middles of two adjacent threads of the conductor in such a way that the distance (p, pitch) between the middles of two adjacent threads increases for each following thread from a middle zone of the core towards an end of the core.
An antenna assembly (200A-200H) configured to be enclosed in a device housing and comprising: at least one radiation element having an operating frequency; a ground plane coupled to said at least one radiation element; and at least one conductive member (211A, 211B) electrically coupled to said ground plane at separated locations such that said at least one conductive member (211A, 211B) forms a closed loop, characterised in that said closed loop is substantially perpendicular to said ground plane, has a full height that is less than a height of said device housing, and comprises a first portion on one side of the ground plane and a second portion on the other side of the ground plane, wherein each of the first portion and the second portion has a spacing from said ground plane that is no greater than a distance (h) that is less than a predetermined fraction of one wavelength of said operating frequency, wherein said predetermined fraction is in a range between 0.01 and 0.25. at least one radiation element having an operating frequency; a ground plane coupled to said at least one radiation element; and at least one conductive member (211A, 211B) electrically coupled to said ground plane at separated locations such that said at least one conductive member (211A, 211B) forms a closed loop, characterised in that said closed loop is substantially perpendicular to said ground plane, has a full height that is less than a height of said device housing, and comprises a first portion on one side of the ground plane and a second portion on the other side of the ground plane, wherein each of the first portion and the second portion has a spacing from said ground plane that is no greater than a distance (h) that is less than a predetermined fraction of one wavelength of said operating frequency, wherein said predetermined fraction is in a range between 0.01 and 0.25.
Spark plug, comprising a housing, an insulator arranged in the housing, a centre electrode arranged in the insulator, and an earth electrode arranged on the housing, wherein the earth electrode and the centre electrode are arranged in relation to one another in such a way that the earth electrode and the centre electrode form a spark gap, and wherein the earth electrode has a core and a sheath surrounding the core, wherein the core consists of a material that has a higher thermal conductivity than the material of the sheath, and wherein a cross-sectional area of the earth electrode is not greater than 2.76 mm 2, wherein the sheath has a wall thickness c of not greater than 0.4 mm in a first region of the earth electrode, wherein the first region forms a region of the earth electrode which is facing away from the combustion space and in which the core has a constant cross-sectional area, wherein the earth electrode has a second region, in which the cross-sectional area of the core reduces continuously, wherein the earth electrode has a third region, into which the core does not reach and which is arranged at the end of the earth electrode facing away from the housing, wherein the earth electrode is bent, so that it is formed as a roof electrode, side electrode or bow electrode, characterized in that the second region is formed within a bent portion of the earth electrode between the first region and the third region along the longitudinal extent of the earth electrode.
A sole structure for an article of footwear, the sole structure comprising: a midsole having a plurality of auxetic bladders (881, 882, 883), wherein each of the plurality of auxetic bladders (881, 882, 883) is formed from a plurality of fluidly-connected inflated components (902, 904) that surround and define a plurality of apertures (932, 934); and wherein each of the plurality of auxetic bladders (881, 882, 883) is inflated to the same or different respective internal pressures. a midsole having a plurality of auxetic bladders (881, 882, 883), wherein each of the plurality of auxetic bladders (881, 882, 883) is formed from a plurality of fluidly-connected inflated components (902, 904) that surround and define a plurality of apertures (932, 934); and wherein each of the plurality of auxetic bladders (881, 882, 883) is inflated to the same or different respective internal pressures.
A linkage assembly to operatively couple an expanding valve actuator and a movable element of a valve housing of a valve, the linkage assembly comprising: a thrust plate having a thrust plate body and including a plurality of thru-slots (32, 34) defined in the thrust plate body and that extend axially through the thrust plate body; a lifting housing to engage the expanding valve actuator, the lifting housing including a plurality of prongs (72, 74) depending from the lifting housing and extending through at least one of the plurality of thru-slots (32, 34); a ring nut securable to the valve housing and surrounding the plurality of prongs (72,74), the ring nut securing, in use, the thrust plate to the valve housing; and a lifting element secured to the plurality of prongs (72, 74), the lifting element securable to the movable element, and further comprising a guide disc attached to the thrust plate body and attached to the lifting housing to center an upper end of the thrust plate body within the lifting housing and to provide angular indexing between the plurality of prongs (72, 74) and the plurality of thru-slots (32, 34). a thrust plate having a thrust plate body and including a plurality of thru-slots (32, 34) defined in the thrust plate body and that extend axially through the thrust plate body; a lifting housing to engage the expanding valve actuator, the lifting housing including a plurality of prongs (72, 74) depending from the lifting housing and extending through at least one of the plurality of thru-slots (32, 34); a ring nut securable to the valve housing and surrounding the plurality of prongs (72,74), the ring nut securing, in use, the thrust plate to the valve housing; and a lifting element secured to the plurality of prongs (72, 74), the lifting element securable to the movable element, and further comprising a guide disc attached to the thrust plate body and attached to the lifting housing to center an upper end of the thrust plate body within the lifting housing and to provide angular indexing between the plurality of prongs (72, 74) and the plurality of thru-slots (32, 34).
A wound dressing article [100, 200, 300] comprising: a flexible film layer [110, 210, 310]; a pressure-sensitive adhesive layer [120, 220, 320] disposed on the flexible film layer [110, 210, 310]; characterized in that the article [100, 200, 300] further comprises a fibrin powder layer [130, 230, 330] disposed on a surface of the pressure-sensitive adhesive layer [120, 220, 320] opposite the flexible film layer [110, 210, 310]. a flexible film layer [110, 210, 310]; a pressure-sensitive adhesive layer [120, 220, 320] disposed on the flexible film layer [110, 210, 310]; characterized in that the article [100, 200, 300] further comprises a fibrin powder layer [130, 230, 330] disposed on a surface of the pressure-sensitive adhesive layer [120, 220, 320] opposite the flexible film layer [110, 210, 310].
A method of wireless communication, the method performed by an apparatus and comprising: determining an arrangement of multiple synchronization signals for wireless communication between two or more nodes, wherein the arrangement of multiple synchronization signals is configured for multiple communication modes, each communication mode of the multiple communication modes utilizing a different subcarrier spacing, and wherein the arrangement comprises a combination of the multiple synchronization signals in any order; and indicating, using boundary information carried by at least one synchronization signal of the arrangement of multiple synchronization signals, a distance between a beginning of the arrangement of multiple synchronization signals and a beginning of a communication block containing the arrangement of multiple synchronization signals. determining an arrangement of multiple synchronization signals for wireless communication between two or more nodes, wherein the arrangement of multiple synchronization signals is configured for multiple communication modes, each communication mode of the multiple communication modes utilizing a different subcarrier spacing, and wherein the arrangement comprises a combination of the multiple synchronization signals in any order; and indicating, using boundary information carried by at least one synchronization signal of the arrangement of multiple synchronization signals, a distance between a beginning of the arrangement of multiple synchronization signals and a beginning of a communication block containing the arrangement of multiple synchronization signals.
A once daily dual retard sustained release pharmaceutical composition comprising a matrix core comprising trimetazidine or a pharmaceutically acceptable salt(s), one or more sustained release polymer(s) and one or more pharmaceutically acceptable excipient(s), wherein the core is further coated with an extended release coating.
A method of manufacturing a receiver-in-canal assembly, the method comprising the steps of: - providing a receiver housing configured to be positioned in or at the ear canal of a user, and further being configured to comprise a receiver to output sound; - providing a connector housing configured to be connected to a behind-the-ear part of a hearing aid; - providing an elongated tube configured for transfer of a signal from the connector housing to the receiver housing; - attaching the receiver housing and the connector housing to opposite ends of the elongated tube; and - permanently deforming the tube after attachment of the receiver housing and the connector housing to the tube by exposing it to heat in a first predetermined treatment period t1. - providing a receiver housing configured to be positioned in or at the ear canal of a user, and further being configured to comprise a receiver to output sound; - providing a connector housing configured to be connected to a behind-the-ear part of a hearing aid; - providing an elongated tube configured for transfer of a signal from the connector housing to the receiver housing; - attaching the receiver housing and the connector housing to opposite ends of the elongated tube; and - permanently deforming the tube after attachment of the receiver housing and the connector housing to the tube by exposing it to heat in a first predetermined treatment period t1.
A system for recognizing battery module and cell configuration to allocate an ID of a plurality of battery modules comprising a plurality of battery cells connected in series, wherein the battery module comprises a battery module Battery Management System BMS configured to measure a module voltage of the battery module, wherein a battery pack BMS of a battery pack, configured by connecting the plurality of battery modules in series, comprises: a measurement unit configured to measure a pack voltage of the battery pack; characterised in that it further comprises a control unit configured to recognize the number of connected battery modules on the basis of the module voltage measured by the battery module BMS and the pack voltage measured by the measurement unit of the battery pack to allocate an ID to each battery module BMS, wherein the system comprises a memory configured to store the number of modules recognized by the control unit. wherein the battery module comprises a battery module Battery Management System BMS configured to measure a module voltage of the battery module, wherein a battery pack BMS of a battery pack, configured by connecting the plurality of battery modules in series, comprises: a measurement unit configured to measure a pack voltage of the battery pack; characterised in that it further comprises a control unit configured to recognize the number of connected battery modules on the basis of the module voltage measured by the battery module BMS and the pack voltage measured by the measurement unit of the battery pack to allocate an ID to each battery module BMS, wherein the system comprises a memory configured to store the number of modules recognized by the control unit. a measurement unit configured to measure a pack voltage of the battery pack; characterised in that it further comprises a control unit configured to recognize the number of connected battery modules on the basis of the module voltage measured by the battery module BMS and the pack voltage measured by the measurement unit of the battery pack to allocate an ID to each battery module BMS, wherein the system comprises a memory configured to store the number of modules recognized by the control unit.
A system comprising: - a hand-held weld tool comprising a positioning and orientation measurement system having an inertial measurement unit; - a processing subsystem operable to compute, based on data generated by the IMU during a weld operation on a workpiece, one or more actual motion attributes for the hand-held weld tool; characterized by - a calibration apparatus configured to hold the hand-held weld tool in a known position and orientation and in stationary state for calibration of the positioning and orientation measurement system, wherein the calibration apparatus comprises a sensor for detecting when the hand-held weld tool is properly positioned for calibration, and wherein the calibration apparatus comprises one or more tool parking spots (356A, 356B, 356C) at a known spatial and orientation relative to a fixture on which the weld operation is to be performed. - a hand-held weld tool comprising a positioning and orientation measurement system having an inertial measurement unit; - a processing subsystem operable to compute, based on data generated by the IMU during a weld operation on a workpiece, one or more actual motion attributes for the hand-held weld tool; - a calibration apparatus configured to hold the hand-held weld tool in a known position and orientation and in stationary state for calibration of the positioning and orientation measurement system,
A method comprising: generating, at a speech encoder, a high-band residual signal based on a high-band portion of an audio signal; generating a harmonically extended signal at least partially based on a low-band portion of the audio signal; determining a mixing factor based on the high-band residual signal, the harmonically extended signal, and modulated noise, wherein the modulated noise is at least partially based on the harmonically extended signal and white noise; and generating a high-band excitation signal based on combining a first signal corresponding to the harmonically extended signal scaled based on the mixing factor and a second signal corresponding to the modulated noise scaled based on the mixing factor. generating, at a speech encoder, a high-band residual signal based on a high-band portion of an audio signal; generating a harmonically extended signal at least partially based on a low-band portion of the audio signal; determining a mixing factor based on the high-band residual signal, the harmonically extended signal, and modulated noise, wherein the modulated noise is at least partially based on the harmonically extended signal and white noise; and generating a high-band excitation signal based on combining a first signal corresponding to the harmonically extended signal scaled based on the mixing factor and a second signal corresponding to the modulated noise scaled based on the mixing factor.
A bogie for a railway vehicle, comprising: an air spring (6, 30) that elastically supports a vehicle body from below, wherein the air spring includes upper and lower opposed surfaces (11A, 13A, 31A, 33A) that are apart from each other in an up-down direction and face each other, and a stopper rubber (21, 41) and a stopper rubber receiver (22, 42) that are arranged between the upper and lower opposed surfaces, a relative position between the upper and lower opposed surfaces varies from an initial state in the up-down direction, left-right direction, and front-back direction in response to a displacement of the vehicle body with respect to the bogie frame in the up-down direction and a horizontal direction allowed by the air spring, the stopper rubber is fixed to one opposed surface of the upper and lower opposed surfaces and protrudes toward the other opposed surface, the stopper rubber receiver is fixed to the other opposed surface and is apart from the one opposed surface, the stopper rubber faces a central portion (22M, 42M) of the stopper rubber receiver in the initial state, characterised in that, separation distances to the one opposed surface in the up-down direction at left and right end portions (22L, 22R, 42L, 42R) of the stopper rubber receiver facing each other across the central portion are shorter than that at the central portion, and separation distances to the one opposed surface in the up-down direction at front and back end portions (22F, 22B, 42F, 42B) of the stopper rubber receiver facing each other across the central portion are longer than that at the central portion. an air spring (6, 30) that elastically supports a vehicle body from below, wherein the air spring includes upper and lower opposed surfaces (11A, 13A, 31A, 33A) that are apart from each other in an up-down direction and face each other, and a stopper rubber (21, 41) and a stopper rubber receiver (22, 42) that are arranged between the upper and lower opposed surfaces, a relative position between the upper and lower opposed surfaces varies from an initial state in the up-down direction, left-right direction, and front-back direction in response to a displacement of the vehicle body with respect to the bogie frame in the up-down direction and a horizontal direction allowed by the air spring, the stopper rubber is fixed to one opposed surface of the upper and lower opposed surfaces and protrudes toward the other opposed surface, the stopper rubber receiver is fixed to the other opposed surface and is apart from the one opposed surface, the stopper rubber faces a central portion (22M, 42M) of the stopper rubber receiver in the initial state, characterised in that, separation distances to the one opposed surface in the up-down direction at left and right end portions (22L, 22R, 42L, 42R) of the stopper rubber receiver facing each other across the central portion are shorter than that at the central portion, and separation distances to the one opposed surface in the up-down direction at front and back end portions (22F, 22B, 42F, 42B) of the stopper rubber receiver facing each other across the central portion are longer than that at the central portion.
A semiconducting structure intended to emit light, comprising: - a first semiconducting region with a first type of conductivity, - a second semiconducting region with a second type of conductivity at least on a portion (220, 210), so as to form a semiconducting junction with the first region, the second region having at least one first portion in contact with the first region, in which the first portion extends at least partially along the semiconducting junction, this first portion comprising at least a first and a second carrier confinement zone (211, 212) for at least one type of carrier, the semiconducting structure being characterized in that it comprises at least a first means of polarisation, different from a resistive type of electrical contact, of the first portion adapted to apply direct first external polarisation to the first portion in order to modify the distribution of carriers of at least one type of conductivity in the first portion relative to the first and the second confinement zones (211, 212) and to select the confinement zone(s) in which light emission takes place, the first and second confinement zones having different band gap widths. - a first semiconducting region with a first type of conductivity, - a second semiconducting region with a second type of conductivity at least on a portion (220, 210), so as to form a semiconducting junction with the first region, the second region having at least one first portion in contact with the first region, in which the first portion extends at least partially along the semiconducting junction, this first portion comprising at least a first and a second carrier confinement zone (211, 212) for at least one type of carrier,
A method for transmitting a physical uplink control channel, PUCCH, signal, the method comprising: transmitting the PUCCH signal based on a shortened PUCCH format; and transmitting a demodulation reference signal, DMRS, for the PUCCH signal, wherein a last orthogonal frequency division multiplexing, OFDM, symbol in the subframe is not used for the shortened PUCCH format, wherein the last OFDM symbol is not applied with an orthogonal sequence, and wherein the DMRS is transmitted in one OFDM symbol per a slot in the subframe. transmitting the PUCCH signal based on a shortened PUCCH format; and transmitting a demodulation reference signal, DMRS, for the PUCCH signal, wherein a last orthogonal frequency division multiplexing, OFDM, symbol in the subframe is not used for the shortened PUCCH format, wherein the last OFDM symbol is not applied with an orthogonal sequence, and wherein the DMRS is transmitted in one OFDM symbol per a slot in the subframe.