mhurhangee/patent-ind-claim-en huggingface dataset:
A tire structure capable of being combined with a rim , comprising: an air tube ; a core provided around the air tube except a radially inwards part of the air tube ; and a tire outer layer provided around the core , wherein the core includes a body part positioned radially outwards of a transverse diameter of the air tube and a wing part positioned radially inwards of the transverse diameter of the air tube , and a radially inner end of the wing part is configured to be placed radially inwards of a radially outer surface of the rim , characterized in that a material of the core has a shore C hardness of from 20 to 80, and a ratio of the shore C hardness of the material of the core to a shore C hardness of a material of the tire outer layer is from 0.2 to 1. an air tube ; a core provided around the air tube except a radially inwards part of the air tube ; and a tire outer layer provided around the core , wherein the core includes a body part positioned radially outwards of a transverse diameter of the air tube and a wing part positioned radially inwards of the transverse diameter of the air tube , and a radially inner end of the wing part is configured to be placed radially inwards of a radially outer surface of the rim , characterized in that a material of the core has a shore C hardness of from 20 to 80, and a ratio of the shore C hardness of the material of the core to a shore C hardness of a material of the tire outer layer is from 0.2 to 1.
A composition comprising Bifidobacterium lactis for use in suppressing intestinal inflammation, wherein the Bifidobacterium lactis has the deposit number CGMCC 15650.
An integrated component package comprising: a printed circuit board, PCB, having a PCB cavity in a first side of the PCB sized to accept an optical fiber ; a plurality of ball grid array, connections mechanically and electrically coupled to the PCB on the first side of the PCB; a carrier directly mechanically coupled to the first side of the PCB on a first side of the carrier via at least one of the ball grid array connections, wherein the first side of the carrier and the first side of the PCB face each other, the carrier including a redistribution layer, disposed on the first side of the carrier and including a plurality of redistribution layer interconnections; a photonics integrated circuit, mechanically coupled to the carrier; and a driver IC mechanically coupled to the carrier and having a first side that is (i) electrically coupled to the first side of the PCB via at least one of the redistribution layer connections and at least one of the ball grid array connections, and (ii) electrically coupled to a first side of the photonics integrated circuit via at least one of the redistribution layer interconnections. a printed circuit board, PCB, having a PCB cavity in a first side of the PCB sized to accept an optical fiber ; a plurality of ball grid array, connections mechanically and electrically coupled to the PCB on the first side of the PCB; a carrier directly mechanically coupled to the first side of the PCB on a first side of the carrier via at least one of the ball grid array connections, wherein the first side of the carrier and the first side of the PCB face each other, the carrier including a redistribution layer, disposed on the first side of the carrier and including a plurality of redistribution layer interconnections; a photonics integrated circuit, mechanically coupled to the carrier; and a driver IC mechanically coupled to the carrier and having a first side that is (i) electrically coupled to the first side of the PCB via at least one of the redistribution layer connections and at least one of the ball grid array connections, and (ii) electrically coupled to a first side of the photonics integrated circuit via at least one of the redistribution layer interconnections. (i) electrically coupled to the first side of the PCB via at least one of the redistribution layer connections and at least one of the ball grid array connections, and (ii) electrically coupled to a first side of the photonics integrated circuit via at least one of the redistribution layer interconnections.
A cell measurement method, comprising: receiving, by a terminal device , first information from a network device , wherein the first information is used to indicate a measurement parameter used by the terminal device to perform cell measurement or beam measurement in an inactive state, and a detection signal for the cell measurement or the beam measurement comprises a synchronization sequence or physical broadcast channel block, SSB, and/or a channel state information reference signal, CSI-RS; receiving, by the terminal device , second information from the network device , wherein the second information indicates that the terminal device is allowed to report the measurement result of the cell measurement or the beam measurement in a radio resource control, RRC, resume complete message; and sending, by the terminal device , a measurement result of the cell measurement or of the beam measurement in the RRC resume complete message to the network device based on the first information. receiving, by a terminal device , first information from a network device , wherein the first information is used to indicate a measurement parameter used by the terminal device to perform cell measurement or beam measurement in an inactive state, and a detection signal for the cell measurement or the beam measurement comprises a synchronization sequence or physical broadcast channel block, SSB, and/or a channel state information reference signal, CSI-RS; receiving, by the terminal device , second information from the network device , wherein the second information indicates that the terminal device is allowed to report the measurement result of the cell measurement or the beam measurement in a radio resource control, RRC, resume complete message; and sending, by the terminal device , a measurement result of the cell measurement or of the beam measurement in the RRC resume complete message to the network device based on the first information.
An automated method of evaluating a quality state of a cellular sample, said method comprising: (a) identifying a quality signature in a mid-infrared spectroscopy spectrum of the cellular sample, hereinafter referred to as a test spectrum; and (b) applying a classification or quantification algorithm to the quality signature in the test spectrum to determine the quality state of the cellular sample, wherein the cellular sample is a fixed cellular sample, the quality state is a fixation state, and the quality signature is a fixation signature. (a) identifying a quality signature in a mid-infrared spectroscopy spectrum of the cellular sample, hereinafter referred to as a test spectrum; and (b) applying a classification or quantification algorithm to the quality signature in the test spectrum to determine the quality state of the cellular sample, wherein the cellular sample is a fixed cellular sample, the quality state is a fixation state, and the quality signature is a fixation signature.
Method for receiving a signal and for rejecting interferences in a multichannel receiver , said method comprising the steps of: • reception, transposition and discretization of said signal received on each of the channels of the receiver , so as to obtain a discretized multichannel signal, • synchronization of the discretized multichannel signal, and characterized in that it also comprises the steps of: • computation , on the basis of the discretized and synchronized multichannel signal, of a correlation matrix R̂ of the total noise, • computation of an intercorrelation matrix R̂ XD between a training sequence and the discretized and synchronized multichannel signal, • computation, on the basis of a matrix R̂ XD , of an estimate of the directing vector associated with a path, • calculation , on the basis of said matrix R̂ of correlation of the total noise and of the estimate of the directing vector associated with a path, of a vector w comprising amplitude phase weighting coefficients of a multichannel filter, and • application , to the discretized and synchronized multichannel signal, of a multichannel filtering processing on the basis of the said vector w, and then of a single-channel equalization processing to the filtered signal. • reception, transposition and discretization of said signal received on each of the channels of the receiver , so as to obtain a discretized multichannel signal, • synchronization of the discretized multichannel signal, • computation , on the basis of the discretized and synchronized multichannel signal, of a correlation matrix R̂ of the total noise, • computation of an intercorrelation matrix R̂ XD between a training sequence and the discretized and synchronized multichannel signal, • computation, on the basis of a matrix R̂ XD , of an estimate of the directing vector associated with a path, • calculation , on the basis of said matrix R̂ of correlation of the total noise and of the estimate of the directing vector associated with a path, of a vector w comprising amplitude phase weighting coefficients of a multichannel filter, and • application , to the discretized and synchronized multichannel signal, of a multichannel filtering processing on the basis of the said vector w, and then of a single-channel equalization processing to the filtered signal.
A canister type suction assembly comprising: - a vacuum cleaner housing comprising a front lower part provided with a leading edge , - a suction nozzle through which outside air can be sucked into the suction assembly , - first and second main wheels movably mounted in rotation relative to the vacuum cleaner housing , the leading edge including a concave edge part which is located under the suction nozzle and which extends in a median vertical longitudinal plane (P) of the suction assembly , the front lower part of the vacuum cleaner housing comprising first and second flanks located on either side of the leading edge and extending from the leading edge and respectively towards the first and second main wheels , characterized in that the front lower part of the vacuum cleaner housing includes a front protective portion which extends on either side of the median vertical longitudinal plane (P) of the suction assembly and which is located above the first and second flanks . - a vacuum cleaner housing comprising a front lower part provided with a leading edge , - a suction nozzle through which outside air can be sucked into the suction assembly , - first and second main wheels movably mounted in rotation relative to the vacuum cleaner housing , the leading edge including a concave edge part which is located under the suction nozzle and which extends in a median vertical longitudinal plane (P) of the suction assembly , the front lower part of the vacuum cleaner housing comprising first and second flanks located on either side of the leading edge and extending from the leading edge and respectively towards the first and second main wheels , characterized in that the front lower part of the vacuum cleaner housing includes a front protective portion which extends on either side of the median vertical longitudinal plane (P) of the suction assembly and which is located above the first and second flanks . the leading edge including a concave edge part which is located under the suction nozzle and which extends in a median vertical longitudinal plane (P) of the suction assembly , the front lower part of the vacuum cleaner housing comprising first and second flanks located on either side of the leading edge and extending from the leading edge and respectively towards the first and second main wheels , characterized in that the front lower part of the vacuum cleaner housing includes a front protective portion which extends on either side of the median vertical longitudinal plane (P) of the suction assembly and which is located above the first and second flanks .
An organic sulfur acid-free composition comprising: (a) a benzoxazine; (b) a phenolic compound; and (c) a nitrogen-containing heterocyclic compound having a structure according to one of formulas through where each R 1 is independently hydrogen, a C 1 -C 20 alkyl group, a C 2 -C 20 alkenyl group, or a C 6 -C 20 aryl group, each R 2 is independently hydrogen, halogen, a C 1 -C 20 alkyl group, or a C 2 -C 20 alkenyl group, each R 3 is independently hydrogen, a C 1 -C 20 alkyl or C 2 -C 20 alkenyl group, and each R 8 to R 30 is independently hydrogen, halogen, cyano, a hydrocarbyl group having from 1 to 18 carbon atoms or a hydrocarbyloxy group having from 1 to 18 carbon atoms, or two of the R 8 's or R 9 's can combine to form a 5- or 6-membered ring with carbon and nitrogen atoms from the imidazole ring or pyrazole ring, respectively, to which they are attached or two of the R 8 's or Rg's can combine to form a 5- or 6-membered ring with the two carbon atoms from the imidazole ring or pyrazole ring, respectively, to which they are attached. (a) a benzoxazine; (b) a phenolic compound; and (c) a nitrogen-containing heterocyclic compound having a structure according to one of formulas through where each R 1 is independently hydrogen, a C 1 -C 20 alkyl group, a C 2 -C 20 alkenyl group, or a C 6 -C 20 aryl group, each R 2 is independently hydrogen, halogen, a C 1 -C 20 alkyl group, or a C 2 -C 20 alkenyl group, each R 3 is independently hydrogen, a C 1 -C 20 alkyl or C 2 -C 20 alkenyl group, and each R 8 to R 30 is independently hydrogen, halogen, cyano, a hydrocarbyl group having from 1 to 18 carbon atoms or a hydrocarbyloxy group having from 1 to 18 carbon atoms, or two of the R 8 's or R 9 's can combine to form a 5- or 6-membered ring with carbon and nitrogen atoms from the imidazole ring or pyrazole ring, respectively, to which they are attached or two of the R 8 's or Rg's can combine to form a 5- or 6-membered ring with the two carbon atoms from the imidazole ring or pyrazole ring, respectively, to which they are attached.
A method of power generation comprising: introducing a fuel , O 2 , and a CO 2 circulating fluid into a combustor ; combusting the fuel to provide a combustion product stream comprising CO 2 ; expanding the combustion product stream across a turbine comprising a plurality of turbine blades and defining a ratio of a length of the turbine to an average diameter of the turbine blades greater than about 3.5 to generate power and output a turbine discharge stream , wherein the length of the turbine is a distance within a casing of the turbine from the turbine blade immediately adjacent an inlet of the casing to the turbine blade immediately adjacent and outlet of the casing ; processing the turbine discharge stream to recycle at least a portion of the CO 2 circulating fluid into the combustor; withdrawing a portion of the CO 2 circulating fluid that is recycled; and using the recycled CO 2 circulating fluid as a transpiration fluid. introducing a fuel , O 2 , and a CO 2 circulating fluid into a combustor ; combusting the fuel to provide a combustion product stream comprising CO 2 ; expanding the combustion product stream across a turbine comprising a plurality of turbine blades and defining a ratio of a length of the turbine to an average diameter of the turbine blades greater than about 3.5 to generate power and output a turbine discharge stream , wherein the length of the turbine is a distance within a casing of the turbine from the turbine blade immediately adjacent an inlet of the casing to the turbine blade immediately adjacent and outlet of the casing ; processing the turbine discharge stream to recycle at least a portion of the CO 2 circulating fluid into the combustor; withdrawing a portion of the CO 2 circulating fluid that is recycled; and using the recycled CO 2 circulating fluid as a transpiration fluid.
A method of packet switched handover in a mobile communication system comprising a terminal , a source base station , a target base station , an old network entity and a new network entity , the method comprising: negotiating protocol parameters for the new network entity in order to handover to the new network entity whilst the terminal is still connected to the source base station , wherein the negotiation of protocol parameters comprises: including exchange identification data in a packet switched handover request transmitted from the new network entity to the target base station ; packing, by the target base station, an exchange identification data command in a target to source transparent container; communicating , by the target base station, the exchange identification data command via the new network entity and via the old network entity to the source base station ; unpacking, by the source base station, the exchange identification command and sending the exchange identification command in a packet switched handover command to the terminal over the radio interface to the terminal ; and completing the packet switched handover. negotiating protocol parameters for the new network entity in order to handover to the new network entity whilst the terminal is still connected to the source base station , wherein the negotiation of protocol parameters comprises: including exchange identification data in a packet switched handover request transmitted from the new network entity to the target base station ; packing, by the target base station, an exchange identification data command in a target to source transparent container; communicating , by the target base station, the exchange identification data command via the new network entity and via the old network entity to the source base station ; unpacking, by the source base station, the exchange identification command and sending the exchange identification command in a packet switched handover command to the terminal over the radio interface to the terminal ; and including exchange identification data in a packet switched handover request transmitted from the new network entity to the target base station ; packing, by the target base station, an exchange identification data command in a target to source transparent container; communicating , by the target base station, the exchange identification data command via the new network entity and via the old network entity to the source base station ; unpacking, by the source base station, the exchange identification command and sending the exchange identification command in a packet switched handover command to the terminal over the radio interface to the terminal ; and completing the packet switched handover.
A vehicle seat comprising: a seatback frame ; a backrest section for supporting a back of an occupant; a swivel-coupling section that couples the backrest section to the seatback frame so that said backrest section is capable of swiveling with respect to the seatback frame in a seat width direction about a swivel axis (L2) running along the seatback front-rear direction, and swiveling about a swivel axis (L3) running along the seatback up-down direction; and an outer periphery support section that couples a plurality of locations at an outer peripheral side of the backrest section to the seatback frame , that supports the backrest section with respect to the seatback frame , and that permits the backrest section to swivel and restricts displacement of the backrest section toward a seatback rear side with respect to the seatback frame , and also restricts displacement of the backrest section toward a seatback front side and to within a specific range in the seatback width direction. a seatback frame ; a backrest section for supporting a back of an occupant; a swivel-coupling section that couples the backrest section to the seatback frame so that said backrest section is capable of swiveling with respect to the seatback frame in a seat width direction about a swivel axis (L2) running along the seatback front-rear direction, and swiveling about a swivel axis (L3) running along the seatback up-down direction; and an outer periphery support section that couples a plurality of locations at an outer peripheral side of the backrest section to the seatback frame , that supports the backrest section with respect to the seatback frame , and that permits the backrest section to swivel and restricts displacement of the backrest section toward a seatback rear side with respect to the seatback frame , and also restricts displacement of the backrest section toward a seatback front side and to within a specific range in the seatback width direction.
Arrangement for compensating the axial thrust of a fluid-flow machine, having a load-relieving element , which is connected for conjoint rotation to a shaft and, together with a counter-element fixed in relation to the casing, forms a radial flow-restrictor gap , characterized in that a device for maintaining the distance between the load-relieving element and the counter-element is arranged on the counter-element , said device having at least one force-generating element , which generates a force opposing the axial thrust.
A circuit for shifting a frequency range of a signal, comprising: a frequency mixer having a signal input , an oscillator input , and a signal output ; a frequency synthesizer configured to generate an oscillator signal having a frequency; a programmable driver configured to receive the oscillator signal from the frequency synthesizer and to provide the oscillator signal to the oscillator input of the frequency mixer , the programmable driver configured to have a variable drive strength; and a controller configured to control (1302; 1106) the drive strength of the programmable driver based on the frequency of the oscillator signal to adjust a rise time and a fall time of the oscillator signal at the oscillator input of the frequency mixer , wherein the frequency mixer is configured to output , at the signal output of the frequency mixer , a frequency range shifted version of a signal received at the signal input of the frequency mixer based on the frequency of the oscillator signal 1 . a frequency mixer having a signal input , an oscillator input , and a signal output ; a frequency synthesizer configured to generate an oscillator signal having a frequency; a programmable driver configured to receive the oscillator signal from the frequency synthesizer and to provide the oscillator signal to the oscillator input of the frequency mixer , the programmable driver configured to have a variable drive strength; and a controller configured to control (1302; 1106) the drive strength of the programmable driver based on the frequency of the oscillator signal to adjust a rise time and a fall time of the oscillator signal at the oscillator input of the frequency mixer , wherein the frequency mixer is configured to output , at the signal output of the frequency mixer , a frequency range shifted version of a signal received at the signal input of the frequency mixer based on the frequency of the oscillator signal 1 .
An apparatus for an electron source, the apparatus comprising: an extractor being an extractor electrode having a first surface and a second surface opposite the first surface, wherein the extractor has a sidewall that defines a frustoconical aperture between the first surface and the second surface, wherein the frustoconical aperture widens from the first surface to the second surface, wherein the sidewall of the frustoconical aperture meets the first surface at a curved edge and wherein the curved edge has a radius from 5 μm to 50 μm.