mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid discharge apparatus comprising: a liquid discharge head comprising a nozzle member , the nozzle member including: a nozzle configured to discharge liquid; a deformable laminar member having an opening forming the nozzle ; and an electromechanical transducer disposed around the opening , the nozzle member being configured to be warped with respect to a discharge-side plane of the nozzle member in a surrounding area of the nozzle in a direction opposite to the liquid discharge direction when no voltage is applied to the electromechanical transducer ; characterised in that the liquid discharge apparatus further comprises: a wiper configured to: wipe a discharge face of the liquid discharge head ; and a voltage applier configured to: apply a voltage to the electromechanical transducer of the liquid discharge head to warp the surrounding area of the nozzle in the liquid discharge direction when the wiper wipes the discharge face . a liquid discharge head comprising a nozzle member , the nozzle member including: a nozzle configured to discharge liquid; a deformable laminar member having an opening forming the nozzle ; and an electromechanical transducer disposed around the opening , the nozzle member being configured to be warped with respect to a discharge-side plane of the nozzle member in a surrounding area of the nozzle in a direction opposite to the liquid discharge direction when no voltage is applied to the electromechanical transducer ; characterised in that the liquid discharge apparatus further comprises: a wiper configured to: wipe a discharge face of the liquid discharge head ; and the nozzle member including: a nozzle configured to discharge liquid; a deformable laminar member having an opening forming the nozzle ; and an electromechanical transducer disposed around the opening , a nozzle configured to discharge liquid; a deformable laminar member having an opening forming the nozzle ; and an electromechanical transducer disposed around the opening , the nozzle member being configured to be warped with respect to a discharge-side plane of the nozzle member in a surrounding area of the nozzle in a direction opposite to the liquid discharge direction when no voltage is applied to the electromechanical transducer ; characterised in that the liquid discharge apparatus further comprises: a wiper configured to: wipe a discharge face of the liquid discharge head ; and a voltage applier configured to: apply a voltage to the electromechanical transducer of the liquid discharge head to warp the surrounding area of the nozzle in the liquid discharge direction when the wiper wipes the discharge face .
A method of wireless communication performed by a user equipment, UE, comprising: receiving a demodulation reference signal, DMRS, and a physical downlink shared channel (PDSCH) associated with the DMRS, the DMRS and the PDSCH spanning a plurality of symbols of a slot; decoding the PDSCH; performing a positioning measurement based on the DMRS and the decoded PDSCH; reporting , to a location server, the positioning measurement; the method characterised in that it further comprises: performing a positioning measurement at least based on the DMRS before performing the positioning measurement based on the DMRS and the decoded PDSCH; and reporting the positioning measurement at least based on the DMRS before reporting the positioning measurement based on the DMRS and the decoded PDSCH, wherein the positioning measurement based on the DMRS and the decoded PDSCH is reported as a relative value compared to the positioning measurement at least based on the DMRS. receiving a demodulation reference signal, DMRS, and a physical downlink shared channel (PDSCH) associated with the DMRS, the DMRS and the PDSCH spanning a plurality of symbols of a slot; decoding the PDSCH; performing a positioning measurement based on the DMRS and the decoded PDSCH; reporting , to a location server, the positioning measurement; the method characterised in that it further comprises: performing a positioning measurement at least based on the DMRS before performing the positioning measurement based on the DMRS and the decoded PDSCH; and reporting the positioning measurement at least based on the DMRS before reporting the positioning measurement based on the DMRS and the decoded PDSCH, wherein the positioning measurement based on the DMRS and the decoded PDSCH is reported as a relative value compared to the positioning measurement at least based on the DMRS.
System for time-correlated photon-number-resolved counting applications, the system comprising the following components: - A photon-number-resolving detector connected to - A plurality of comparators , wherein each comparator is adjusted to a different reference value (V ref ), wherein each comparator is configured to output a comparator-signal in the event that the modulus of a received detection signal from the photon-number-resolving detector exceeds the modulus of the reference value (V ref ) of the comparator ; - A conversion electronics configured to receive the comparator-signals from the plurality of comparators and to generate a digital detection event for each detection signal of the photon-number-resolving detector , wherein each detection event comprises a time code for the detection event comprising a time information of the detection signal and an associated photon-number code obtained from the number of coinciding comparator-signals ; - A recording electronics , wherein the recording electronics is configured to record the time code of the detection event and the associated photon-number code , wherein the reference values (V ref ) of the comparators are adjusted such that a photon number for each detection signal can be resolved by the system. - A photon-number-resolving detector connected to - A plurality of comparators , wherein each comparator is adjusted to a different reference value (V ref ), wherein each comparator is configured to output a comparator-signal in the event that the modulus of a received detection signal from the photon-number-resolving detector exceeds the modulus of the reference value (V ref ) of the comparator ; - A conversion electronics configured to receive the comparator-signals from the plurality of comparators and to generate a digital detection event for each detection signal of the photon-number-resolving detector , wherein each detection event comprises a time code for the detection event comprising a time information of the detection signal and an associated photon-number code obtained from the number of coinciding comparator-signals ; - A recording electronics , wherein the recording electronics is configured to record the time code of the detection event and the associated photon-number code ,
A motor vehicle chassis comprising a base structure and a plurality of wheels connected to said structure via respective wheel suspensions, wherein at least one first wheel suspension has a spring which is designed as a coil spring and which is associated with the respective wheel, wherein the first wheel suspension furthermore is associated with a hydraulic height adjustment device having a cylinder-piston arrangement comprising a hydraulic working space and acting upon a base point of the coil spring , which cylinder-piston arrangement can be supplied by a decentralized hydraulic aggregate associated with the respective wheel and comprising a storage container for hydraulic fluid and a hydraulic pump driven by an electric motor , wherein at least the electric motor of the hydraulic aggregate is arranged within the coil spring , characterized by the following characteristics: the first wheel suspension has a shock absorber which is associated with the respective wheel and which is arranged outside of the coil; the hydraulic working space of the hydraulic cylinder-piston arrangement is ring-shaped and surrounds the electric motor of the hydraulic aggregate and/or its hydraulic pump ; the hydraulic fluid storage container is designed ring-shaped, surrounds the electric motor of the hydraulic aggregate and/or its hydraulic pump , and has a volume which can be modified inversely to the volume of the hydraulic working space of the hydraulic cylinder-piston arrangement . the first wheel suspension has a shock absorber which is associated with the respective wheel and which is arranged outside of the coil; the hydraulic working space of the hydraulic cylinder-piston arrangement is ring-shaped and surrounds the electric motor of the hydraulic aggregate and/or its hydraulic pump ; the hydraulic fluid storage container is designed ring-shaped, surrounds the electric motor of the hydraulic aggregate and/or its hydraulic pump , and has a volume which can be modified inversely to the volume of the hydraulic working space of the hydraulic cylinder-piston arrangement .
A device for active depth sensing, comprising: a first aperture configured to receive light propagated along a first optical path ; a second aperture configured to receive light propagated along a second optical path ; a first emitter configured to emit a first light; and an optical element configured to direct the first light from the first emitter towards the first optical path in a first optical element (OE) mode, wherein the first light from the first emitter is directed towards the second optical path in a second OE mode. a first aperture configured to receive light propagated along a first optical path ; a second aperture configured to receive light propagated along a second optical path ; a first emitter configured to emit a first light; and an optical element configured to direct the first light from the first emitter towards the first optical path in a first optical element (OE) mode, wherein the first light from the first emitter is directed towards the second optical path in a second OE mode.
Construction machine , comprising a brake assembly for braking the construction machine, and an operator platform comprising at least one operator seat that can be adjusted between at least two opposite side operating positions for a machine operator, and an actuation device for foot actuation of the brake assembly, characterized in that the actuation device for the brake assembly comprises a brake beam which extends transversely to a working direction (A) of the construction machine on the operator platform and can be operated by foot from the two side operating positions , and that the actuation device comprises an actuator for the brake beam which is arranged below the brake beam .
Method for producing a lead-frame structure having two faces and exposing a treated silver surface on at least one of said two faces, wherein said lead-frame structure comprises at least two lead-frame entities each one having two faces, said method comprising: - providing a lead-frame body structure which has two main sides, said lead frame body structure comprising at least two lead-frame body entities, exclusively exposing a copper surface on each one of said main sides and being provided with an untreated silver surface on at least one of said main sides; - electrolytically treating said lead-frame body structure with a treatment solution, wherein said lead-frame body structure is a cathode, wherein the treatment solution contains at least one hydroxide compound selected from alkali metal hydroxides, alkaline earth metal hydroxides, ammonium hydroxides and mixtures thereof, characterized in that said at least one of said two faces of at least one of said at least two lead-frame entities exclusively exposes said treated silver surface or that said at least one of said two faces of said at least one of said at least two lead-frame entities partially exposes said treated silver surface and partially exposes said copper surface , wherein, on each one of said two faces of each one of said at least two lead-frame entities which partially exposes said treated silver surface, the area of said copper surface is smaller than the area of said treated silver surface. - providing a lead-frame body structure which has two main sides, said lead frame body structure comprising at least two lead-frame body entities, exclusively exposing a copper surface on each one of said main sides and being provided with an untreated silver surface on at least one of said main sides; - electrolytically treating said lead-frame body structure with a treatment solution, wherein said lead-frame body structure is a cathode, wherein the treatment solution contains at least one hydroxide compound selected from alkali metal hydroxides, alkaline earth metal hydroxides, ammonium hydroxides and mixtures thereof,
A receiver of a communication device , comprising: channel estimating means for receiving a signal and estimating channel coefficients; symbol demodulating means for demodulating the received signal and estimate transmitted symbols based on the channel coefficients; decoding means for decoding the estimated transmitted symbols to generate an output bit sequence; and sampling means for generating samples based on the channel coefficients, the transmitted symbols, or the output bit sequence, using Markov-Chain Monte-Carlo, MCMC, sampling, the generated samples being used in one or more of: the channel estimation, the demodulation, and the decoding, the receiver being characterized in that the sampling means is reconfigurable for determining likelihood information and a priori information, in order to perform the channel estimation, the demodulation, and the decoding, and in that the sampling means comprises a mean and variance calculation logic for likelihood distribution that is shared between channel estimation and symbol demodulation. channel estimating means for receiving a signal and estimating channel coefficients; symbol demodulating means for demodulating the received signal and estimate transmitted symbols based on the channel coefficients; decoding means for decoding the estimated transmitted symbols to generate an output bit sequence; and sampling means for generating samples based on the channel coefficients, the transmitted symbols, or the output bit sequence, using Markov-Chain Monte-Carlo, MCMC, sampling, the generated samples being used in one or more of: the channel estimation, the demodulation, and the decoding, the receiver being characterized in that the sampling means is reconfigurable for determining likelihood information and a priori information, in order to perform the channel estimation, the demodulation, and the decoding, and in that the sampling means comprises a mean and variance calculation logic for likelihood distribution that is shared between channel estimation and symbol demodulation.
A heat exchanger assembly comprising a heat exchanger core and a housing with walls adapted to enclose the heat exchanger core , wherein the walls of said housing are spaced from the heat exchanger core ; characterised in that the created space is filled at least partly by a resilient material so that the resilient material constitutes an exclusive connection between the housing and the heat exchanger core . wherein the walls of said housing are spaced from the heat exchanger core ; characterised in that the created space is filled at least partly by a resilient material so that the resilient material constitutes an exclusive connection between the housing and the heat exchanger core .
Microwave oven with an inner wall which encloses a cooking chamber in a microwave-tight manner and which is formed from a plurality of fixed wall sections and a movable closure component , wherein the closure component of the microwave oven forms the base or the lid of the microwave oven , as well as with at least one magnetron for generating microwave radiation, which is aligned with the cooking chamber by means of at least one beam channel , wherein a first beam channel runs in fixed wall sections and forms at its end a first beam outlet opposite the movable closure component , characterized in that a second beam channel runs in fixed wall sections , has a microwave-tight, detachable transition into the movable closure component , runs further in the movable closure component and forms a second beam outlet opposite the first beam outlet .
A software update apparatus comprising: a communication unit configured to send a request for downloading update data to a center ; a storage unit configured to store the downloaded update data; and a control unit configured to execute, based on the update data, a control for installing, or installing and activating update software on one or more target electronic control units from among a plurality of electronic control units connected to each other via an in-vehicle network, and characterized by further comprising: a determination unit configured to determine whether a vehicle in which the software update apparatus is provided is stopped and is able to be maintained in a stopped state, wherein the determination unit is configured to, based on a state of surroundings of the vehicle, determine whether the vehicle is able to be maintained in the stopped state, wherein the control unit is configured to, on a condition that determination results of the determination unit are positive, execute the control for installing, or installing and activating. a communication unit configured to send a request for downloading update data to a center ; a storage unit configured to store the downloaded update data; and a control unit configured to execute, based on the update data, a control for installing, or installing and activating update software on one or more target electronic control units from among a plurality of electronic control units connected to each other via an in-vehicle network, and characterized by further comprising: a determination unit configured to determine whether a vehicle in which the software update apparatus is provided is stopped and is able to be maintained in a stopped state, wherein the determination unit is configured to, based on a state of surroundings of the vehicle, determine whether the vehicle is able to be maintained in the stopped state, wherein the control unit is configured to, on a condition that determination results of the determination unit are positive, execute the control for installing, or installing and activating.
A system , comprising: a memory that stores data for managing inventory through a supply chain and lifecycle of a product; and a processor configured to execute instructions, wherein the instructions cause the processor to: receive first information and first characteristic information associated with the product; correlate the first information with an identifier; store in the memory an entry including the first information, the first characteristic information, and the identifier; receive second information and second characteristic information associated the product; update the entry based on the second information and second characteristic information; and wherein the first information and the second information are obtained by scanning, at two different frequencies, a dual-frequency radio frequency identification (RFID) tag applied to the product; and wherein the first information and second information include a same unique identification information transmitted by two devices to the processor at different locations and different times. a memory that stores data for managing inventory through a supply chain and lifecycle of a product; and a processor configured to execute instructions, wherein the instructions cause the processor to: receive first information and first characteristic information associated with the product; correlate the first information with an identifier; store in the memory an entry including the first information, the first characteristic information, and the identifier; receive second information and second characteristic information associated the product; update the entry based on the second information and second characteristic information; and wherein the first information and the second information are obtained by scanning, at two different frequencies, a dual-frequency radio frequency identification (RFID) tag applied to the product; and wherein the first information and second information include a same unique identification information transmitted by two devices to the processor at different locations and different times. receive first information and first characteristic information associated with the product; correlate the first information with an identifier; store in the memory an entry including the first information, the first characteristic information, and the identifier; receive second information and second characteristic information associated the product; update the entry based on the second information and second characteristic information; and wherein the first information and the second information are obtained by scanning, at two different frequencies, a dual-frequency radio frequency identification (RFID) tag applied to the product; and wherein the first information and second information include a same unique identification information transmitted by two devices to the processor at different locations and different times.
An apparatus comprising: transfer circuitry configured to generate electrically a first transfer gradient for transferring an optically active fluid from a first reservoir to a second reservoir ; a valve configured to control transfer of the optically active fluid from the first reservoir to the second reservoir , wherein the valve is closed when it has a first shape and the valve is open when it has a second shape different to the first shape ; and valve control circuitry configured to provide a voltage to change the valve from the first shape to the second shape and open the valve facilitating transfer of the optically active fluid from the first reservoir to the second reservoir along the electrically generated first transfer gradient . transfer circuitry configured to generate electrically a first transfer gradient for transferring an optically active fluid from a first reservoir to a second reservoir ; a valve configured to control transfer of the optically active fluid from the first reservoir to the second reservoir , wherein the valve is closed when it has a first shape and the valve is open when it has a second shape different to the first shape ; and valve control circuitry configured to provide a voltage to change the valve from the first shape to the second shape and open the valve facilitating transfer of the optically active fluid from the first reservoir to the second reservoir along the electrically generated first transfer gradient .
A molding resin composition comprising a vinyl ester (A), an unsaturated monomer (B), a polyisocyanate (C), and a polymerization initiator (D) as essential materials, wherein the polymerization initiator (D) is at least one compound selected from the group consisting of compounds (D1) represented by general formula , benzopinacol or its ester compounds (D2), and compounds (D3) having an azo group, wherein the epoxy equivalent weight of the vinyl ester (A) is 4000 or more, measured according to the method identified in the specification, in general formula , R 1 represents an aryl group, and R 2 represents a hydrogen atom, an alkyl group, or an arylalkyl group.
Method for producing a zinc-based corrosion protection coating for steel sheets or steel strips for directly press-hardened components made of steel, which are heated at least in some regions to a temperature above Ac3 and then cooled at a speed which is at least in some regions above the critical hardening speed, characterised in that a coating which contains at least 75 wt.% zinc and any inevitable impurities 0.5 to 5.0 wt.% manganese and 0. 1 to 2.0 wt.% aluminium is applied in the hot-dip process.