mhurhangee/patent-ind-claim-en huggingface dataset:
A method at a user equipment, UE, which operates in a Long-Term Evolution, LTE, network and is in a radio resource control, RRC, connected mode, comprising: receiving, from a wireless network, by the UE, a mapping for a plurality of resource identifiers, each resource identifier mapped to an uplink resource configuration for each of a plurality of uplink control information, UCI, types; receiving, by the UE, a message including an assigned resource identifier, determining, by the UE, an uplink resource configurations for a UCI type mapped to the assigned resource identifier based on the received mapping, wherein the UCI type includes at least one of: channel quality indication, CQI, precoding matrix information, PMI, rank indication, RI, dedicated scheduling request, DSR, and sounding reference signal, SRS; and transmitting, by the UE, UCI corresponding to the UCI type using uplink resource configuration corresponding to the determined uplink resource configuration; wherein uplink resources assigned according to the identifier, are automatically released at a time associated with a DRX sub-state transition, DRX timer expiry or other change that causes a reconfiguration of DRX parameters or timers. receiving, from a wireless network, by the UE, a mapping for a plurality of resource identifiers, each resource identifier mapped to an uplink resource configuration for each of a plurality of uplink control information, UCI, types; receiving, by the UE, a message including an assigned resource identifier, determining, by the UE, an uplink resource configurations for a UCI type mapped to the assigned resource identifier based on the received mapping, wherein the UCI type includes at least one of: channel quality indication, CQI, precoding matrix information, PMI, rank indication, RI, dedicated scheduling request, DSR, and sounding reference signal, SRS; and transmitting, by the UE, UCI corresponding to the UCI type using uplink resource configuration corresponding to the determined uplink resource configuration; wherein uplink resources assigned according to the identifier, are automatically released at a time associated with a DRX sub-state transition, DRX timer expiry or other change that causes a reconfiguration of DRX parameters or timers.
System for counting corrugations in a flexible material , the system is provided with a carrier with a surface for positioning the flexible material, a light source for illuminating the flexible material on the carrier, receiving means for receiving light originating from the flexible material, counting means for determining the number of corrugations in the flexible material based on data from the receiving means, wherein the carrier is provided with a measuring area and with aligning means for aligning the flexible material in the measuring area, characterized in that the receiving means comprise a camera for making one or more image recordings of the measuring area and in that the counting means comprise a processor , which is arranged for counting the number of corrugations in one or more of the image recordings, wherein the system is further provided with means for displaying the number of counted corrugations in the flexible material in the measuring area.
A test apparatus configured to test a semiconductor device , the semiconductor device comprising an integrated circuit and a plurality of external radiating elements at a surface of the device, the radiating elements including at least one transmit element and at least one receive element , the test apparatus comprising: a plunger comprising: a dielectric portion having a surface for placing against said surface of the device; and at least one waveguide , wherein each waveguide extends through the plunger to route electromagnetic radiation transmitted by one of said transmit elements of the device to one or more of the receive elements of the device, wherein each waveguide comprises a plurality of waveguide openings for coupling electromagnetically to corresponding radiating elements of the plurality of radiating elements located at the surface of the device, wherein the dielectric portion is configured to provide a matched interface for said electromagnetic coupling of the plurality of waveguide openings of the plunger to the plurality of radiating elements of the device; characterised in that at least one of the waveguides is configured to route electromagnetic radiation transmitted by one of said transmit elements of the device to a plurality of receive elements of the device, wherein said waveguide comprises: a first branch for conveying electromagnetic radiation transmitted by said transmit element; and at least two further branches coupled to the first branch for routing said electromagnetic radiation to said plurality of receive elements. a dielectric portion having a surface for placing against said surface of the device; and at least one waveguide , wherein each waveguide extends through the plunger to route electromagnetic radiation transmitted by one of said transmit elements of the device to one or more of the receive elements of the device, wherein each waveguide comprises a plurality of waveguide openings for coupling electromagnetically to corresponding radiating elements of the plurality of radiating elements located at the surface of the device,
An inrush current detection method for a transformer, comprising: sampling (S201) at least a part of a current signal of the transformer to obtain a numerical matrix; providing (S202) the numerical matrix as an input to an inrush current detection neural network; and calculating (S203) and outputting a data vector corresponding to the numerical matrix by the inrush current detection neural network, wherein the data vector indicates whether the current signal is an inrush current, characterized in that , the method further comprising: detecting (S302) whether a maximum value in the numerical matrix is greater than a preset enabling threshold; and only when the maximum value in the numerical matrix is greater than or equal to the preset enabling threshold, providing (S303) the numerical matrix as an input to the inrush current detection neural network. sampling (S201) at least a part of a current signal of the transformer to obtain a numerical matrix; providing (S202) the numerical matrix as an input to an inrush current detection neural network; and calculating (S203) and outputting a data vector corresponding to the numerical matrix by the inrush current detection neural network, wherein the data vector indicates whether the current signal is an inrush current, characterized in that , the method further comprising: detecting (S302) whether a maximum value in the numerical matrix is greater than a preset enabling threshold; and only when the maximum value in the numerical matrix is greater than or equal to the preset enabling threshold, providing (S303) the numerical matrix as an input to the inrush current detection neural network. detecting (S302) whether a maximum value in the numerical matrix is greater than a preset enabling threshold; and only when the maximum value in the numerical matrix is greater than or equal to the preset enabling threshold, providing (S303) the numerical matrix as an input to the inrush current detection neural network.
Use of Kluyveromyces marxianus yeast for reducing FODMAP (Fermentable oligo-, di-, monosaccharides and polyols) content of wholemeal bread or wholemeal dough by 80 % compared to being prepared by a S. cerevisiae reference strain.
A plunger unit comprising: a rod member a plunger body movably mounted relative to the rod member ; and a first biasing member including two ends which respectively urges the plunger body and the rod member ; characterized in that a striker is movably mounted between the plunger body and the rod member , wherein the striker impacts the plunger body or the rod member to create signals when the first biasing member activates a movement of the plunger body relative to the rod member . a rod member a plunger body movably mounted relative to the rod member ; and a first biasing member including two ends which respectively urges the plunger body and the rod member ; characterized in that a striker is movably mounted between the plunger body and the rod member , wherein the striker impacts the plunger body or the rod member to create signals when the first biasing member activates a movement of the plunger body relative to the rod member .
An all-solid-state battery system comprising: an all-solid-state battery that includes a positive electrode active material layer , a solid electrolyte layer , and a negative electrode active material layer ; and a control device configured to control a charge-discharge voltage during use of the all-solid-state battery , wherein the negative electrode active material layer contains alloy negative electrode active material particles, an amorphization degree of the alloy negative electrode active material particles is comprised between 27.8% and 82.8% and satisfies the following conditions, 0.32 ≤ Z / W ≤ 0.60 , where Z: a controlled discharge capacity in an actual voltage range controlled by the control device of the all-solid-state battery completed as a product, and W: a theoretical capacity of the alloy negative electrode active material particlesxa total weight of the alloy negative electrode active material particlesxthe amorphization degree. an all-solid-state battery that includes a positive electrode active material layer , a solid electrolyte layer , and a negative electrode active material layer ; and a control device configured to control a charge-discharge voltage during use of the all-solid-state battery , wherein the negative electrode active material layer contains alloy negative electrode active material particles, an amorphization degree of the alloy negative electrode active material particles is comprised between 27.8% and 82.8% and satisfies the following conditions, 0.32 ≤ Z / W ≤ 0.60 , where Z: a controlled discharge capacity in an actual voltage range controlled by the control device of the all-solid-state battery completed as a product, and W: a theoretical capacity of the alloy negative electrode active material particlesxa total weight of the alloy negative electrode active material particlesxthe amorphization degree. Z: a controlled discharge capacity in an actual voltage range controlled by the control device of the all-solid-state battery completed as a product, and W: a theoretical capacity of the alloy negative electrode active material particlesxa total weight of the alloy negative electrode active material particlesxthe amorphization degree.
An intermediate transfer member , comprising a resin substrate layer and a surface layer disposed on the substrate layer , wherein the surface layer contains a cured product of a resin composition containing a polyfunctional (meth)acrylate, a photopolymerization initiator, and a tertiary amine compound having a melting point of 30°C or more, and at least one hydrogen atom is bonded to one carbon atom out of three carbon atoms bonded to a nitrogen atom in the tertiary amine compound.
A fuel pump comprising; a pump head (112; 212) defining a barrel in which a pumping plunger (116; 216) is slidable to pressurise fuel in a pumping chamber (122; 222), and a fluid-inlet path (120; 220) through which fuel flows in to the pumping chamber (122; 222) under control of an inlet valve during a plunger return stroke, wherein the pumping plunger (116; 216) is configured to cause pressurisation of the fuel in the fluid-inlet path (120; 220) and, wherein a portion of the fluid-inlet path (120; 220) is defined by a priming-pump chamber (123; 223), said fluid-inlet path (120; 220) comprising a fluid-inlet passage (120b; 220b) defined through the pump head (112; 212) and leading from the priming-pump chamber (123; 223) to a pumping-chamber inlet (125; 225) and, wherein said fluid-inlet passage (120b; 220b) is configured to permit fuel to flow into the priming-pump chamber (123; 223) from a fluid-inlet gallery .
Composition for caring for and/or making up keratin materials comprising, in a physiologically acceptable medium, a) at least one aqueous phase ; and b) at least one oily phase dispersed in the said aqueous phase; and c) at least microcapsules having a mean size from 10 μm to 400 μm and comprising: - an inner core comprising at least a dispersion of bismuth oxychloride in at least one oil chosen from non-volatile polar hydrocarbon-based oils, more particularly chosen from 2-ethylhexyl hydroxystearate, ethylhexyl ethylhexanoate, castor oil, or any combination thereof, and more particularly is 2-ethylhexyl hydroxystearate and - at least one outer shell formed of a wall-forming polymeric material surrounding the said core, the said outer shell comprising i) at least one wall-forming polymer, and ii) optionally at least one plasticizer and/or at least one opaque substance and/:or at least one fatty acid salt. a) at least one aqueous phase ; and b) at least one oily phase dispersed in the said aqueous phase; and c) at least microcapsules having a mean size from 10 μm to 400 μm and comprising: - an inner core comprising at least a dispersion of bismuth oxychloride in at least one oil chosen from non-volatile polar hydrocarbon-based oils, more particularly chosen from 2-ethylhexyl hydroxystearate, ethylhexyl ethylhexanoate, castor oil, or any combination thereof, and more particularly is 2-ethylhexyl hydroxystearate and - at least one outer shell formed of a wall-forming polymeric material surrounding the said core, the said outer shell comprising i) at least one wall-forming polymer, and ii) optionally at least one plasticizer and/or at least one opaque substance and/:or at least one fatty acid salt. - an inner core comprising at least a dispersion of bismuth oxychloride in at least one oil chosen from non-volatile polar hydrocarbon-based oils, more particularly chosen from 2-ethylhexyl hydroxystearate, ethylhexyl ethylhexanoate, castor oil, or any combination thereof, and more particularly is 2-ethylhexyl hydroxystearate and - at least one outer shell formed of a wall-forming polymeric material surrounding the said core, the said outer shell comprising i) at least one wall-forming polymer, and ii) optionally at least one plasticizer and/or at least one opaque substance and/:or at least one fatty acid salt. i) at least one wall-forming polymer, and ii) optionally at least one plasticizer and/or at least one opaque substance and/:or at least one fatty acid salt.
A radiotherapy system, comprising: an image acquisition device configured to acquire images of an anatomical region of interest of a patient; a radiotherapy device configured to deliver a dose of radiation to the anatomical region of interest based on the images of the anatomical region of interest; a processor device configured to: determine a primary plane of motion of the anatomical region of interest; determine a plurality of two-dimensional, 2D, slices parallel to the primary plane, the plurality of 2D slices defining a three-dimensional, 3D, volume substantially enclosing the anatomical region of interest; control the image acquisition device to acquire a plurality of 2D images based on the plurality of 2D slices; determine a motion of the anatomical region of interest based on at least a subset of the acquired plurality of 2D images; and control radiation delivery based on the determined motion. an image acquisition device configured to acquire images of an anatomical region of interest of a patient; a radiotherapy device configured to deliver a dose of radiation to the anatomical region of interest based on the images of the anatomical region of interest; a processor device configured to: determine a primary plane of motion of the anatomical region of interest; determine a plurality of two-dimensional, 2D, slices parallel to the primary plane, the plurality of 2D slices defining a three-dimensional, 3D, volume substantially enclosing the anatomical region of interest; control the image acquisition device to acquire a plurality of 2D images based on the plurality of 2D slices; determine a motion of the anatomical region of interest based on at least a subset of the acquired plurality of 2D images; and control radiation delivery based on the determined motion. determine a primary plane of motion of the anatomical region of interest; determine a plurality of two-dimensional, 2D, slices parallel to the primary plane, the plurality of 2D slices defining a three-dimensional, 3D, volume substantially enclosing the anatomical region of interest; control the image acquisition device to acquire a plurality of 2D images based on the plurality of 2D slices; determine a motion of the anatomical region of interest based on at least a subset of the acquired plurality of 2D images; and control radiation delivery based on the determined motion.
A method for reporting channel status information, CSI, by a user equipment in a wireless communication system, the method comprising: receiving (S1720), from a base station , a channel status information-reference signal, CSI-RS, based on CSI-RS configuration information provided (S1710) from the base station ; and reporting (S1740), to the base station , the CSI generated (S1730) based on the CSI-RS, wherein the CSI-RS configuration information includes a plurality of CSI-RS configurations for determining a beamforming of a horizontal domain antenna group of a 2-dimensional antenna structure of the base station , wherein the plurality of CSI-RS configurations are determined based on a beamforming of a vertical domain antenna group, and wherein the beamforming of the vertical domain antenna group is determined based on the reported CSI for the vertical domain antenna group. receiving (S1720), from a base station , a channel status information-reference signal, CSI-RS, based on CSI-RS configuration information provided (S1710) from the base station ; and reporting (S1740), to the base station , the CSI generated (S1730) based on the CSI-RS, wherein the CSI-RS configuration information includes a plurality of CSI-RS configurations for determining a beamforming of a horizontal domain antenna group of a 2-dimensional antenna structure of the base station , wherein the plurality of CSI-RS configurations are determined based on a beamforming of a vertical domain antenna group, and wherein the beamforming of the vertical domain antenna group is determined based on the reported CSI for the vertical domain antenna group.
A fertilizer composition, comprising solid granules each including a homogeneous blend of ammonium sulfate, a water insoluble oxide of a micronutrient metal, and a water-soluble sulfate of the micronutrient metal, wherein the solid granules each comprise ammonium sulfate in an amount of 80 wt.% to 98 wt.%, the water insoluble oxide of the micronutrient metal in an amount of 0.1 wt.% to 3 wt.%, and the solid granules each comprise the water-soluble sulfate of the micronutrient metal in an amount of 0.1 wt.% to 5 wt.%, based on a total weight of the fertilizer composition wherein the micronutrient metal includes at least one metal selected from the group consisting of zinc, copper, iron, magnesium, manganese, molybdenum, and cobalt, and wherein the water-insoluble oxide has a water solubility of less than 0.05g/L at 25 °C and the water-soluble sulfate has a water solubility of at least 0.05g/L at 25 °C.
A topical formulation for use in impeding lactic acidosis in an individual subjected to tasks which require physical exertion, said topical formulation being for transdermal delivery of an active agent through the skin of a subject, wherein said active agent comprises sodium bicarbonate, wherein said formulation comprises lecithin organogel at 25% - 70% w/w of said formulation, said lecithin organogel comprising isopropyl palmitate, sodium bicarbonate at 0.01% - 50% w/w of the formulation, benzyl alcohol at 0.5%-20% w/w of the formulation, a poloxamer at 2% -25% w/w of the formulation, and water at least in an amount in molar excess of the poloxamer. lecithin organogel at 25% - 70% w/w of said formulation, said lecithin organogel comprising isopropyl palmitate, sodium bicarbonate at 0.01% - 50% w/w of the formulation, benzyl alcohol at 0.5%-20% w/w of the formulation, a poloxamer at 2% -25% w/w of the formulation, and water at least in an amount in molar excess of the poloxamer.
A circuit breaker having a thermal sensor coupled to a secondary winding of a current transformer for modeling a temperature of a primary conductor carrying primary current to the circuit breaker , the circuit breaker comprising: a electrically conductive element at least a part of which is coupled to an electrical conductor carrying secondary current from the secondary winding of the current transformer in the circuit breaker , the conductive element being dimensioned such that a thermal mass of the conductive element, determined according to a function that includes a ratio of the primary current to the secondary current and a heat capacity of the conductive material, of which the conductive element is composed, models a rate of heating or cooling in the primary conductor ; and a semiconductor element connected to at least part of the conductive element and providing a voltage across a p-n junction of the semiconductor element , the voltage varying as a function of a temperature of the conductive element . a electrically conductive element at least a part of which is coupled to an electrical conductor carrying secondary current from the secondary winding of the current transformer in the circuit breaker , the conductive element being dimensioned such that a thermal mass of the conductive element, determined according to a function that includes a ratio of the primary current to the secondary current and a heat capacity of the conductive material, of which the conductive element is composed, models a rate of heating or cooling in the primary conductor ; and a semiconductor element connected to at least part of the conductive element and providing a voltage across a p-n junction of the semiconductor element , the voltage varying as a function of a temperature of the conductive element .
A control method for outputting an audio file through a wireless audio output device, comprising: determining (S200) whether a user is approaching the wireless audio output device, when a proximity sensor of the wireless audio output device detects the user within a proximity of the wireless audio output device; when it is detected by the proximity sensor that the user is approaching, searching (S202) for a portable device by sending a request signal to search for the portable device, and when a response signal corresponding to the sent request signal is received from the portable device, comparing identification information included in the response signal with identification information of the portable device, which is stored in the wireless audio output device; when the identification information matches, connecting (S203) to the portable device, receiving (S204) the audio file being reproduced by the portable device, and outputting (S205) the audio file to be played through one or more speakers connected to the wireless audio output device. determining (S200) whether a user is approaching the wireless audio output device, when a proximity sensor of the wireless audio output device detects the user within a proximity of the wireless audio output device; when it is detected by the proximity sensor that the user is approaching, searching (S202) for a portable device by sending a request signal to search for the portable device, and when a response signal corresponding to the sent request signal is received from the portable device, comparing identification information included in the response signal with identification information of the portable device, which is stored in the wireless audio output device; when the identification information matches, connecting (S203) to the portable device, receiving (S204) the audio file being reproduced by the portable device, and outputting (S205) the audio file to be played through one or more speakers connected to the wireless audio output device.