mhurhangee/patent-ind-claim-en huggingface dataset:
Method (MTH) for calculating the position of an athlete (Ath), referred to as target (Tgt), on a sports field (SpF), where the term sports field also encompasses an ice-hockey rink, comprising: - estimating (Est_ApPos) an approximate position (ApPos) of the target (Tgt) using a radio-based positioning system (RdPS), said system comprising tracking sensors (Snr) attached to several athletes on the sports field (SpF) and antennas (At1,... ,AtM) installed around the sports field (SpF) and calculates position using distance or angle-of-arrival measurements between the tracking sensors and antennas - defining (Def_ScSpa) a search space (ScSpa) around said approximate position (ApPos), - detecting (Dtc_Ath) an athlete (Ath) in said search space (ScSpa) using an optical-based positioning system (OpPA), said system comprising cameras (Cm1,...CmN) installed above and/or around the sports field (SpF) and image recognition means, - determining (Dtm_AcPos) using the optical-based positioning system (OpPA) an accurate position (AcPos) of said detected athlete (Ath), - generating (Gen Adlnf) acceleration data, orientation or pose data as additional information (Adlnf) on the target (Tgt) using the optical-based positioning system (OpPS) and/or generating additional information (Adlnf) on the target using at least one inertial measurement unit attached to the target (Tgt) - validating (Val_AcPos) the accurate position (AcPos) of the target (Tgt) by means of said additional information (Adlnf), - attributing (Atr_AcPos) the accurate position (AcPos) to the target (Tgt). - estimating (Est_ApPos) an approximate position (ApPos) of the target (Tgt) using a radio-based positioning system (RdPS), said system comprising tracking sensors (Snr) attached to several athletes on the sports field (SpF) and antennas (At1,... ,AtM) installed around the sports field (SpF) and calculates position using distance or angle-of-arrival measurements between the tracking sensors and antennas - defining (Def_ScSpa) a search space (ScSpa) around said approximate position (ApPos), - detecting (Dtc_Ath) an athlete (Ath) in said search space (ScSpa) using an optical-based positioning system (OpPA), said system comprising cameras (Cm1,...CmN) installed above and/or around the sports field (SpF) and image recognition means, - determining (Dtm_AcPos) using the optical-based positioning system (OpPA) an accurate position (AcPos) of said detected athlete (Ath), - generating (Gen Adlnf) acceleration data, orientation or pose data as additional information (Adlnf) on the target (Tgt) using the optical-based positioning system (OpPS) and/or generating additional information (Adlnf) on the target using at least one inertial measurement unit attached to the target (Tgt) - validating (Val_AcPos) the accurate position (AcPos) of the target (Tgt) by means of said additional information (Adlnf), - attributing (Atr_AcPos) the accurate position (AcPos) to the target (Tgt).
A lentiviral vector comprising a polynucleotide, wherein the polynucleotide comprises (i) a transcriptional regulatory sequence comprising a first promoter and at least one binding site for a transcriptional repressor wherein said first promoter and said binding site for a transcriptional repressor are arranged so that the binding of the transcriptional repressor to said binding site inhibits the transcriptional activity of the promoter and (ii) an expression cassette comprising a polynucleotide encoding a regulatable transcriptional repressor under the operative control of a second promoter wherein said regulatable transcriptional repressor is capable of specifically binding to the binding site in the transcriptional regulatory sequence in the absence but not in the presence of a ligand thereof, wherein the first promoter is the cytomegalovirus (CMV) immediate early promoter, wherein the binding site for the transcriptional repressor comprises a TetO operator sequence, wherein the regulatable transcriptional repressor is the tetracycline repressor and wherein the second promoter is selected from the group consisting of the Spleen Focus Forming Virus (SFFV) Long Term Repeat (LTR) promoter and the Elongation Factor 1alpha (EF1α) promoter. (i) a transcriptional regulatory sequence comprising a first promoter and at least one binding site for a transcriptional repressor wherein said first promoter and said binding site for a transcriptional repressor are arranged so that the binding of the transcriptional repressor to said binding site inhibits the transcriptional activity of the promoter and (ii) an expression cassette comprising a polynucleotide encoding a regulatable transcriptional repressor under the operative control of a second promoter wherein said regulatable transcriptional repressor is capable of specifically binding to the binding site in the transcriptional regulatory sequence in the absence but not in the presence of a ligand thereof,
A radiation detector system comprising: a semiconductor detector having a surface ; plural pixelated anodes disposed on the surface , the pixelated anodes arranged in a grid defining a footprint ; and a side anode , the side anode disposed outside of the footprint defined by the plural pixelated anodes , the side anode having a length extending along at least two of the pixelated anodes , wherein the side anode is coupled to an electronic channel and configured to generate a non-collected charge signal in response to absorption of a photon in a pixelated anode disposed adjacent to the side anode . a semiconductor detector having a surface ; plural pixelated anodes disposed on the surface , the pixelated anodes arranged in a grid defining a footprint ; and a side anode , the side anode disposed outside of the footprint defined by the plural pixelated anodes , the side anode having a length extending along at least two of the pixelated anodes , wherein the side anode is coupled to an electronic channel and configured to generate a non-collected charge signal in response to absorption of a photon in a pixelated anode disposed adjacent to the side anode .
A communications system, wherein the communications system comprises first user equipment UE and second UE, the first UE resides in a 5G SA network or a long term evolution LTE network, and the second UE resides in the 5G SA network; the first UE is configured to initiate a multimedia subsystem IMS domain-based voice call to the second UE, wherein the multimedia subsystem IMS domain-based voice bearer comprises a voice over long term evolution VoLTE, or a voice over new radio VoNR, or an evolved packet system fallback EPS fallback; the first UE is further configured to: fall back to an LTE network and initiate a VoLTE call retry to the second UE on the LTE network, in response to a fact that the VoNR or EPS fallback call initiated by the first UE is abnormally released by a network in a setup phase, or initiate a circuit switched fallback CSFB call retry to the second UE on the LTE network in response to a fact that the VoLTE call initiated by the first UE is abnormally released by the network in the setup phase; and the second UE is configured to fall back to the LTE network or a CS domain in response to a fact that a call is abnormally released by the network in the setup phase; the second UE is further configured to: start a first timer when the second UE falls back to the LTE network, and suppress 5G SA during starting of the first timer; and cancel suppression of the 5G SA when the first timer expires and the second UE is not in a call state. the first UE is configured to initiate a multimedia subsystem IMS domain-based voice call to the second UE, wherein the multimedia subsystem IMS domain-based voice bearer comprises a voice over long term evolution VoLTE, or a voice over new radio VoNR, or an evolved packet system fallback EPS fallback; the first UE is further configured to: fall back to an LTE network and initiate a VoLTE call retry to the second UE on the LTE network, in response to a fact that the VoNR or EPS fallback call initiated by the first UE is abnormally released by a network in a setup phase, or initiate a circuit switched fallback CSFB call retry to the second UE on the LTE network in response to a fact that the VoLTE call initiated by the first UE is abnormally released by the network in the setup phase; and the second UE is configured to fall back to the LTE network or a CS domain in response to a fact that a call is abnormally released by the network in the setup phase; the second UE is further configured to: start a first timer when the second UE falls back to the LTE network, and suppress 5G SA during starting of the first timer; and cancel suppression of the 5G SA when the first timer expires and the second UE is not in a call state.
A sweet composition, comprising a low glycemic index sugar component having a glycemic index of not more than 20, wherein the sweet composition comprises not less than 50% weight of the low glycemic index sugar component, wherein the sweet composition is substantially free of D-sucrose, D-fructose, D-glucose, sugar alcohols, and non-sugar sweeteners, wherein the low glycemic index sugar component consists essentially of psicose, isomaltulose, and a third low glycemic index sugar selected from a group consisting of trehalose, sorbose, tagatose, or a combination thereof, and wherein isomaltulose and psicose are in a ratio of from 3:1 to 1:3.
An outboard motor , comprising: an engine including: a cylinder unit made of metal; a head cover made of resin, the head cover attached to the cylinder unit ; and an ignition coil device attached to the head cover ; and a casing made of resin, the casing covering the engine , the ignition coil device includes a radiated noise reducer portion configured to reduce noise radiated from the ignition coil device , wherein the ignition coil device further includes: a coil ; and a coil casing made of resin, the coil casing accommodating the coil , and the radiated noise reducer portion is a cover member made of metal, the cover member covering at least a portion of the coil casing , a ground cable comprising a terminal is provided and the cover member , the coil casing and the terminal of the ground cable are fixed to the head cover . an engine including: a cylinder unit made of metal; a head cover made of resin, the head cover attached to the cylinder unit ; and an ignition coil device attached to the head cover ; and a casing made of resin, the casing covering the engine , the ignition coil device includes a radiated noise reducer portion configured to reduce noise radiated from the ignition coil device , wherein the ignition coil device further includes: a coil ; and a coil casing made of resin, the coil casing accommodating the coil , and the radiated noise reducer portion is a cover member made of metal, the cover member covering at least a portion of the coil casing , a ground cable comprising a terminal is provided and the cover member , the coil casing and the terminal of the ground cable are fixed to the head cover .
A heat-radiating sheet , in which a rate of reduction (%) ((R1 - R2)/R1 × 100) of a thermal resistance (R2) (°C/W) of the heat-radiating sheet as measured when tightened at a tightening torque of 6 kgf cm by using a screw after being impregnated in an antifreeze containing 98% by mass or more of ethylene glycol at a temperature of 25°C for 500 hours relative to a thermal resistance (R1) (°C/W) of the heat-radiating sheet as measured when tightened at a tightening torque of 6 kgf cm by using a screw is 30% or less.
A lower limb prosthesis comprising at least first and second interconnected load-bearing members which are moveable relative to each other when the prosthesis is loaded, and a movement control system, wherein the movement control system comprises: a hydraulic movement control device having a hydraulic circuit and an energy conversion device for converting electrical energy into fluid flow energy in the hydraulic circuit , the hydraulic movement control device interconnecting the first and second load-bearing members and constructed and arranged to control the said relative movement; an electrical energy storage element; at least one sensor for sensing a kinetic or kinematic parameter of locomotion; and coupled to the at least one sensor and the hydraulic movement control device , a processor arranged to control operation of the hydraulic movement control device in response to signals received from the sensor or sensors so as to control: the storage in the storage element of energy associated with relative movement of first and second load-bearing members arising from the application of a load to the prosthesis; and the release of energy from the electrical energy storage element to urge relative movement of the load-bearing members . a hydraulic movement control device having a hydraulic circuit and an energy conversion device for converting electrical energy into fluid flow energy in the hydraulic circuit , the hydraulic movement control device interconnecting the first and second load-bearing members and constructed and arranged to control the said relative movement; an electrical energy storage element; at least one sensor for sensing a kinetic or kinematic parameter of locomotion; and coupled to the at least one sensor and the hydraulic movement control device , a processor arranged to control operation of the hydraulic movement control device in response to signals received from the sensor or sensors so as to control: the storage in the storage element of energy associated with relative movement of first and second load-bearing members arising from the application of a load to the prosthesis; and the release of energy from the electrical energy storage element to urge relative movement of the load-bearing members . the storage in the storage element of energy associated with relative movement of first and second load-bearing members arising from the application of a load to the prosthesis; and the release of energy from the electrical energy storage element to urge relative movement of the load-bearing members .
A packaging body superimposing sheet members, comprising: a sticking region formed on an outer periphery of superimposed sheet members, an opening in at least one part of the sticking region , and a seal portion sealing the opening , wherein the seal portion has a wide-angle, substantially V-shaped angular shape bent so as to be convex toward the upper side of the packaging body , and includes a first sticking portion having a mountain-like angular shape connected to the upper ends of the sticking region , characterized in that the seal portion further includes: a first non-sticking portion formed in a mountain-like angular shape adjacent to an outside of the first sticking portion spaced apart from the sticking region , and a second sticking portion formed in a mountain-like angular shape adjacent to an outside of the first non-sticking portion spaced apart from the sticking region and the first sticking portion , wherein both ends of the second sticking portion are spaced apart from the first sticking portion . a sticking region formed on an outer periphery of superimposed sheet members, an opening in at least one part of the sticking region , and a seal portion sealing the opening , wherein the seal portion has a wide-angle, substantially V-shaped angular shape bent so as to be convex toward the upper side of the packaging body , and includes a first sticking portion having a mountain-like angular shape connected to the upper ends of the sticking region , characterized in that the seal portion further includes: a first non-sticking portion formed in a mountain-like angular shape adjacent to an outside of the first sticking portion spaced apart from the sticking region , and a second sticking portion formed in a mountain-like angular shape adjacent to an outside of the first non-sticking portion spaced apart from the sticking region and the first sticking portion , wherein both ends of the second sticking portion are spaced apart from the first sticking portion . a first non-sticking portion formed in a mountain-like angular shape adjacent to an outside of the first sticking portion spaced apart from the sticking region , and a second sticking portion formed in a mountain-like angular shape adjacent to an outside of the first non-sticking portion spaced apart from the sticking region and the first sticking portion , wherein both ends of the second sticking portion are spaced apart from the first sticking portion .
A radiation imaging device comprising: an electrical insulation layer having a top surface and a bottom surface; a top electrode on the top surface of the electrical insulation layer ; and a plurality of pixel units electrically coupled to the electrical insulation layer , wherein each of the plurality of pixel units comprises a charge collection electrode , wherein the charge collection electrode is in direct contact with the bottom surface of the electrical insulation layer and within the electrical insulation layer , without a photoconductive layer formed therebetween, wherein when a bias voltage is applied to the top electrode and a radiation beam is directed at the top electrode , the electrical insulation layer is ionized, generating a charge signal in one or more of the plurality of pixel units. an electrical insulation layer having a top surface and a bottom surface; a top electrode on the top surface of the electrical insulation layer ; and a plurality of pixel units electrically coupled to the electrical insulation layer , wherein each of the plurality of pixel units comprises a charge collection electrode , wherein the charge collection electrode is in direct contact with the bottom surface of the electrical insulation layer and within the electrical insulation layer , without a photoconductive layer formed therebetween, wherein when a bias voltage is applied to the top electrode and a radiation beam is directed at the top electrode , the electrical insulation layer is ionized, generating a charge signal in one or more of the plurality of pixel units.
A process for producing a glass melting component composed of refractory metal, characterized in that a surface zone of the glass melting component is densified at least in sections by application of local compressive stress and as a result has its porosity reduced compared to a volume section which is located underneath the surface zone and has residual porosity, wherein after densification of the surface zone the glass melting component or at least the surface zone of the glass melting component is subjected to a heat treatment at a temperature above a recrystallization temperature of the refractory metal such that grain growth is induced in the surface zone .
A composition, comprising: (a) polydatin; (b) at least one caffeoyl quinic acid compound; (c) at least one Vitamin B3 compound; and (d) water, wherein the amount of the (b) caffeoyl quinic acid compound is 0.5% by weight or more, preferably 1.0% by weight or more, and more preferably 1.5% by weight or more, relative to the total weight of the composition. (a) polydatin; (b) at least one caffeoyl quinic acid compound; (c) at least one Vitamin B3 compound; and (d) water,
A cutting device configured for horizontally cutting a block of cheese contained in a container being open at the top , the cutting device comprising: - an elongate vertical shaft configured to be partly inserted into the block of cheese and being configured for rotating 360 degrees around its longitudinal axis ; - one or more horizontal extending knives extending out from the vertical shaft , configured to be fully inserted into the block of cheese and being configured for cutting the block of cheese in one or more horizontal planes ; characterized in that the cutting device is configured for horizontally cutting a cubic or cuboid block of cheese contained in a container and Z whererrrthe cutting device is further configured for moving and rotating the vertical shaft in at least two vertical planes within the block of cheese , thereby moving and rotating each horizontal extending knife in a horizontal plane within the block of cheese , to provide horizontal cutting of the block of cheese . - an elongate vertical shaft configured to be partly inserted into the block of cheese and being configured for rotating 360 degrees around its longitudinal axis ; - one or more horizontal extending knives extending out from the vertical shaft , configured to be fully inserted into the block of cheese and being configured for cutting the block of cheese in one or more horizontal planes ;
A method for wireless communications by a user equipment "UE", comprising: determining whether beam correspondence between the UE and a base station "BS" applies at the UE, wherein determining whether beam correspondence applies comprises determining whether the UE can determine at least one of: a beam to use for uplink transmission based on a downlink reception beam or a beam to use for downlink reception based on an uplink transmission beam; and based on the determination, providing an indication to the BS, via a physical random access channel "PRACH" message during a RACH procedure, of whether beam correspondence applies at the UE. determining whether beam correspondence between the UE and a base station "BS" applies at the UE, wherein determining whether beam correspondence applies comprises determining whether the UE can determine at least one of: a beam to use for uplink transmission based on a downlink reception beam or a beam to use for downlink reception based on an uplink transmission beam; and based on the determination, providing an indication to the BS, via a physical random access channel "PRACH" message during a RACH procedure, of whether beam correspondence applies at the UE.
Resin beads being resin particles obtained by subjecting a polymerizable solution comprising a monomer mixture comprising a plurality of monomers each having a copolymerizable functional group, a non-polymerizable silicone, and a polymerization initiator to suspension polymerization in an aqueous phase comprising a dispersion stabilizer dissolved therein to produce resin particles comprising the silicone in a fixed state, wherein the non-polymerizable silicone is any one of silicone-acrylic copolymers, polyether-modified silicones, polyether alkyl-modified silicones, trimethylsiloxysilicates and silicone elastomers, wherein the monomer mixture comprises a monomer having a plurality of copolymerizable functional groups and a content of the monomer having a plurality of copolymerizable functional groups is 20% by mass or more of all monomers, wherein the monomer having a copolymerizable functional group and the monomer having a plurality of copolymerizable functional groups is a (meth)acrylate-based monomer, and wherein the non-polymerizable silicone is contained in a ratio of 0.1 to 20 parts by mass relative to 100 parts by mass of the resin particles.