mhurhangee/patent-ind-claim-en huggingface dataset:
A method for beamforming information interaction, the method comprising: receiving , by a first network device, first beamforming information sent by a second network device, the first network device being a network device corresponding to a present serving cell for a terminal, the second network device being a neighbouring network device of the first network device, wherein the first beamforming information comprises first measurement configuration information of the second network device, and the first measurement configuration information comprises a measurement frequency, a measurement cycle, a measurement duration, and a beamforming resource allocation parameter; and configuring , by the first network device, the terminal according to the first beamforming information. receiving , by a first network device, first beamforming information sent by a second network device, the first network device being a network device corresponding to a present serving cell for a terminal, the second network device being a neighbouring network device of the first network device, wherein the first beamforming information comprises first measurement configuration information of the second network device, and the first measurement configuration information comprises a measurement frequency, a measurement cycle, a measurement duration, and a beamforming resource allocation parameter; and configuring , by the first network device, the terminal according to the first beamforming information.
A wrist-worn device comprising: • a band or strap for attaching the device to a wearer's wrist ; • a barcode reader comprising a laser or light emitting diode for illuminating a barcode when activated; • a sensor ; and • a processor coupled to said sensor and to said barcode reader; and characterised by the sensor being configured in use to detect rotation of the device indicative of a rotation of the device around a longitudinal axis of the wearer's wrist and the processor being configured in use to activate the laser or light emitting diode, or place the device in a state in which a predefined subsequent gesture can activate the laser or light emitting diode, when the sensor detects said rotation of the device over at least a predefined angle. • a band or strap for attaching the device to a wearer's wrist ; • a barcode reader comprising a laser or light emitting diode for illuminating a barcode when activated; • a sensor ; and • a processor coupled to said sensor and to said barcode reader; and characterised by the sensor being configured in use to detect rotation of the device indicative of a rotation of the device around a longitudinal axis of the wearer's wrist and the processor being configured in use to activate the laser or light emitting diode, or place the device in a state in which a predefined subsequent gesture can activate the laser or light emitting diode, when the sensor detects said rotation of the device over at least a predefined angle.
Procedure for the radar-based measurement of a level (L) of a medium , wherein said medium is located within a measuring range (h) in a vessel , wherein an initial selection area (ROI) is defined within the measuring range (h), and wherein said procedure comprises the following procedural steps which are repeated in consecutive measuring cycles (n): - Transmission of a microwave signal (S HF ) in the direction of the medium , - Reception of a reception signal (E HF ) following the reflection of the microwave signal (S HF ) inside the vessel , - Creation of an evaluation curve (ZF) using at least the reception signal (E HF ), - Formation of a differential curve (Diff) using the evaluation curve (ZF) and a predefined reference curve (Ref), - Determination of the level (L) within the selection area (ROI) using the evaluation curve (ZF) or using the differential curve (Diff), - Check of whether the differential curve (Diff) satisfies a predefined criterion at least at one point (d), - Redefinition of the selection area (ROI) at the point (d) where the criterion is satisfied, for the subsequent measuring cycle (n), provided that the differential curve (Diff) satisfies the predefined criterion at the at least one point (d), and - Setting of the evaluation curve (ZF) as the new reference curve (Ref) for the subsequent measuring cycle (n) provided that the differential curve (Diff) satisfies the predefined criterion at the at least one point (d). - Transmission of a microwave signal (S HF ) in the direction of the medium , - Reception of a reception signal (E HF ) following the reflection of the microwave signal (S HF ) inside the vessel , - Creation of an evaluation curve (ZF) using at least the reception signal (E HF ), - Formation of a differential curve (Diff) using the evaluation curve (ZF) and a predefined reference curve (Ref), - Determination of the level (L) within the selection area (ROI) using the evaluation curve (ZF) or using the differential curve (Diff), - Check of whether the differential curve (Diff) satisfies a predefined criterion at least at one point (d), - Redefinition of the selection area (ROI) at the point (d) where the criterion is satisfied, for the subsequent measuring cycle (n), provided that the differential curve (Diff) satisfies the predefined criterion at the at least one point (d), and - Setting of the evaluation curve (ZF) as the new reference curve (Ref) for the subsequent measuring cycle (n) provided that the differential curve (Diff) satisfies the predefined criterion at the at least one point (d).
A glasses type mobile terminal , comprising: an output unit configured to output information; a camera ; a wireless communication unit configured to wirelessly communicate with an external terminal; and a controller configured to: receive a first image by the camera , determine a viewing region of the glasses type mobile terminal , wherein the viewing region is a portion in the first image currently watched by a user wearing the glass type mobile terminal , transmit the first image with the viewing region determined therein to the external terminal via the wireless communication unit , receive touch information from the external terminal indicating a touch input of the first image displayed on the external terminal is outside a corresponding viewing region of the glasses type mobile terminal , and display an indicator via the output unit indicating the touch input of the first image displayed on the external terminal is outside the viewing region of the glasses type mobile terminal . an output unit configured to output information; a camera ; a wireless communication unit configured to wirelessly communicate with an external terminal; and a controller configured to: receive a first image by the camera , determine a viewing region of the glasses type mobile terminal , wherein the viewing region is a portion in the first image currently watched by a user wearing the glass type mobile terminal , transmit the first image with the viewing region determined therein to the external terminal via the wireless communication unit , receive touch information from the external terminal indicating a touch input of the first image displayed on the external terminal is outside a corresponding viewing region of the glasses type mobile terminal , and display an indicator via the output unit indicating the touch input of the first image displayed on the external terminal is outside the viewing region of the glasses type mobile terminal . receive a first image by the camera , determine a viewing region of the glasses type mobile terminal , wherein the viewing region is a portion in the first image currently watched by a user wearing the glass type mobile terminal , transmit the first image with the viewing region determined therein to the external terminal via the wireless communication unit , receive touch information from the external terminal indicating a touch input of the first image displayed on the external terminal is outside a corresponding viewing region of the glasses type mobile terminal , and display an indicator via the output unit indicating the touch input of the first image displayed on the external terminal is outside the viewing region of the glasses type mobile terminal .
A connector , configured to provide a Peripheral Component Interconnect Express, PCIe, communications interface, wherein the PCIe communications interface is configured to connect a non-volatile memory express, NVMe, storage device and a computer device , and the connector comprises at least a first pin , a second pin , a third pin , and a fourth pin ; the first pin is configured to indicate an in-service signal of the NVMe storage device ; the second pin is configured to indicate a power supply signal of the NVMe storage device ; the third pin is configured to indicate a clock signal of the NVMe storage device ; the fourth pin is configured to indicate a PCIe port signal of the NVMe storage device ; characterized by : the first pin , the second pin , the third pin , and the fourth pin have an equal length; and the connector comprises a first face and a second face, a limiting structure is arranged on the first face, the limiting structure is a boss or a groove, and the first pin is located in the middle of the first face. the first pin is configured to indicate an in-service signal of the NVMe storage device ; the second pin is configured to indicate a power supply signal of the NVMe storage device ; the third pin is configured to indicate a clock signal of the NVMe storage device ; the fourth pin is configured to indicate a PCIe port signal of the NVMe storage device ; characterized by : the first pin , the second pin , the third pin , and the fourth pin have an equal length; and the connector comprises a first face and a second face, a limiting structure is arranged on the first face, the limiting structure is a boss or a groove, and the first pin is located in the middle of the first face. the first pin , the second pin , the third pin , and the fourth pin have an equal length; and the connector comprises a first face and a second face, a limiting structure is arranged on the first face, the limiting structure is a boss or a groove, and the first pin is located in the middle of the first face.
An oral treatment device comprising an oral treatment unit for confining an electromagnetic field having a frequency in the range of 100 kHz to 300 MHz and adapted to be inserted into an oral cavity, and a base unit adapted to be used in combination with the oral treatment unit, the oral treatment unit comprising: a first cleaning element coupled to or integrated in the oral treatment unit; and a metamaterial structure coupled to or integrated in the oral treatment unit adapted to receive an initial electromagnetic field and output a focused electromagnetic field, wherein the metamaterial structure has one or more of: a negative effective permittivity; a negative effective permeability; and a negative refractive index, and wherein the metamaterial structure has a passive electromagnetic field focusing function, which confines the received initial electromagnetic field in the near-field region of the metamaterial structure, wherein the metamaterial structure comprises an arrangement of unit cells. a first cleaning element coupled to or integrated in the oral treatment unit; and a metamaterial structure coupled to or integrated in the oral treatment unit adapted to receive an initial electromagnetic field and output a focused electromagnetic field, wherein the metamaterial structure has one or more of: a negative effective permittivity; a negative effective permeability; and a negative refractive index, and wherein the metamaterial structure has a passive electromagnetic field focusing function, which confines the received initial electromagnetic field in the near-field region of the metamaterial structure, wherein the metamaterial structure comprises an arrangement of unit cells. a negative effective permittivity; a negative effective permeability; and a negative refractive index, and wherein the metamaterial structure has a passive electromagnetic field focusing function, which confines the received initial electromagnetic field in the near-field region of the metamaterial structure, wherein the metamaterial structure comprises an arrangement of unit cells.
A textile laminate (W) in which a plurality of unidirectional textiles having a plurality of yarns arranged in a uniaxial orientation are laminated, and the unidirectional textiles are joined in the lamination direction with joining yarns , wherein the textile laminate (W) is twisted around a torsion axis , which extends in a straight line in a predetermined direction, the yarns of at least one of the unidirectional textiles are oriented in a manner intersecting with the torsion axis , the textile laminate (W) comprises: a pair of side edge sections positioned at opposite ends in the axial direction of the torsion axis , and torsional edge sections connecting the side edge sections to each other, characterized in that the yarns of the unidirectional textile intersecting with the torsion axis as viewed from the direction orthogonal to the torsion axis extend in straight lines from the torsion axis toward the torsional edge sections . a pair of side edge sections positioned at opposite ends in the axial direction of the torsion axis , and torsional edge sections connecting the side edge sections to each other,
Pitch adjustment cylinder for adjusting a pitch angle of a blade of a wind turbine , the pitch adjustment cylinder comprising: - a cylinder barrel having a first cylinder barrel thread with a first thread pitch (P1), - a piston arranged movably in the cylinder barrel and extending out of the cylinder barrel for coupling to one of the blade and a hub of the wind turbine , - a trunnion adapted to couple the cylinder barrel to the other one of the blade and the hub of the wind turbine , wherein the cylinder barrel extends through the trunnion , the trunnion has a first trunnion thread with a second thread pitch (P2) being different from the first thread pitch (P1); - a sleeve arranged at least partially between the trunnion and the cylinder barrel , wherein the cylinder barrel extends through the sleeve , the sleeve has an inner sleeve thread with the first thread pitch (P1) and is engaged with the first cylinder barrel thread )and the sleeve has an outer sleeve thread with the second thread pitch (P2) and is engaged with the first trunnion thread . - a cylinder barrel having a first cylinder barrel thread with a first thread pitch (P1), - a piston arranged movably in the cylinder barrel and extending out of the cylinder barrel for coupling to one of the blade and a hub of the wind turbine , - a trunnion adapted to couple the cylinder barrel to the other one of the blade and the hub of the wind turbine , wherein the cylinder barrel extends through the trunnion , the trunnion has a first trunnion thread with a second thread pitch (P2) being different from the first thread pitch (P1); - a sleeve arranged at least partially between the trunnion and the cylinder barrel , wherein the cylinder barrel extends through the sleeve , the sleeve has an inner sleeve thread with the first thread pitch (P1) and is engaged with the first cylinder barrel thread )and the sleeve has an outer sleeve thread with the second thread pitch (P2) and is engaged with the first trunnion thread .
A display device, comprising: a substrate including an active area (AAR) and a non-active area (NAR) around the active area (AAR) and including a pad area (PA) in which a plurality of touch pads are arranged; a plurality of sensing electrodes (TE) in the active area (AAR) of the substrate ; a plurality of sensing signal lines (TL) connected to each of the sensing electrodes (TE) in one to one correspondence; at least one multiplexer (MUXP) whose at least two inputs are connected to the plurality of sensing signal lines (TL); at least one pad multiplexer connection line (PML) connecting the output of said multiplexer (MUXP) and a touch pad of the plurality of touch pads; a driving circuit (OCP), the driving circuit disposed adjacent to the at least one pad multiplexer connection line (PML) when viewed in a plan view; a transverse electric field blocking pattern (FPP) between the at least one pad multiplexer connection line (PML) and the substrate when viewed in a plan view; and a cathode electrode between the pad multiplexer connection line (PML) and the sensing electrode (TE), wherein the cathode electrode overlaps the pad multiplexer connection line (PML) and the driving circuit (OCP); wherein the transverse electric field blocking pattern (FPP) overlaps the at least one pad multiplexer connection line (PML) when viewed in the plan view and the transverse electric field blocking pattern (FPP) in combination with the cathode layer is configured to block a transverse electric field between the driving circuit (OCP) and the pad multiplexer connection line (PML). a substrate including an active area (AAR) and a non-active area (NAR) around the active area (AAR) and including a pad area (PA) in which a plurality of touch pads are arranged; a plurality of sensing electrodes (TE) in the active area (AAR) of the substrate ; a plurality of sensing signal lines (TL) connected to each of the sensing electrodes (TE) in one to one correspondence; at least one multiplexer (MUXP) whose at least two inputs are connected to the plurality of sensing signal lines (TL); at least one pad multiplexer connection line (PML) connecting the output of said multiplexer (MUXP) and a touch pad of the plurality of touch pads; a driving circuit (OCP), the driving circuit disposed adjacent to the at least one pad multiplexer connection line (PML) when viewed in a plan view; a transverse electric field blocking pattern (FPP) between the at least one pad multiplexer connection line (PML) and the substrate when viewed in a plan view; and a cathode electrode between the pad multiplexer connection line (PML) and the sensing electrode (TE), wherein the cathode electrode overlaps the pad multiplexer connection line (PML) and the driving circuit (OCP); wherein the transverse electric field blocking pattern (FPP) overlaps the at least one pad multiplexer connection line (PML) when viewed in the plan view and the transverse electric field blocking pattern (FPP) in combination with the cathode layer is configured to block a transverse electric field between the driving circuit (OCP) and the pad multiplexer connection line (PML).
Heat pump comprising: a condenser with a condenser housing ; an evaporator with an evaporator zone ; a compressor with a compressor engine that is mounted to the condenser housing and comprises a rotor and a stator , the rotor comprising an engine shaft to which a radial wheel is mounted, extending into the evaporator zone ; a routing area configured to receive vapor compressed by the radial wheel and to route the same into the condenser ; an engine housing surrounding the compressor engine; and a vapor supply for supplying vapor in the engine housing to an engine gap between the stator and the rotor , wherein the compressor engine is configured such that a further gap extends from the engine gap along the radial wheel to the routing area , such that the vapor is drawn into the condenser along the engine gap and the further gap from the engine housing via the vapor supply . a condenser with a condenser housing ; an evaporator with an evaporator zone ; a compressor with a compressor engine that is mounted to the condenser housing and comprises a rotor and a stator , the rotor comprising an engine shaft to which a radial wheel is mounted, extending into the evaporator zone ; a routing area configured to receive vapor compressed by the radial wheel and to route the same into the condenser ; an engine housing surrounding the compressor engine; and a vapor supply for supplying vapor in the engine housing to an engine gap between the stator and the rotor , wherein the compressor engine is configured such that a further gap extends from the engine gap along the radial wheel to the routing area , such that the vapor is drawn into the condenser along the engine gap and the further gap from the engine housing via the vapor supply .
A medical device comprising: a graphene varactor comprising: a graphene layer; a self-assembled monolayer disposed on an outer surface of the graphene layer through electrostatic interactions between a partial positive charge on hydrogen atoms of one or more hydrocarbons of the self-assembled monolayer and a π-clectron system of graphene; and characterised in that the self-assembled monolayer comprises one or more substituted porphyrins of the formula: wherein each X is independently a heteroatom comprising N, O, P, S, Se, or Si, or absent, such that R is covalently attached to the phenyl group; wherein each R functional group independently comprises: -H; any linear or branched C 1 -C 50 alkyl, C 1 -C 50 alkenyl, C 1 -C 50 alkynyl, C 1 -C 50 heteroalkyl, C 1 -C 50 heteroalkenyl, C 1 -C 50 heteroalkynyl, or any combination thereof; -RZR, -ZRZR, or - RZRZR, wherein R comprises any identical or different, linear or branched, C 1 -C 50 alkyl, C 1 -C 50 alkenyl, C 1 -C 50 alkynyl, or any combination thereof, and Z can be one or more heteroatom selected from N, O, P, S, Se, or Si; an aryl, heteroaryl, substituted aryl, or substituted heteroaryl; a biphenyl or substituted biphenyl; an aryloxy, arylthio, arylamine, or any substitutions thereof; or any combination thereof. a graphene layer; a self-assembled monolayer disposed on an outer surface of the graphene layer through electrostatic interactions between a partial positive charge on hydrogen atoms of one or more hydrocarbons of the self-assembled monolayer and a π-clectron system of graphene; and wherein each X is independently a heteroatom comprising N, O, P, S, Se, or Si, or absent, such that R is covalently attached to the phenyl group; wherein each R functional group independently comprises: -H; any linear or branched C 1 -C 50 alkyl, C 1 -C 50 alkenyl, C 1 -C 50 alkynyl, C 1 -C 50 heteroalkyl, C 1 -C 50 heteroalkenyl, C 1 -C 50 heteroalkynyl, or any combination thereof; -RZR, -ZRZR, or - RZRZR, wherein R comprises any identical or different, linear or branched, C 1 -C 50 alkyl, C 1 -C 50 alkenyl, C 1 -C 50 alkynyl, or any combination thereof, and Z can be one or more heteroatom selected from N, O, P, S, Se, or Si; an aryl, heteroaryl, substituted aryl, or substituted heteroaryl; a biphenyl or substituted biphenyl; an aryloxy, arylthio, arylamine, or any substitutions thereof; or any combination thereof.