mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for processing soundfield data, the soundfield data defining a soundfield within a spatial reproduction region comprising at least one bright zone and at least one quiet zone , wherein the apparatus comprises: an applicator configured to apply a spatially continuously varying weighting function to the soundfield data in order to obtain weighted soundfield data defining a weighted soundfield, wherein the spatially continuously varying weighting function is configured to enhance the soundfield in the at least one bright zone and/or the at least one quiet zone ; characterised in that the apparatus further comprises a compressor configured to compress the soundfield data on the basis of a performance measure associated with the weighted soundfield, for reducing the size of the weighted soundfield data; wherein the performance measure associated with the weighted soundfield is an acoustical contrast between the at least one bright zone and the at least one quiet zone of the weighted soundfield. an applicator configured to apply a spatially continuously varying weighting function to the soundfield data in order to obtain weighted soundfield data defining a weighted soundfield, wherein the spatially continuously varying weighting function is configured to enhance the soundfield in the at least one bright zone and/or the at least one quiet zone ; characterised in that the apparatus further comprises a compressor configured to compress the soundfield data on the basis of a performance measure associated with the weighted soundfield, for reducing the size of the weighted soundfield data; wherein the performance measure associated with the weighted soundfield is an acoustical contrast between the at least one bright zone and the at least one quiet zone of the weighted soundfield.
A syringe package (10A to 10F) provided with a prefilled syringe system that includes a prefilled syringe including a syringe body which is filled with a drug in advance the syringe package (10A to 10F) comprising: a package body that houses the prefilled syringe ; and a support disposed inside the package body and configured to support the prefilled syringe , wherein the support includes a displacement regulation unit configured to regulate relative displacement of the syringe body and the plunger in a direction in which the gasket and the plunger approach each other and that within the syringe body the gasket and the plunger are not connected to each other when the syringe package (10A to 10F) is not in use, the gasket and the plunger are spaced from each other, and the plunger has a base end portion provided with a plunger flange , and the displacement regulation unit is disposed between the syringe body and the plunger flange . a package body that houses the prefilled syringe ; and a support disposed inside the package body and configured to support the prefilled syringe , wherein the support includes a displacement regulation unit configured to regulate relative displacement of the syringe body and the plunger in a direction in which the gasket and the plunger approach each other and that within the syringe body the gasket and the plunger are not connected to each other when the syringe package (10A to 10F) is not in use, the gasket and the plunger are spaced from each other, and the plunger has a base end portion provided with a plunger flange , and the displacement regulation unit is disposed between the syringe body and the plunger flange .
A relay communication method, comprising: establishing, at a first wireless mobile device within range of and connected with a wide area cellular network, a short-range wireless communication path with a second wireless mobile device out of range of the wide area cellular network, the second wireless mobile device including a radio apparatus configured to connect the second wireless mobile device with the wide area cellular network and to enable the second wireless mobile device to sense a radio environment; and receiving, at the first wireless mobile device , sensory data from the second wireless mobile device via the short-range wireless communication path , wherein the sensory data are detected, by the second wireless mobile device , by sensing the radio environment via the radio apparatus and include radio conditions of multiple radio channels relative to a plurality of other wireless mobile devices disposed in a sensing area of the second wireless mobile device ; transmitting, by the first wireless mobile device the sensory data to a network element via the wide area cellular network; and providing, by the network element, based on processed sensory data, a control message to effectuate allocation of a radio resource to at least one radio element operating in a radio network environment. establishing, at a first wireless mobile device within range of and connected with a wide area cellular network, a short-range wireless communication path with a second wireless mobile device out of range of the wide area cellular network, the second wireless mobile device including a radio apparatus configured to connect the second wireless mobile device with the wide area cellular network and to enable the second wireless mobile device to sense a radio environment; and receiving, at the first wireless mobile device , sensory data from the second wireless mobile device via the short-range wireless communication path , wherein the sensory data are detected, by the second wireless mobile device , by sensing the radio environment via the radio apparatus and include radio conditions of multiple radio channels relative to a plurality of other wireless mobile devices disposed in a sensing area of the second wireless mobile device ; transmitting, by the first wireless mobile device the sensory data to a network element via the wide area cellular network; and providing, by the network element, based on processed sensory data, a control message to effectuate allocation of a radio resource to at least one radio element operating in a radio network environment.
Diagnostic system (130;230) for a level crossing safeguarding system (EBÜT80), of which the relay circuit has electrical connection cables (1-21), of which at least a plurality are guided in a cable duct , at least in sections, of which the access longitudinal side is provided with a detachable covering , characterised in that the cover is suitably embodied for accommodating a plurality of current sensors (161-164) of the diagnostic system (130;230) and the plurality of current sensors (161-164) are arranged, in particular fastened, adjacent to one another in the longitudinal direction (R1) of the covering in said covering. the cover is suitably embodied for accommodating a plurality of current sensors (161-164) of the diagnostic system (130;230) and the plurality of current sensors (161-164) are arranged, in particular fastened, adjacent to one another in the longitudinal direction (R1) of the covering in said covering.
A rotor flux estimator comprising: an estimation module that generates a first rotor flux vector expressed in a phase voltage reference frame derived from a Clarke transformation and a second rotor flux vector expressed in the phase voltage reference frame , from a stator voltage vector expressed in a phase voltage reference frame, a rotational speed of a rotor, and a stator current vector expressed in the phase voltage reference frame ; the estimation module including at least one processor; and the estimation module including a rotor flux current model and a rotor flux voltage model , and an estimator regulator that provides an estimation correction factor for the rotor flux voltage model , and further comprising: a stator flux calculator that generates a stator flux vector expressed in the phase voltage reference frame from the second rotor flux vector expressed in the phase voltage reference frame and the stator current vector expressed in the phase voltage reference frame and a rotor current calculator that generates a rotor current vector expressed in the phase voltage reference frame from the first rotor flux vector expressed in the phase voltage reference frame and the stator flux vector expressed in the phase voltage reference frame . an estimation module that generates a first rotor flux vector expressed in a phase voltage reference frame derived from a Clarke transformation and a second rotor flux vector expressed in the phase voltage reference frame , from a stator voltage vector expressed in a phase voltage reference frame, a rotational speed of a rotor, and a stator current vector expressed in the phase voltage reference frame ; the estimation module including at least one processor; and the estimation module including a rotor flux current model and a rotor flux voltage model , and an estimator regulator that provides an estimation correction factor for the rotor flux voltage model , and further comprising: a stator flux calculator that generates a stator flux vector expressed in the phase voltage reference frame from the second rotor flux vector expressed in the phase voltage reference frame and the stator current vector expressed in the phase voltage reference frame and a rotor current calculator that generates a rotor current vector expressed in the phase voltage reference frame from the first rotor flux vector expressed in the phase voltage reference frame and the stator flux vector expressed in the phase voltage reference frame . a stator flux calculator that generates a stator flux vector expressed in the phase voltage reference frame from the second rotor flux vector expressed in the phase voltage reference frame and the stator current vector expressed in the phase voltage reference frame and a rotor current calculator that generates a rotor current vector expressed in the phase voltage reference frame from the first rotor flux vector expressed in the phase voltage reference frame and the stator flux vector expressed in the phase voltage reference frame .
A load-bearing wall structure , which is formed of wall elements comprising an outer face , an inner face and a core layer made of thermal insulation material between the face layers, the thermal insulation material having a compressive strength of at least 50 kPa, and the wall structure comprises wall elements placed next to each other, wherein their vertical side edges , placed against each other, are shaped to form a space for casting a beam (6, 6', 6") at the joint between the wall elements; and the wall structure comprises a load-bearing beam (6, 6', 6") formed at the joint between the wall elements by supplying casting compound in the space at the joint, wherein the beam (6, 6', 6") extends substantially in the height direction of the entire wall structure, characterized in that the outer face and the inner face of the wall elements comprise a structural layer which covers substantially the whole core layer on the outer face and the inner face of the wall element and comprises a mixture of casting compound and crushed foam insulation material, the mixture comprising 1 to 10 weight percent of crushed foam insulation material, calculated from the total mass of the mixture and a thickness of said structural layer is 1 - 50 mm.
An antifouling coating composition comprising: a polyester urethane resin (A); and an antifouling agent (B); wherein: the polyester urethane resin (A) is a product obtained by urethanization reaction of a polyester polyol (a) and an isocyanate compound (b); and the polyester polyol (a) is represented by a formula or a formula . (wherein, n represents an integer of 1 to 100, R 1 provided by number of n is the same as or different from each other, and a part of or all of R 1 provided by number of n is a linear alkylene group or a branched alkylene group being branched at a position other than α-position and β-position; and R 2 provided by number of (n+1) is the same as or different from each other, and a part of or all of R 2 provided by number of (n+1) is a linear alkylene group or a branched alkylene group being branched at a position other than α-position and β-position) (wherein, r and s are each an integer of 0 to 100, formula of r+s ≥ 1 is satisfied, R 4 provided by number of (r+s) is the same as or different from each other, R 3 is an alkylene group, R 4 is a linear alkylene group or a branched alkylene group being branched at a position other than α-position and β-position) a polyester urethane resin (A); and an antifouling agent (B); wherein: the polyester urethane resin (A) is a product obtained by urethanization reaction of a polyester polyol (a) and an isocyanate compound (b); and the polyester polyol (a) is represented by a formula or a formula . the polyester urethane resin (A) is a product obtained by urethanization reaction of a polyester polyol (a) and an isocyanate compound (b); and the polyester polyol (a) is represented by a formula or a formula . (wherein, n represents an integer of 1 to 100, R 1 provided by number of n is the same as or different from each other, and a part of or all of R 1 provided by number of n is a linear alkylene group or a branched alkylene group being branched at a position other than α-position and β-position; and R 2 provided by number of (n+1) is the same as or different from each other, and a part of or all of R 2 provided by number of (n+1) is a linear alkylene group or a branched alkylene group being branched at a position other than α-position and β-position) (wherein, r and s are each an integer of 0 to 100, formula of r+s ≥ 1 is satisfied, R 4 provided by number of (r+s) is the same as or different from each other, R 3 is an alkylene group, R 4 is a linear alkylene group or a branched alkylene group being branched at a position other than α-position and β-position)
A terminal apparatus that supports Evolved Universal Terrestrial Radio Access, E-UTRA, - New Radio, NR, Dual Connectivity, EN-DC, comprising a receiver configured to receive, from a base station apparatus , a Radio Resource Control, RRC, connection reconfiguration message including a Data Radio Bearer, DRB, configuration, wherein the DRB configuration is a configuration for establishing a Master Cell Group, MCG, bearer for the EN-DC, the DRB configuration includes a DRB identity and a Packet Data Convergence Protocol, PDCP, entity configuration corresponding to the DRB identity; and a configuration unit configured to determine whether the DRB configuration includes, as the PDCP entity configuration, a PDCP entity configuration for E-UTRA, wherein in a case that the DRB identity is not a part of a current configuration of the terminal apparatus and the configuration unit determines that the DRB configuration includes the PDCP entity configuration for E-UTRA, the configuration unit is configured to establish a PDCP entity for E-UTRA for the MCG bearer in accordance with the PDCP entity configuration for E-UTRA, and the configuration unit is configured to determine whether the DRB configuration includes, as the PDCP entity configuration, a PDCP entity configuration for NR, wherein in a case that the DRB identity is not a part of the current configuration of the terminal apparatus and the configuration unit determines that the DRB configuration includes the PDCP entity configuration for NR, the configuration unit is configured to establish a PDCP entity for NR for the MCG bearer in accordance with the PDCP entity configuration for NR. a receiver configured to receive, from a base station apparatus , a Radio Resource Control, RRC, connection reconfiguration message including a Data Radio Bearer, DRB, configuration, wherein the DRB configuration is a configuration for establishing a Master Cell Group, MCG, bearer for the EN-DC, the DRB configuration includes a DRB identity and a Packet Data Convergence Protocol, PDCP, entity configuration corresponding to the DRB identity; and a configuration unit configured to determine whether the DRB configuration includes, as the PDCP entity configuration, a PDCP entity configuration for E-UTRA, wherein in a case that the DRB identity is not a part of a current configuration of the terminal apparatus and the configuration unit determines that the DRB configuration includes the PDCP entity configuration for E-UTRA, the configuration unit is configured to establish a PDCP entity for E-UTRA for the MCG bearer in accordance with the PDCP entity configuration for E-UTRA, and the configuration unit is configured to determine whether the DRB configuration includes, as the PDCP entity configuration, a PDCP entity configuration for NR, wherein in a case that the DRB identity is not a part of the current configuration of the terminal apparatus and the configuration unit determines that the DRB configuration includes the PDCP entity configuration for NR, the configuration unit is configured to establish a PDCP entity for NR for the MCG bearer in accordance with the PDCP entity configuration for NR.
User equipment, UE, for a communication system, wherein the communication system is operable to deliver Multimedia Broadcast/Multicast Service, MBMS, services, the UE comprising: means for receiving a system information broadcast and for determining, based on said system information broadcast, that the UE is required to indicate to a base station of said communication system that it is interested in receiving at least one MBMS service, said system information broadcast containing an indication that counting is required; means for identifying, based on said system information broadcast, at least one MBMS service, to be made available within a coverage area, that is of interest; and means for sending, to the base station , at establishment of a radio resource control, RRC, connection, at least one message indicating said interest in said at least one MBMS service, the at least one message including at least one identifier for said at least one MBMS service. means for receiving a system information broadcast and for determining, based on said system information broadcast, that the UE is required to indicate to a base station of said communication system that it is interested in receiving at least one MBMS service, said system information broadcast containing an indication that counting is required; means for identifying, based on said system information broadcast, at least one MBMS service, to be made available within a coverage area, that is of interest; and means for sending, to the base station , at establishment of a radio resource control, RRC, connection, at least one message indicating said interest in said at least one MBMS service, the at least one message including at least one identifier for said at least one MBMS service.
An amplifier system , comprising: a main amplifier comprising at least a first driving transistor (MD1, MD3) and a second driving transistor (MD2) configured to serve as a differential pair, wherein the first driving transistor (MD1, MD3) and the second driving transistor (MD2) are arranged to receive a first input signal and a second input signal, respectively; characterized by : a cross-over current detector , coupled to the main amplifier , configured to detect a cross-over current of the main amplifier , wherein the cross-over current of the main amplifier is generated if both driving transistors of the differential pair are simultaneously turned on; and a controller , coupled to the main amplifier and the cross-over current detector , configured to generate a control signal to control a gain of the main amplifier according to at least the cross-over current of the main amplifier . a main amplifier comprising at least a first driving transistor (MD1, MD3) and a second driving transistor (MD2) configured to serve as a differential pair, wherein the first driving transistor (MD1, MD3) and the second driving transistor (MD2) are arranged to receive a first input signal and a second input signal, respectively; characterized by : a cross-over current detector , coupled to the main amplifier , configured to detect a cross-over current of the main amplifier , wherein the cross-over current of the main amplifier is generated if both driving transistors of the differential pair are simultaneously turned on; and a controller , coupled to the main amplifier and the cross-over current detector , configured to generate a control signal to control a gain of the main amplifier according to at least the cross-over current of the main amplifier . a cross-over current detector , coupled to the main amplifier , configured to detect a cross-over current of the main amplifier , wherein the cross-over current of the main amplifier is generated if both driving transistors of the differential pair are simultaneously turned on; and a controller , coupled to the main amplifier and the cross-over current detector , configured to generate a control signal to control a gain of the main amplifier according to at least the cross-over current of the main amplifier .
A method for the chromatographic purification of at least one cannabinoid compound, wherein the method comprises a main purification stage comprising the steps of: - injecting an initial mixture comprising the at least one cannabinoid compound and one or more additional compounds onto a main stationary phase comprising silica particles, the silica particles comprising amino and/or diol groups; - performing an elution with an elution solution, and collecting one or more elution fractions, wherein the elution solution is a mixture of an alkane and an alcohol; and - optionally, washing the main stationary phase with a washing solution and collecting one or more washing fractions; at least one of the elution fractions or washing fractions containing the at least one cannabinoid compound purified from the one or more additional compounds. - injecting an initial mixture comprising the at least one cannabinoid compound and one or more additional compounds onto a main stationary phase comprising silica particles, the silica particles comprising amino and/or diol groups; - performing an elution with an elution solution, and collecting one or more elution fractions, wherein the elution solution is a mixture of an alkane and an alcohol; and - optionally, washing the main stationary phase with a washing solution and collecting one or more washing fractions;