mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE, in a mobile communication system, the method comprising: receiving an allocation of a fast access scheduling, FAS, cell radio network temporary identifier, C-RNTI, to the UE by an evolved universal terrestrial radio access network, E-UTRAN, node B, eNB; detecting a type of a uplink, UL, grant periodically allocated to the UE by the eNB; determining whether the detected type of the UL grant is an FAS grant mapped to the FAS C-RNTI; and determining not to transmit a padding medium access control, MAC, protocol data unit, PDU, to the eNB using the FAS grant if the detected type of the UL grant is the FAS grant and there is no data to transmit using the FAS grant , wherein the FAS C-RNTI is a C-RNTI that is allocated to the UE to allow the UE not to transmit the padding MAC PDU using the FAS grant. receiving an allocation of a fast access scheduling, FAS, cell radio network temporary identifier, C-RNTI, to the UE by an evolved universal terrestrial radio access network, E-UTRAN, node B, eNB; detecting a type of a uplink, UL, grant periodically allocated to the UE by the eNB; determining whether the detected type of the UL grant is an FAS grant mapped to the FAS C-RNTI; and determining not to transmit a padding medium access control, MAC, protocol data unit, PDU, to the eNB using the FAS grant if the detected type of the UL grant is the FAS grant and there is no data to transmit using the FAS grant , wherein the FAS C-RNTI is a C-RNTI that is allocated to the UE to allow the UE not to transmit the padding MAC PDU using the FAS grant.
A security element for producing security documents, such as bank notes, checks or the like, which displays a motif on a background, wherein the security element (S) has a relief structure , which covers a motif region of the security element (S) and provides the motif there and covers a background region of the security element (S) and provides the background there, wherein an outline is provided, which delimits the motif region from the background region and which is also formed by the relief structure, wherein the relief structure of the outline differs from the relief structure of the motif region and the relief structure of the background region , so that a brightness and/ or color contrast exists between the outline, on the one hand, and the motif region and the background region , on the other hand.
A distributed software defined network, SDN, packet core system comprising: a policy module configured to manage policies for client devices associated with the distributed SDN packet core system; a plurality of interconnected local SDN infrastructure instances , each local SDN infrastructure instance including a plurality of computer devices arranged geographically in proximity, and communicatively coupled, to a respective plurality of radio access points associated with at least two radio access technologies, RATs, the computer devices being configured to execute software modules for processing control messages and data packets of communication flows associated with the respective radio access points , the software modules including: a plurality of RAT-specific control-plane modules associated with the at least two radio access technologies, RATs, each RAT-specific control-plane module configured to execute signaling and control operations for communication flows associated with a respective RAT; and at least one data plane controller , belonging to the J Z local SDN infrastructure instance , and being configured to receive packet processing requests from at least one RAT-specific control-plane module and forward the requests to one or more data-plane instances of the J Z local SDN infrastructure instance , wherein each of the one or more data plane instances includes a configuration module and at least one data-plane module, the configuration module configured to translate packet processing requests received from the at least one data-plan controller into a configuration specific to the at least one data-plan module. a plurality of RAT-specific control-plane modules associated with the at least two radio access technologies, RATs, each RAT-specific control-plane module configured to execute signaling and control operations for communication flows associated with a respective RAT; and at least one data plane controller , belonging to the J Z local SDN infrastructure instance , and being configured to receive packet processing requests from at least one RAT-specific control-plane module and forward the requests to one or more data-plane instances of the J Z local SDN infrastructure instance , wherein each of the one or more data plane instances includes a configuration module and at least one data-plane module, the configuration module configured to translate packet processing requests received from the at least one data-plan controller into a configuration specific to the at least one data-plan module.
Wheel bearing arrangement for a motor vehicle, having a wheel hub and a wheel bearing for the rotational mounting of the wheel hub to a wheel carrier, wherein the wheel bearing has an outer ring and an inner ring , rotatable with regard to the outer ring around a rotation axis , which is connected to the wheel hub , wherein a wheel flange projects in radial direction from the wheel hub , which wheel flange has a brake disc receptacle open in the direction facing away from the outer ring , viewed in axial direction, which, viewed in longitudinal section, is formed by a recess of the wheel flange , wherein the brake disc receptacle is limited in radial direction the inside by an outer circumferential surface formed by the recess and has a brake disc bearing surface for a brake disc, wherein in the wheel flange is formed, on its side facing towards the outer ring in axial direction, a seal receiving space in which a wheel bearing seal is present, characterised in that the outer circumferential surface extends from the brake disc bearing surface as far as a wheel bearing surface , viewed in axial direction, wherein from the wheel bearing surface projects a rim centring seat element which extends in the direction opposite to the brake disc bearing surface with respect to the brake disc receptacle .
A method for video decoding comprising: - obtaining a first value of a first high level syntax element, the first high level syntax element indicating whether a group-of-blocks level weighted prediction applies for predicting blocks, wherein a same weight is defined for weighting blocks of a group of reference blocks; - obtaining a second value of a second high level syntax element, the second high level syntax element indicating whether a block-level generalized bi-prediction applies for predicting blocks, wherein a weight is defined for weighting a single reference block independently of any other block; - decoding a current block by applying the block-level generalized bi-prediction responsive to the first value indicating the group-of-blocks-level weighted prediction applies and the second value indicating the block-level generalized bi-prediction applies. - obtaining a first value of a first high level syntax element, the first high level syntax element indicating whether a group-of-blocks level weighted prediction applies for predicting blocks, wherein a same weight is defined for weighting blocks of a group of reference blocks; - obtaining a second value of a second high level syntax element, the second high level syntax element indicating whether a block-level generalized bi-prediction applies for predicting blocks, wherein a weight is defined for weighting a single reference block independently of any other block; - decoding a current block by applying the block-level generalized bi-prediction responsive to the first value indicating the group-of-blocks-level weighted prediction applies and the second value indicating the block-level generalized bi-prediction applies.
An evaporator support structure, comprising: a base for installing an evaporator and a support portion arranged on the base for supporting the evaporator , the support portion comprises a first support body and a second support body arranged at an angle with respect to each other, the support portion has a V-shaped longitudinal section with an opening facing towards an outside of the base , the first support body is located on the second support body , and the first support body has a top surface forming a support plane for supporting the evaporator , the outside of the base refers to the side of the base away from the evaporator and the inside of the base refers to the side of the base where the evaporator is installed; characterized in further comprising a plurality of first reinforcing ribs extending longitudinally for supporting the evaporator are arranged on one side of the second support body facing towards an inside of the base ; and the first reinforcing rib has a top flush with an end of the supporting plane of the first support body facing towards the inside of the base . a plurality of first reinforcing ribs extending longitudinally for supporting the evaporator are arranged on one side of the second support body facing towards an inside of the base ; and the first reinforcing rib has a top flush with an end of the supporting plane of the first support body facing towards the inside of the base .
A capping plant for capping containers made of thermoplastic material, comprising: a capping unit of a rotating carousel type comprising a plurality of capping stations for applying concave closures to the containers and first guide means arranged so as to contact a part of a tubular body of said containers which part is exposed towards an outside of the rotating carousel of the capping unit ; a star-wheel located downstream of the capping unit for receiving the capped containers, i.e. containers to which the concave closures have been applied; an outfeed conveyor located downstream of the star-wheel ; characterised in that it comprises: a connection cross-member between said first guide means and the outfeed conveyor , said outfeed conveyor being integrally constrained to a first portion of the connection cross-member and said first guide means being integrally constrained to a second portion of the connection cross-member ; an actuating device configured to adjust the height of said connection cross-member . a capping unit of a rotating carousel type comprising a plurality of capping stations for applying concave closures to the containers and first guide means arranged so as to contact a part of a tubular body of said containers which part is exposed towards an outside of the rotating carousel of the capping unit ; a star-wheel located downstream of the capping unit for receiving the capped containers, i.e. containers to which the concave closures have been applied; an outfeed conveyor located downstream of the star-wheel ; characterised in that it comprises: a connection cross-member between said first guide means and the outfeed conveyor , said outfeed conveyor being integrally constrained to a first portion of the connection cross-member and said first guide means being integrally constrained to a second portion of the connection cross-member ; an actuating device configured to adjust the height of said connection cross-member . a connection cross-member between said first guide means and the outfeed conveyor , said outfeed conveyor being integrally constrained to a first portion of the connection cross-member and said first guide means being integrally constrained to a second portion of the connection cross-member ; an actuating device configured to adjust the height of said connection cross-member .
A fluid circuit for a predetermined fluid flow passageway having at least one inlet and at least one outlet, the fluid circuit comprising: a plurality of tubing segments and a plurality of operative components , each operative component comprising a body portion with an internal fluid flow passageway and a plurality of tubing connector fittings , the operative components connecting the plurality of tubing segments at selected tubing connector fittings , the plurality of tubing segments and operative components providing the fluid flow passageway through the fluid circuit ; wherein each tubing segment comprises i) a non-conductive polymer portion defining the fluid passageway and ii) a one or more interior conductive stripes of conductive fluoropolymer (188, 524a-h, 806a, 802b, 804c, 1030) extending axially to ends of each of the respective tubing segments , and wherein each operative component body portion comprises a conductive fluoropolymer that extends between each of the plurality of tubing connector fittings , and wherein each of the tubing connector fittings conductively connects the respective conductive fluoropolymer of the body portion to the one or more interior conductive stripes (188, 524a-h, 806a, 802b, 804c, 1030) of the tubing segment . a plurality of tubing segments and a plurality of operative components , each operative component comprising a body portion with an internal fluid flow passageway and a plurality of tubing connector fittings , the operative components connecting the plurality of tubing segments at selected tubing connector fittings , the plurality of tubing segments and operative components providing the fluid flow passageway through the fluid circuit ; wherein each tubing segment comprises i) a non-conductive polymer portion defining the fluid passageway and ii) a one or more interior conductive stripes of conductive fluoropolymer (188, 524a-h, 806a, 802b, 804c, 1030) extending axially to ends of each of the respective tubing segments , and wherein each operative component body portion comprises a conductive fluoropolymer that extends between each of the plurality of tubing connector fittings , and wherein each of the tubing connector fittings conductively connects the respective conductive fluoropolymer of the body portion to the one or more interior conductive stripes (188, 524a-h, 806a, 802b, 804c, 1030) of the tubing segment .
A power factor correction, PFC, circuit for arbitrary input waveforms, comprising: a controller configured to receive an output signal from the PFC circuit and a reference signal , wherein the controller is configured to compare the output signal and the reference signal and produce a feedback output , wherein the controller is configured to generate an input reference from a reference table being derived from an input current from a power supply and multiply the input reference by the feedback output to produce a control signal , wherein the input current has an arbitrary periodic waveform, wherein the control signal is configured to control and synchronize an input voltage to be in phase with the input current , and wherein the controller is configured to populate the reference table by sampling the input current for a full cycle of the input current and normalizing the sampled values by dividing each sample value by the smallest sample value in the full cycle of the input current .
Method for recalibrating calibration data of a first measuring system for measuring a first ionization signal in a flame region of a heater operated with combustion air and fuel gas, wherein the first measuring system measures an ionization signal (I1), which is derived from a first ion current flowing from an ionization electrode to a counter electrode through the flame region , and from which the ratio of combustion air to fuel gas (lambda) during combustion in the heater is determined and controlled on the basis of calibration data, wherein the first measuring system is recalibrated at least according to predefinable criteria or at predefinable time intervals, wherein recalibration is carried out by means of an ignition electrode located in the heater for igniting combustion, which is operated in a second measuring system (S2) for generating a second ionization signal (I2), and wherein calibration data for the relationship between ionization signals (I1 and/or I2) and the ratio of combustion air to fuel gas under different load conditions is stored in the first and in the second (S2) measuring system and a comparison is performed between the measured values determined by the two measuring systems (S1, S2) on each recalibration, wherein the first measuring system is recalibrated in the event of divergences from the data for the second measuring system (S2).
A multi-end monofilament yarn production apparatus comprising the following sequential process units along monofilaments flow direction: a) a vertical spinning machine comprising a spinneret having extrudate outlet holes, the spinning machine further comprising a distribution plate below the spinneret, b) a water bath adapted to provide a water bath temperature within the range between 7°C and 20°C for quenching spun monofilaments, c) a vacuum jet device for transferring monofilaments from the water bath, d) a steam jet configured to provide superheated steam at a temperature within the range between 300°C and 380°C and at a pressure within the range between 4 bars and 5 bars, e) a drawing unit , f) a monofilament winder for winding monofilaments at a speed exceeding 500 m/min, an air gap being present between the spinning machine and the water bath , and said air gap corresponding to a distance within a range between 20 cm and 80 cm between the water bath and extrudate outlet holes of the spinneret . a) a vertical spinning machine comprising a spinneret having extrudate outlet holes, the spinning machine further comprising a distribution plate below the spinneret, b) a water bath adapted to provide a water bath temperature within the range between 7°C and 20°C for quenching spun monofilaments, c) a vacuum jet device for transferring monofilaments from the water bath, d) a steam jet configured to provide superheated steam at a temperature within the range between 300°C and 380°C and at a pressure within the range between 4 bars and 5 bars, e) a drawing unit , f) a monofilament winder for winding monofilaments at a speed exceeding 500 m/min,
A cab for a work machine , the cab comprising: a cab body which is formed with a doorway; a door which is rotatably supported on the cab body so as to open and close the doorway; and a biasing member which biases the door in a closing direction characterized in that the cab further comprises an actuator that generates a driving force to move the closed door in an opening direction. a cab body which is formed with a doorway; a door which is rotatably supported on the cab body so as to open and close the doorway; and a biasing member which biases the door in a closing direction characterized in that the cab further comprises an actuator that generates a driving force to move the closed door in an opening direction.
A method of manufacturing a microchannel chip by joining together a resin channel substrate having microchannels formed on at least one side thereof and a resin lid substrate , the method comprising: a step (A) wherein surface modification treatment is applied on joining surfaces of the channel substrate and the lid substrate ; and a step (B) wherein, after the step (A), the joining surfaces of the channel substrate and the lid substrate are mated and the channel substrate and the lid substrate are pressurized under heating via a fluid or an elastic body having a durometer hardness of E20 or less wherein, in the step (A), the surface modification treatment is applied using a silane coupling agent having an amino group for one of the joining surfaces of the channel substrate and the lid substrate and using a silane coupling agent having an epoxy group for the other joining surface, and the durometer hardness is measured using a type E durometer in accordance with JIS K6253. a step (A) wherein surface modification treatment is applied on joining surfaces of the channel substrate and the lid substrate ; and a step (B) wherein, after the step (A), the joining surfaces of the channel substrate and the lid substrate are mated and the channel substrate and the lid substrate are pressurized under heating via a fluid or an elastic body having a durometer hardness of E20 or less wherein, in the step (A), the surface modification treatment is applied using a silane coupling agent having an amino group for one of the joining surfaces of the channel substrate and the lid substrate and using a silane coupling agent having an epoxy group for the other joining surface, and the durometer hardness is measured using a type E durometer in accordance with JIS K6253. in the step (A), the surface modification treatment is applied using a silane coupling agent having an amino group for one of the joining surfaces of the channel substrate and the lid substrate and using a silane coupling agent having an epoxy group for the other joining surface, and the durometer hardness is measured using a type E durometer in accordance with JIS K6253.
Apparatus comprising: a ventricular assist device comprising: an impeller configured to be placed inside a left ventricle of a subject; a motor ; a driving magnet coupled to the motor and configured to be rotated by the motor ; a driven magnet magnetically coupled to the driving magnet and being configured to be rotated by the driving magnet ; a drive cable extending from the driven magnet and configured to impart rotational motion from the driven magnet to the impeller; and characterised by a set of sensors configured to detect a magnetic phase difference between the driven magnet and the driving magnet ; and a computer processor configured to receive the detected magnetic phase difference and to determine a physiological parameter of the subject, at least partially in response thereto. an impeller configured to be placed inside a left ventricle of a subject; a motor ; a driving magnet coupled to the motor and configured to be rotated by the motor ; a driven magnet magnetically coupled to the driving magnet and being configured to be rotated by the driving magnet ; a drive cable extending from the driven magnet and configured to impart rotational motion from the driven magnet to the impeller; and characterised by a set of sensors configured to detect a magnetic phase difference between the driven magnet and the driving magnet ; and a computer processor configured to receive the detected magnetic phase difference and to determine a physiological parameter of the subject, at least partially in response thereto.