mhurhangee/patent-ind-claim-en huggingface dataset:
A method for receiving a Physical Downlink Shared Channel, PDSCH, in a user equipment, UE, from a base station, BS, in a wireless communication system, the method comprising: receiving information related to one or more control resource sets, CORESETs; receiving rate matching information via radio resource control; receiving Downlink Control Information, DCI, for scheduling the PDSCH; and receiving the PDSCH based on the DCI, wherein the PDSCH is mapped into at least one CORESET among the one or more CORESETs on the basis of the rate matching info, and based on the one or more CORESETs partially overlapping a resource region of the PDSCH on the frequency axis: - receiving, based on the DCI not indicating a first OFDM symbol index of the PDSCH, a demodulation reference signal, DMRS, for the PDSCH in an orthogonal frequency divisional multiplexing, OFDM, symbol after a last OFDM symbol of the one or more CORESETs; - receiving, based on the DCI indicating an OFDM symbol index of the PDSCH, the DMRS for the PDSCH in an OFDM symbol located before an OFDM symbol corresponding to the OFDM symbol index; - wherein the DMRS is mapped to a frequency resource in which the one or more CORESETs and the resource region of the PDSCH do not overlap. receiving information related to one or more control resource sets, CORESETs; receiving rate matching information via radio resource control; receiving Downlink Control Information, DCI, for scheduling the PDSCH; and receiving the PDSCH based on the DCI, wherein the PDSCH is mapped into at least one CORESET among the one or more CORESETs on the basis of the rate matching info, and based on the one or more CORESETs partially overlapping a resource region of the PDSCH on the frequency axis: - receiving, based on the DCI not indicating a first OFDM symbol index of the PDSCH, a demodulation reference signal, DMRS, for the PDSCH in an orthogonal frequency divisional multiplexing, OFDM, symbol after a last OFDM symbol of the one or more CORESETs; - receiving, based on the DCI indicating an OFDM symbol index of the PDSCH, the DMRS for the PDSCH in an OFDM symbol located before an OFDM symbol corresponding to the OFDM symbol index; - wherein the DMRS is mapped to a frequency resource in which the one or more CORESETs and the resource region of the PDSCH do not overlap. - receiving, based on the DCI not indicating a first OFDM symbol index of the PDSCH, a demodulation reference signal, DMRS, for the PDSCH in an orthogonal frequency divisional multiplexing, OFDM, symbol after a last OFDM symbol of the one or more CORESETs; - receiving, based on the DCI indicating an OFDM symbol index of the PDSCH, the DMRS for the PDSCH in an OFDM symbol located before an OFDM symbol corresponding to the OFDM symbol index; - wherein the DMRS is mapped to a frequency resource in which the one or more CORESETs and the resource region of the PDSCH do not overlap.
A computer-implemented method for providing multi-path network access to a client node in a first local area network , the method comprising, by a first routing circuitry that is network addressable: - providing routing of packets between the first local area network and a first access network thereby providing network access to the first local area network ; - providing forwarding of packets within the first local area network ; - intercepting network packets from the client node destined for a destination node outside the first local area network ; - forwarding the intercepted network packets to a multi-path agent that is network addressable within the first local area network ; the method further comprising, by the multi-path agent : - receiving the intercepted network packets from the first routing circuitry ; - transforming the intercepted network packets to multi-path networking packets supporting a multi-path networking protocol; and - forwarding , according to the multi-path networking protocol, the multipath networking packets to the first routing circuitry for further routing along the first access network and/or to a second routing circuitry that is network addressable for further routing along a second access network ; wherein the second routing circuitry provides network access to the first local area network over the second access network . - providing routing of packets between the first local area network and a first access network thereby providing network access to the first local area network ; - providing forwarding of packets within the first local area network ; - intercepting network packets from the client node destined for a destination node outside the first local area network ; - forwarding the intercepted network packets to a multi-path agent that is network addressable within the first local area network ; - receiving the intercepted network packets from the first routing circuitry ; - transforming the intercepted network packets to multi-path networking packets supporting a multi-path networking protocol; and - forwarding , according to the multi-path networking protocol, the multipath networking packets to the first routing circuitry for further routing along the first access network and/or to a second routing circuitry that is network addressable for further routing along a second access network ; wherein the second routing circuitry provides network access to the first local area network over the second access network .
Drive system of a vehicle , the drive system comprising electrical production means which supply combustion gas generators , the combustion gases being stored in a pressurized storage unit which supplies a heat engine , the electrical production means comprising photovoltaic panels and comprising a wind generator and/or a tidal generator, the tidal generator and/or the wind generator being formed by a device for transforming kinetic energy of a fluid flow into mechanical energy, the transformation device comprising a turbine which is rotatably mounted and suitable for rotating in reaction to the kinetic energy of a fluid flow , characterized in that the transformation device is integrated into a frame of the vehicle , the transformation device comprising: - multidirectional fluid flow capture elements , the capture elements merging with the frame of the vehicle , and - guide means which interact with the multidirectional fluid flow capture elements so as to generate a laminar fluid flow in the direction of the turbine . - multidirectional fluid flow capture elements , the capture elements merging with the frame of the vehicle , and - guide means which interact with the multidirectional fluid flow capture elements so as to generate a laminar fluid flow in the direction of the turbine .
A composition comprising: a silane functionalized polyolefin; and a hindered amine light stabilizer (HALS) having a weight average molecular weight, Mw, greater than 5,000 Dalton (g/mol). a silane functionalized polyolefin; and a hindered amine light stabilizer (HALS) having a weight average molecular weight, Mw, greater than 5,000 Dalton (g/mol).
A method for operating a master network node in a wireless communication network, the master network node being connected to a terminal via a master cell group, the method comprising: transmitting, by the master network node , a request to the terminal to activate a primary cell, PSCell, of a secondary cell group, wherein the secondary cell group is associated with a secondary network node ; receiving, by the master network node , an activation status message that indicates an activation status of the terminal regarding the PSCell of the secondary cell group, from the terminal , wherein the received activation status message includes: confirmation of whether activation of the PSCell of the secondary cell group is successful or unsuccessful, characterized by the received activation status message further including information regarding a recommended list of other cells that are potential PSCells for the terminal ; selecting, from the potential PSCells, a new PSCell for activation by the terminal when the activation of the PSCell is unsuccessful; and transmitting, by the master network node , when the activation of the PSCell is unsuccessful, another request to the terminal to activate the new PSCell. transmitting, by the master network node , a request to the terminal to activate a primary cell, PSCell, of a secondary cell group, wherein the secondary cell group is associated with a secondary network node ; receiving, by the master network node , an activation status message that indicates an activation status of the terminal regarding the PSCell of the secondary cell group, from the terminal , wherein the received activation status message includes: confirmation of whether activation of the PSCell of the secondary cell group is successful or unsuccessful, characterized by the received activation status message further including information regarding a recommended list of other cells that are potential PSCells for the terminal ; selecting, from the potential PSCells, a new PSCell for activation by the terminal when the activation of the PSCell is unsuccessful; and transmitting, by the master network node , when the activation of the PSCell is unsuccessful, another request to the terminal to activate the new PSCell.
Battery charger for electric vehicles, comprising a container , a first power unit housed inside said container , adapted to be connected at input to an external power supply line (L) and at output to a battery (B) of an electric vehicle (V), a second power unit housed inside said container , being further adapted to be connected at input to said external power supply line (L) and at output to said battery (B) of the electric vehicle (V), and an electronic control unit housed inside said container and operatively connected to said first power unit and to said second power unit and provided with piloting means for piloting both said first power unit and said second power unit , wherein said electronic control unit comprises at least a communication interface connectable to a station (C) of said vehicle (V) and able to communicate with said station (C) and said piloting means comprise an internal control device configured to interpret and convert the control signals from said station (C) of the vehicle (V) into control signals of said first and second power units , and wherein said battery charger comprises first electric cut-out means placed between each of said first and second power units and said power supply line (L), and second electric cut-out means placed between each of said first and second power units and said battery (B) of the electric vehicle (V), wherein said first and second cut-out means are configured to protect said electronic control unit in case of over-currents coming from the first power unit or from the second power unit .
Inhalation-synchronized fluid product dispenser device comprising a body provided with a mouthpiece , at least one fluid reservoir containing fluid, and dispenser means for dispensing a dose of fluid on each actuation, said device comprising blocking means (500; 600) for said dispenser means , SAID device comprising an inhalation-controlled trigger system comprising an inhalation-sensitive member that is deformable and/or movable under the effect of inhaling, said inhalation-sensitive member co-operating with said blocking means (500; 600) so that, when said inhalation-sensitive member is deformed and/or moved under the effect of inhaling, it enables said dispenser means to be actuated, characterized in that said device comprises a protective element of said inhalation-controlled trigger system, said protective element being disposed between said mouthpiece and said inhalation-sensitive member , said protective element being made of a porous material that allows air to pass through it but blocks the passage of water, dust and foreign bodies.
Use of a purified bilirubin oxidase (BOD) for measuring the bilirubin concentration in a fluid sample, characterized in that said BOD has a percentage identity of at least 80% relative to the BOD from Magnaporthe oryzae having the sequence of accession number A4QV27 in the Uniprot database except for the 24 amino acids positioned at the N-terminal end of the protein ; in that it catalyses the reaction of oxidation of bilirubin to biliverdin and in that it is bound to four copper atoms.
A method of narrow band, NB, wireless communication at a base station , comprising: generating a secondary synchronization signal, SSS signal, wherein the SSS signal comprises a sequence of orthogonal frequency division multiplexing, OFDM, symbols, wherein each symbol of a sequence of SSS symbols is mapped to a codeword symbol of an forward error correction, FEC, code, each FEC codeword comprising source symbols and parity symbols, wherein source symbols of the sequence of SSS symbols carry a cell identifier, ID, and frame timing information, and parity symbols of the sequence of SSS symbols introduce redundancy and coding gain, wherein generating the SSS signal comprises using parity check codes, wherein code symbols of each FEC codeword are represented by ZC sequences selected based on a plurality of root indexes that are partitioned into two subsets based on a quadratic residue property and using a constrained cyclic shift mapping; and transmitting the SSS signal using the NB. generating a secondary synchronization signal, SSS signal, wherein the SSS signal comprises a sequence of orthogonal frequency division multiplexing, OFDM, symbols, wherein each symbol of a sequence of SSS symbols is mapped to a codeword symbol of an forward error correction, FEC, code, each FEC codeword comprising source symbols and parity symbols, wherein source symbols of the sequence of SSS symbols carry a cell identifier, ID, and frame timing information, and parity symbols of the sequence of SSS symbols introduce redundancy and coding gain, wherein generating the SSS signal comprises using parity check codes, wherein code symbols of each FEC codeword are represented by ZC sequences selected based on a plurality of root indexes that are partitioned into two subsets based on a quadratic residue property and using a constrained cyclic shift mapping; and transmitting the SSS signal using the NB.
A device for optimizing a radiation therapy plan for delivering therapeutic radiation to a patient using a therapeutic radiation source while modulated by a multi-leaf collimator, MLC, , the device including: • at least one electronic processor connected to a radiation therapy device ; and • a non-transitory computer readable medium storing instructions readable and executable by the at least one electronic processor to perform a radiation therapy plan optimization method including: optimizing MLC settings respective to an objective function wherein the MLC settings define MLC leaf tip positions for a plurality of rows of MLC leaf pairs at a plurality of control points, CPs, wherein the optimizing is performed in two or more iterations with a resolution of the MLC settings increasing in successive iterations; characterised in that the optimizing includes reducing a travel range of the leaf tip positions and increasing a resolution of the leaf tip positions within the reduced travel range in the successive iterations. • at least one electronic processor connected to a radiation therapy device ; and • a non-transitory computer readable medium storing instructions readable and executable by the at least one electronic processor to perform a radiation therapy plan optimization method including: optimizing MLC settings respective to an objective function wherein the MLC settings define MLC leaf tip positions for a plurality of rows of MLC leaf pairs at a plurality of control points, CPs, wherein the optimizing is performed in two or more iterations with a resolution of the MLC settings increasing in successive iterations;
An interlockable flooring product in the form of a multilayer laminate, comprising: - a wear layer suitable for providing a long-term wear-resistance; - a design layer suitable for providing the primary visual component of the flooring product; - an embossing layer having an embossing; - a balance layer suitable for stabilizing the entire flooring product by balancing the curving and bowing of the other layers of the flooring product; and - a backing layer suitable for precluding liquids from entering the flooring product from below; said wear layer being adjoined, directly or through one or more intermediate layers, to a surface of the design layer , and said backing layer being adjoined, through one or more intermediate layers, including at least the embossing layer and the balance layer , to an opposite surface of the design layer , said flooring product having a thickness of less than 4 mm. - a wear layer suitable for providing a long-term wear-resistance; - a design layer suitable for providing the primary visual component of the flooring product; - an embossing layer having an embossing; - a balance layer suitable for stabilizing the entire flooring product by balancing the curving and bowing of the other layers of the flooring product; and - a backing layer suitable for precluding liquids from entering the flooring product from below;
An apparatus to be implemented in a base station, the apparatus comprising: interface circuitry; and processing circuitry operably coupled to the interface circuitry, the processing circuitry to: transmit , via the interface circuitry, a first medium access control, MAC, protocol data unit, PDU, including at least two MAC control elements, CEs, wherein the at least two MAC CEs include a first MAC CE for secondary cell, SCell, activation and a second MAC CE for semi-persistent, SP, Channel Status Information, CSI, reporting activation, wherein the first MAC CE and the second MAC CE are transmitted concurrently; receive , via the interface circuitry, a hybrid automatic repeat request acknowledgement, HARQ-ACK; transmit , via the interface circuitry, SP CSI reference signal, RS, resources and/or interference measurement RS resources associated with the second MAC CE of the first MAC PDU; receive , via the interface circuitry, one or more CSI reports; determine whether at least one of the one or more CSI reports is a valid CSI indicating that at least one UE is ready for data reception; transmit , via the interface circuitry, a second MAC PDU including a MAC CE for deactivating CSI reporting; and receive , via the interface circuitry, a HARQ-ACK responsive to the second transmitted MAC PDU. transmit , via the interface circuitry, a first medium access control, MAC, protocol data unit, PDU, including at least two MAC control elements, CEs, wherein the at least two MAC CEs include a first MAC CE for secondary cell, SCell, activation and a second MAC CE for semi-persistent, SP, Channel Status Information, CSI, reporting activation, wherein the first MAC CE and the second MAC CE are transmitted concurrently; receive , via the interface circuitry, a hybrid automatic repeat request acknowledgement, HARQ-ACK; transmit , via the interface circuitry, SP CSI reference signal, RS, resources and/or interference measurement RS resources associated with the second MAC CE of the first MAC PDU; receive , via the interface circuitry, one or more CSI reports; determine whether at least one of the one or more CSI reports is a valid CSI indicating that at least one UE is ready for data reception; transmit , via the interface circuitry, a second MAC PDU including a MAC CE for deactivating CSI reporting; and receive , via the interface circuitry, a HARQ-ACK responsive to the second transmitted MAC PDU.
A hand dishwashing cleaning composition comprising a surfactant system and an amine of Formula (I): R1-N-R2R3 (I) wherein R1 is a cyclic or acyclic polyhydroxyhydrocarbyl; R2 is hydrogen or methyl; and R3 is a C6 to C30 hydrocarbyl; from 1% to 60% by weight of the composition of a surfactant system comprising an anionic surfactant preferably selected of sulfate or sulfonate anionic surfactants, preferably selected from the group consisting of alkyl sulfate, alkyl alkoxy sufate and mixtures thereof and wherein the alkyl alkoxy sulfate is preferably an alkyl ethoxy sulphate; and a co-surfactant selected from an amine oxide. wherein R1 is a cyclic or acyclic polyhydroxyhydrocarbyl; R2 is hydrogen or methyl; and R3 is a C6 to C30 hydrocarbyl; from 1% to 60% by weight of the composition of a surfactant system comprising an anionic surfactant preferably selected of sulfate or sulfonate anionic surfactants, preferably selected from the group consisting of alkyl sulfate, alkyl alkoxy sufate and mixtures thereof and wherein the alkyl alkoxy sulfate is preferably an alkyl ethoxy sulphate; and a co-surfactant selected from an amine oxide.
A method for optimising total energy supplied to a plurality of comfort equipments distributed in a space including a central module for managing energy to be supplied and a plurality of zones Zi , each zone Zi including at least one work station likely to accommodate at least one person, including the following steps of: - determining the occupancy rate of zones Zi , - collecting in real time information relating to the use of each comfort equipment in each zone Zi and data representative of the dissatisfaction level of persons present in each zone Zi , and, - assessing from said data an overall dissatisfaction rate of the persons present in each zone Zi, - comparing the overall dissatisfaction rate with a predefined threshold, the method being characterised in that it further includes the following steps of: - if the dissatisfaction rate is lower than the predefined threshold, iteratively calculating an overall setpoint to decrease the overall energy to be supplied, and, • reassessing the resulting dissatisfaction rate for each new value of the setpoint Cg, • applying the overall setpoint Cg calculated to at least one of the comfort equipments to minimise total energy supplied, - if the dissatisfaction rate is greater than the predefined threshold, iteratively varying the overall setpoint until the resulting overall dissatisfaction rate becomes lower than the predefined threshold, • applying the overall setpoint Cg to the central module for managing total energy to adapt total energy to be supplied. - determining the occupancy rate of zones Zi , - collecting in real time information relating to the use of each comfort equipment in each zone Zi and data representative of the dissatisfaction level of persons present in each zone Zi , and, - assessing from said data an overall dissatisfaction rate of the persons present in each zone Zi, - comparing the overall dissatisfaction rate with a predefined threshold, the method being characterised in that it further includes the following steps of: - if the dissatisfaction rate is lower than the predefined threshold, iteratively calculating an overall setpoint to decrease the overall energy to be supplied, and, • reassessing the resulting dissatisfaction rate for each new value of the setpoint Cg, • applying the overall setpoint Cg calculated to at least one of the comfort equipments to minimise total energy supplied, • reassessing the resulting dissatisfaction rate for each new value of the setpoint Cg, • applying the overall setpoint Cg calculated to at least one of the comfort equipments to minimise total energy supplied, - if the dissatisfaction rate is greater than the predefined threshold, iteratively varying the overall setpoint until the resulting overall dissatisfaction rate becomes lower than the predefined threshold, • applying the overall setpoint Cg to the central module for managing total energy to adapt total energy to be supplied. • applying the overall setpoint Cg to the central module for managing total energy to adapt total energy to be supplied.