mhurhangee/patent-ind-claim-en huggingface dataset:
An uplink transmission feedback method, wherein the method comprises: receiving , by a base station, uplink data sent by a terminal on a first resource of a Physical Uplink Shared Channel, PUSCH; generating , by the base station, feedback information of the uplink data, the feedback information comprising Acknowledgement feedback, ACK, or Negative Acknowledgement feedback, NACK; wherein the NACK is configured to instruct the terminal to retransmit the uplink data; and sending , by the base station, the feedback information to the terminal using a first Physical Downlink Control Channel, PDCCH, format on a second resource of a PDCCH; wherein the first PDCCH format occupies X symbols on the PDCCH, where X is a specified value or any value in 1, 2 and 3; wherein a number of symbols between a first symbol of the second resource and a last symbol of the first resource is not greater than K; where K is a specified value or any value in 0, 1, 2, and 3. receiving , by a base station, uplink data sent by a terminal on a first resource of a Physical Uplink Shared Channel, PUSCH; generating , by the base station, feedback information of the uplink data, the feedback information comprising Acknowledgement feedback, ACK, or Negative Acknowledgement feedback, NACK; wherein the NACK is configured to instruct the terminal to retransmit the uplink data; and sending , by the base station, the feedback information to the terminal using a first Physical Downlink Control Channel, PDCCH, format on a second resource of a PDCCH; wherein the first PDCCH format occupies X symbols on the PDCCH, where X is a specified value or any value in 1, 2 and 3; wherein a number of symbols between a first symbol of the second resource and a last symbol of the first resource is not greater than K; where K is a specified value or any value in 0, 1, 2, and 3.
A fractionated alkylated cyclodextrin composition comprising 60% by weight or more alkylated cyclodextrin having a single degree of substitution relative to all alkylated cyclodextrin in the composition; and an active agent, wherein the active agent is selected from posaconazole, voriconazole, clotrimazole, ketoconazole, oxiconazole, sertaconazole, tetconazole, fluconazole, itraconazole, and miconazole.
A compound of the formula wherein X is selected from the group consisting of -(CH 2 ) 2 - and -CH 2 -CH(CH 3 )-; Q is selected from the group consisting of -C(CH 3 ) 2 and R is selected from the group consisting of or a pharmaceutically acceptable salt thereof. X is selected from the group consisting of -(CH 2 ) 2 - and -CH 2 -CH(CH 3 )-; Q is selected from the group consisting of -C(CH 3 ) 2 and R is selected from the group consisting of or a pharmaceutically acceptable salt thereof.
A method executed by a wireless communication apparatus that facilitates sending reference signals for channel estimation in a wireless communication environment, comprising: identifying a number of symbols from a subframe utilized for downlink transmission; selecting a user equipment specific reference signal, UE-RS, pattern based upon the number of symbols from the subframe utilized for the downlink transmission, wherein at least one time domain component of the UE-RS pattern varies based upon the number of symbols from the subframe utilized for the downlink transmission, wherein the at least one time domain component of the UE-RS pattern is varied based upon the number of symbols from the subframe utilized for the downlink transmission by time-shifting the at least one time domain component of the UE-RS pattern, wherein a set of time domain components of the UE-RS pattern are time-shifted by a common number of symbols; and mapping UE-RSs to resource elements of the subframe as a function of the UE-RS pattern. identifying a number of symbols from a subframe utilized for downlink transmission; selecting a user equipment specific reference signal, UE-RS, pattern based upon the number of symbols from the subframe utilized for the downlink transmission, wherein at least one time domain component of the UE-RS pattern varies based upon the number of symbols from the subframe utilized for the downlink transmission, wherein the at least one time domain component of the UE-RS pattern is varied based upon the number of symbols from the subframe utilized for the downlink transmission by time-shifting the at least one time domain component of the UE-RS pattern, wherein a set of time domain components of the UE-RS pattern are time-shifted by a common number of symbols; and mapping UE-RSs to resource elements of the subframe as a function of the UE-RS pattern.
A method of assessing damage to a composite member comprising: a. providing a member formed from a composite material comprising at least one cavity ; b. establishing a first pressure differential between the at least one cavity and the surrounding ambient pressure; c. monitoring the rate of change of the first pressure differential over a first predetermined period; and d. allowing the pressure differential to subside such that the pressure in the cavity becomes equal to ambient pressure; the method further comprising e. storing the result of the monitoring step as a reference value for said composite member ; and f. repeating the steps of establishing a pressure differential between the at least one cavity of said composite member and the surrounding ambient pressure; g. monitoring the rate of change of the pressure differential over a predetermined period; h. allowing the pressure differential to subside such that the pressure in the cavity becomes equal to ambient pressure; and i. comparing the result of the repeated monitoring step for said composite member with the reference value for said composite member ; and j. if the result of the repeated monitoring step differs from the reference value by more than a predetermined amount, determining that the composite member is defective. a. providing a member formed from a composite material comprising at least one cavity ; b. establishing a first pressure differential between the at least one cavity and the surrounding ambient pressure; c. monitoring the rate of change of the first pressure differential over a first predetermined period; and d. allowing the pressure differential to subside such that the pressure in the cavity becomes equal to ambient pressure; the method further comprising e. storing the result of the monitoring step as a reference value for said composite member ; and f. repeating the steps of establishing a pressure differential between the at least one cavity of said composite member and the surrounding ambient pressure; g. monitoring the rate of change of the pressure differential over a predetermined period; h. allowing the pressure differential to subside such that the pressure in the cavity becomes equal to ambient pressure; and i. comparing the result of the repeated monitoring step for said composite member with the reference value for said composite member ; and j. if the result of the repeated monitoring step differs from the reference value by more than a predetermined amount, determining that the composite member is defective.
A method for decoding a received message by a first wireless device, the method comprising: determining one or more non-reserved group IDs associated with the first wireless device ; participating in a communication session based on a first group ID of the one or more non-reserved group IDs associated with the first wireless device ; receiving a first message from a second wireless device, the first message comprising a second group ID, the second group ID not among the one or more non-reserved group IDs associated with the first wireless device ; determining the second group ID is a reserved group ID ; and decoding the first message based on the second group ID , characterized in that the method further comprises: upon determining the second group ID is a reserved group ID, stopping further transmission by the first wireless device for a certain period of time and prioritizing communications related to the second group ID, then resume participation in the communication session based on the first group ID after the certain period of time. determining one or more non-reserved group IDs associated with the first wireless device ; participating in a communication session based on a first group ID of the one or more non-reserved group IDs associated with the first wireless device ; receiving a first message from a second wireless device, the first message comprising a second group ID, the second group ID not among the one or more non-reserved group IDs associated with the first wireless device ; determining the second group ID is a reserved group ID ; and decoding the first message based on the second group ID , characterized in that the method further comprises: upon determining the second group ID is a reserved group ID, stopping further transmission by the first wireless device for a certain period of time and prioritizing communications related to the second group ID, then resume participation in the communication session based on the first group ID after the certain period of time.
An outdoor unit of an air-conditioning apparatus, the outdoor unit comprising: a compressor , which is configured to compress refrigerant; an outdoor heat exchanger , which is configured to exchange heat between the refrigerant and outdoor air; an outdoor fan , which is configured to send outdoor air to the outdoor heat exchanger ; an outdoor air temperature detection unit , which is configured to detect a temperature of outdoor air; and a control unit , which is configured to control operation of the compressor and the outdoor fan , characterized by the control unit including: a storage unit , which is configured to store an outdoor air temperature that is detected by the outdoor air temperature detection unit at a time when operation is stopped; and an operation timing setting unit , which is configured to operate the outdoor fan and then the compressor in a case where the outdoor air temperature that is stored in the storage unit is less than a temperature threshold value when the operation is resumed, and to simultaneously operate the outdoor fan and the compressor in a case where the outdoor air temperature that is stored in the storage unit is the temperature threshold value or more when the operation is resumed. a compressor , which is configured to compress refrigerant; an outdoor heat exchanger , which is configured to exchange heat between the refrigerant and outdoor air; an outdoor fan , which is configured to send outdoor air to the outdoor heat exchanger ; an outdoor air temperature detection unit , which is configured to detect a temperature of outdoor air; and a control unit , which is configured to control operation of the compressor and the outdoor fan , characterized by the control unit including: a storage unit , which is configured to store an outdoor air temperature that is detected by the outdoor air temperature detection unit at a time when operation is stopped; and an operation timing setting unit , which is configured to operate the outdoor fan and then the compressor in a case where the outdoor air temperature that is stored in the storage unit is less than a temperature threshold value when the operation is resumed, and to simultaneously operate the outdoor fan and the compressor in a case where the outdoor air temperature that is stored in the storage unit is the temperature threshold value or more when the operation is resumed. a storage unit , which is configured to store an outdoor air temperature that is detected by the outdoor air temperature detection unit at a time when operation is stopped; and an operation timing setting unit , which is configured to operate the outdoor fan and then the compressor in a case where the outdoor air temperature that is stored in the storage unit is less than a temperature threshold value when the operation is resumed, and to simultaneously operate the outdoor fan and the compressor in a case where the outdoor air temperature that is stored in the storage unit is the temperature threshold value or more when the operation is resumed.
A method of preparing a porous protein scaffold for supporting the growth of biological tissue, said method comprising: providing an oil-in water emulsion comprising oil droplets dispersed in a continuous phase comprising a pH-buffered aqueous protein solution, wherein the oil-in-water emulsion comprises a non-ionic surfactant or a mixture of non-ionic surfactants, wherein the non-ionic surfactant is in an amount of 0.01 to 10 volume % of the total volume of the oil phase in the oil-in-water emulsion, wherein a HLB of the non-ionic surfactant or the surfactant mixture is 10 to 16; gelling the protein around the oil droplets; removing the oil droplets from the continuous phase after formation of a scaffold; and incubating the scaffold with an excipient solution. providing an oil-in water emulsion comprising oil droplets dispersed in a continuous phase comprising a pH-buffered aqueous protein solution, wherein the oil-in-water emulsion comprises a non-ionic surfactant or a mixture of non-ionic surfactants, wherein the non-ionic surfactant is in an amount of 0.01 to 10 volume % of the total volume of the oil phase in the oil-in-water emulsion, wherein a HLB of the non-ionic surfactant or the surfactant mixture is 10 to 16; gelling the protein around the oil droplets; removing the oil droplets from the continuous phase after formation of a scaffold; and incubating the scaffold with an excipient solution.
A computer-implemented method for determining robustness of a discrete fracture network (DFN) permeability estimate, the method comprising: receiving a DFN (202, 302; 502) of an earth formation of interest, the DFN (202, 302; 502) comprising a plurality of connected fractures; determining a directional equivalent permeability (210, 310; 512) of the plurality of connected fractures of the DFN using a numerical upscaling method; and determining the robustness of the directional equivalent permeability (210, 310; 512), wherein the directional equivalent permeability is a first directional equivalent permeability , and wherein determining the robustness of the first directional equivalent permeability comprises comparing the first directional equivalent permeability to a second directional equivalent permeability determined using Oda's method as described in "Permeability Tensor for Discontinuous Rock Masses" by M. Oda, Geotechnique, Vol. 35, pages 483-495, 1985. receiving a DFN (202, 302; 502) of an earth formation of interest, the DFN (202, 302; 502) comprising a plurality of connected fractures; determining a directional equivalent permeability (210, 310; 512) of the plurality of connected fractures of the DFN using a numerical upscaling method; and determining the robustness of the directional equivalent permeability (210, 310; 512), wherein the directional equivalent permeability is a first directional equivalent permeability , and wherein determining the robustness of the first directional equivalent permeability comprises comparing the first directional equivalent permeability to a second directional equivalent permeability determined using Oda's method as described in "Permeability Tensor for Discontinuous Rock Masses" by M. Oda, Geotechnique, Vol. 35, pages 483-495, 1985.
Drive device for moving a movable part of a piece of furniture between a closed position and an open position comprising: a base element , a linear drive arranged on the base element , a first fitting element which can be fastened to a body of the furniture and to which the base element is fastened in a pivotable and translationally adjustable manner, an actuating element which is driven by the linear drive via a drive element of the linear drive so as to be linearly adjustable relative to the base element and which has a first stop and a second stop , the drive element being arranged so as to be axially adjustable relative to the actuating element between the first stop and the second stop , a second fitting element which can be fastened to the movable furniture part and which is pivotably connected to the base element , and a coupling element , which on the one hand is pivotably connected to the actuating element and on the other hand is pivotably connected to the second fitting element . a base element , a linear drive arranged on the base element , a first fitting element which can be fastened to a body of the furniture and to which the base element is fastened in a pivotable and translationally adjustable manner, an actuating element which is driven by the linear drive via a drive element of the linear drive so as to be linearly adjustable relative to the base element and which has a first stop and a second stop , the drive element being arranged so as to be axially adjustable relative to the actuating element between the first stop and the second stop , a second fitting element which can be fastened to the movable furniture part and which is pivotably connected to the base element , and a coupling element , which on the one hand is pivotably connected to the actuating element and on the other hand is pivotably connected to the second fitting element .
A suspension comprising: a cylinder ; a piston rod including a piston provided at one end-side, and inserted in the cylinder together with the piston ; an outer tube part opened at the one end-side, a position of which relative to the piston rod is fixed at the other end-side, and configured to receive therein at least a part of the cylinder ; and a tubular rolling diaphragm having one end disposed at the cylinder and the other end fixed to the outer tube part , and configured to roll in conjunction with displacement of the piston rod with respect to the cylinder , the rolling diaphragm becoming convex toward the other end-side of the outer tube part and being accommodated in the outer tube part , upon contraction of the suspension , characterized in that the one end of the rolling diaphragm is disposed to be displaceable with respect to the cylinder . a cylinder ; a piston rod including a piston provided at one end-side, and inserted in the cylinder together with the piston ; an outer tube part opened at the one end-side, a position of which relative to the piston rod is fixed at the other end-side, and configured to receive therein at least a part of the cylinder ; and a tubular rolling diaphragm having one end disposed at the cylinder and the other end fixed to the outer tube part , and configured to roll in conjunction with displacement of the piston rod with respect to the cylinder , the rolling diaphragm becoming convex toward the other end-side of the outer tube part and being accommodated in the outer tube part , upon contraction of the suspension , characterized in that the one end of the rolling diaphragm is disposed to be displaceable with respect to the cylinder .
A method performed by a user equipment, UE, the method comprising: receiving a downlink transmission indicating a plurality of time-frequency resources on which an uplink transmission may be sent, the plurality of time-frequency resources being in a plurality of uplink frequency partitions of an unlicensed spectrum , wherein the uplink frequency partitions are in a same bandwidth part, BWP; for each uplink frequency partition of the plurality of uplink frequency partitions: listening to a wireless channel in a frequency region of the uplink frequency partition to determine whether the wireless channel is unoccupied in the frequency region of the uplink frequency partition ; and transmitting the uplink transmission in at least one of the uplink frequency partitions for which the frequency region of the wireless channel is unoccupied . receiving a downlink transmission indicating a plurality of time-frequency resources on which an uplink transmission may be sent, the plurality of time-frequency resources being in a plurality of uplink frequency partitions of an unlicensed spectrum , wherein the uplink frequency partitions are in a same bandwidth part, BWP; for each uplink frequency partition of the plurality of uplink frequency partitions: listening to a wireless channel in a frequency region of the uplink frequency partition to determine whether the wireless channel is unoccupied in the frequency region of the uplink frequency partition ; and transmitting the uplink transmission in at least one of the uplink frequency partitions for which the frequency region of the wireless channel is unoccupied .
A seat for vehicle, including a seat part pivotable around a pin between at least three angular positions, a substantially folded vertical position, a usage position in which the seat part interferes with a stop of the seat, and a collapsed position located lower than the usage position and obtained by breaking the stop following an impact, wherein the seat is characterised in that it includes a flexible seatback intended to be secured with an upper attachment point by its first end and secured to the seat part by its second end at a fastening point , the seatback passing through a tension point positioned such that, when the seat part is in the usage position, the tension point is aligned with the fastening point and the pin , the pin being located between the tension point and the fastening point , the tension of the seatback being thus maximal and does not oppose the collapse of the seat part .
A mesh panel for a fence having, with reference to the position of use, two side borders , an upper border and a lower border , the mesh panel consisting of a trellis of first vertical wires integral with second horizontal wires , the first vertical wires having one or more undulations so as to form one or more horizontal folds (P) in the shape of an area projecting over the height of the mesh panel , only the vertical wires located at the side ends of the mesh panel , called vertical edge wires , being straight and extending without interruption between the upper border and the lower border , the first vertical wires located between said vertical edge wires having one or more undulations, characterised in that the vertical edge wires have a diameter greater than the diameter of the first vertical wires disposed between the vertical edge wires , and in that said at least one horizontal fold (P) comprises a horizontal wire located at the bottom of the fold (P) and having a diameter greater than or equal to the diameter of the second horizontal wires .
A method carried out by a wireless device, the method comprising: receiving configuration parameters of a cell, wherein the cell comprises a first bandwidth part, BWP, and a second BWP; activating the first BWP and the second BWP; determining, based on a first downlink control channel configuration of the first BWP and a second downlink control channel configuration of the second BWP, a BWP, of the first BWP and the second BWP, for radio link monitoring for the cell; measuring, during a time period that the first BWP and the second BWP are active, one or more reference signals associated with the determined BWP; determining, based on the measuring, a radio link failure for the cell; and initiating, based on the radio link failure for the cell, a connection re-establishment procedure. receiving configuration parameters of a cell, wherein the cell comprises a first bandwidth part, BWP, and a second BWP; activating the first BWP and the second BWP; determining, based on a first downlink control channel configuration of the first BWP and a second downlink control channel configuration of the second BWP, a BWP, of the first BWP and the second BWP, for radio link monitoring for the cell; measuring, during a time period that the first BWP and the second BWP are active, one or more reference signals associated with the determined BWP; determining, based on the measuring, a radio link failure for the cell; and initiating, based on the radio link failure for the cell, a connection re-establishment procedure.