mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication at a user equipment, UE, in a wireless communication system using directional transmissions, the method comprising: identifying, for a paging group that includes the UE , a control channel monitoring configuration comprising a set of occasions for reception of a control channel transmission that is transmitted by a base station over a first set of beams ; monitoring a plurality of occasions of the set of occasions for the control channel transmission, the plurality of occasions corresponding to a plurality of directional beams of the first set of beams ; receiving, in at least one of the occasions, the control channel transmission from the base station , the control channel transmission comprising paging group information for the paging group; determining, based on one of said at least one of the occasions, uplink resources and an uplink beam for transmission of a paging response; transmitting, to the base station , the paging response on the selected uplink beam; and determining, based at least in part on the paging group information, transmission resources to monitor for a data channel transmission that includes paging information for at least one UE in the paging group. identifying, for a paging group that includes the UE , a control channel monitoring configuration comprising a set of occasions for reception of a control channel transmission that is transmitted by a base station over a first set of beams ; monitoring a plurality of occasions of the set of occasions for the control channel transmission, the plurality of occasions corresponding to a plurality of directional beams of the first set of beams ; receiving, in at least one of the occasions, the control channel transmission from the base station , the control channel transmission comprising paging group information for the paging group; determining, based on one of said at least one of the occasions, uplink resources and an uplink beam for transmission of a paging response; transmitting, to the base station , the paging response on the selected uplink beam; and determining, based at least in part on the paging group information, transmission resources to monitor for a data channel transmission that includes paging information for at least one UE in the paging group.
A method for allocating resources by a base station for transmitting and receiving data by a relay in a Long Term Evolution, LTE, communication system, the method comprising: allocating one to three initial Orthogonal Frequency-Division Multiplexing, OFDM, symbol transmission periods in a sub-frame of a downlink channel as a control channel for transmitting control information of a terminal directly connected to the base station ; dividing (S2001) resource blocks excluding the control channel of the terminal in the sub-frame into a plurality of partitions in the frequency domain; determining (S2005) for each of the plurality of partitions whether it is allocated to one of a plurality of relays including the relay ; and allocating (S2007), to each one of the plurality of relays, one of the partitions determined to be allocated to the plurality of relays, wherein the control channel of the relay and data channel of the relay corresponding to the control channel of the relay , which are multiplexed by time division multiplexing, TDM, or frequency division multiplexing, FDM, are transmitted to the relay through a partition determined to be allocated to the relay , wherein the control channel of the relay includes an indication for indicating whether the data channel of the relay is scheduled, and wherein, if the control channel of the relay includes a downlink scheduling information for the data channel of the relay , the partition for transmitting the control channel of the relay being configured to be not used for transmitting the data channel of the relay corresponding the control channel of the relay . allocating one to three initial Orthogonal Frequency-Division Multiplexing, OFDM, symbol transmission periods in a sub-frame of a downlink channel as a control channel for transmitting control information of a terminal directly connected to the base station ; dividing (S2001) resource blocks excluding the control channel of the terminal in the sub-frame into a plurality of partitions in the frequency domain; determining (S2005) for each of the plurality of partitions whether it is allocated to one of a plurality of relays including the relay ; and allocating (S2007), to each one of the plurality of relays, one of the partitions determined to be allocated to the plurality of relays, wherein the control channel of the relay and data channel of the relay corresponding to the control channel of the relay , which are multiplexed by time division multiplexing, TDM, or frequency division multiplexing, FDM, are transmitted to the relay through a partition determined to be allocated to the relay , wherein the control channel of the relay includes an indication for indicating whether the data channel of the relay is scheduled, and wherein, if the control channel of the relay includes a downlink scheduling information for the data channel of the relay , the partition for transmitting the control channel of the relay being configured to be not used for transmitting the data channel of the relay corresponding the control channel of the relay .
A solar cell assembly having a flexible circuit comprising: a solar cell having a solar-facing surface and a non-solar-facing surface , the solar cell comprising a cell corner ; a flexible circuit coupled to the non-solar-facing surface of the solar cell , wherein the flexible circuit is substantially coextensive with the solar cell , the flexible circuit comprising: a flexible insulator comprising a plurality of edges aligned with the solar cell , a flexible corner extending past the cell corner , and a flexible tab extending from an edge of the plurality of edges ; and a circuit substantially embedded in the flexible insulator , wherein the circuit comprises a first electric contact exposed at a solar-facing side of the flexible corner , and a second electric contact exposed at a solar-facing side of the flexible tab . a solar cell having a solar-facing surface and a non-solar-facing surface , the solar cell comprising a cell corner ; a flexible circuit coupled to the non-solar-facing surface of the solar cell , wherein the flexible circuit is substantially coextensive with the solar cell , the flexible circuit comprising: a flexible insulator comprising a plurality of edges aligned with the solar cell , a flexible corner extending past the cell corner , and a flexible tab extending from an edge of the plurality of edges ; and a circuit substantially embedded in the flexible insulator , wherein the circuit comprises a first electric contact exposed at a solar-facing side of the flexible corner , and a second electric contact exposed at a solar-facing side of the flexible tab . a flexible insulator comprising a plurality of edges aligned with the solar cell , a flexible corner extending past the cell corner , and a flexible tab extending from an edge of the plurality of edges ; and a circuit substantially embedded in the flexible insulator , wherein the circuit comprises a first electric contact exposed at a solar-facing side of the flexible corner , and a second electric contact exposed at a solar-facing side of the flexible tab .
A real-time memory access computing architecture, comprising: a hybrid computer module comprising a plurality of discrete semiconductor die mounted upon a semiconductor carrier , which hybrid computer module further comprises: a fully integrated power management module having a resonant gate transistor, wherein the fully integrated power management module is adapted to synchronously switch power at speeds that match a clock speed of a microprocessor on an adjacent microprocessor die (102A,B) mounted within the hybrid computer module to provide real-time memory access; a look-up table adapted to select a pointer to reference addresses in a main memory where data and/or processes are physically located; a memory management variable that uses the look-up table to select the next set of data and/or processes called by the microprocessor; a memory bank (104A,B) forming the main memory, wherein, ≥50% of cache memory of the microprocessor die is allocated to stack-based memory functionality. a fully integrated power management module having a resonant gate transistor, wherein the fully integrated power management module is adapted to synchronously switch power at speeds that match a clock speed of a microprocessor on an adjacent microprocessor die (102A,B) mounted within the hybrid computer module to provide real-time memory access; a look-up table adapted to select a pointer to reference addresses in a main memory where data and/or processes are physically located; a memory management variable that uses the look-up table to select the next set of data and/or processes called by the microprocessor; a memory bank (104A,B) forming the main memory, wherein, ≥50% of cache memory of the microprocessor die is allocated to stack-based memory functionality.
A medical vacuum sealing drainage device, comprising: a porous foam soft pad ; and a drainage tube arranged in the porous foam soft pad and provided with a tail end extending outside the porous foam soft pad ; wherein an elastic sealant film is arranged on the outer side of the porous foam soft pad ; a sealing opening for allowing the drainage tube to extend out is formed on the elastic sealant film ; characterized in that the diameter of the opening part of the sealing opening is less than the outer diameter of the drainage tube ; and a flushing pipe is arranged in the drainage tube , one end of the flushing pipe extends to the inside of the drainage tube , the other end of the flushing pipe is led out from the side wall at the tail end of the drainage tube , and a sealing cover is arranged at the tail end of the flushing pipe . a porous foam soft pad ; and a drainage tube arranged in the porous foam soft pad and provided with a tail end extending outside the porous foam soft pad ; wherein an elastic sealant film is arranged on the outer side of the porous foam soft pad ; a sealing opening for allowing the drainage tube to extend out is formed on the elastic sealant film ; characterized in that the diameter of the opening part of the sealing opening is less than the outer diameter of the drainage tube ; and a flushing pipe is arranged in the drainage tube , one end of the flushing pipe extends to the inside of the drainage tube , the other end of the flushing pipe is led out from the side wall at the tail end of the drainage tube , and a sealing cover is arranged at the tail end of the flushing pipe .
A work machine comprising: a vehicular body ; a running wheel rotatably attached to the vehicular body ; a work implement operable with respect to the vehicular body ; an operation apparatus for operating the running wheel and the work implement ; and a controller that controls an operation by the work machine , wherein the controller determines that an ineffective operation in which the work implement does not work is being performed during an excavation work based on an operation command value output from the operation apparatus, and outputs a time period for which the ineffective operation is being performed. a vehicular body ; a running wheel rotatably attached to the vehicular body ; a work implement operable with respect to the vehicular body ; an operation apparatus for operating the running wheel and the work implement ; and a controller that controls an operation by the work machine , wherein the controller determines that an ineffective operation in which the work implement does not work is being performed during an excavation work based on an operation command value output from the operation apparatus, and outputs a time period for which the ineffective operation is being performed.
A polyether-based polymer composition comprising; a polyether-based polymer including an oxirane monomer unit and having one cationic group substantially only at one terminal of a polymer chain, and a nanocarbon material.
Lifting support for a container , comprising : - two upper pins and two lower pins , adapted to be inserted in complementary holes of the container when the lifting support is in a first position with respect to the container , - two intermediate pins adapted to be inserted in two complementary upper holes of the container when the lifting support is in a second position with respect to the container , the lifting support being characterised in that the two intermediate pins are positioned between the two upper pins and the two lower pins . - two upper pins and two lower pins , adapted to be inserted in complementary holes of the container when the lifting support is in a first position with respect to the container , - two intermediate pins adapted to be inserted in two complementary upper holes of the container when the lifting support is in a second position with respect to the container , the lifting support being characterised in that the two intermediate pins are positioned between the two upper pins and the two lower pins .
A camera device that comprises a camera housing and a lens assembly , where the camera housing comprises: - a through-hole connecting an inner side of the camera housing to an outer side of the camera housing , - a first rim portion at least partially circumventing a first end of the through-hole at the inner side of the camera housing , and - a second rim portion , at least partially circumventing a second end of the through-hole at the outer side of the camera housing , and where the lens assembly comprises: - a lens aperture , - a lens flange , - a lens barrel , and - a circumferentially running slot provided in the lens barrel between the lens aperture and the lens flange , wherein the lens assembly comprises: - an at least partly circumferentially running resilient member that at last partly circumvents the lens barrel and is adapted to be sandwiched between the first rim portion and the lens flange , and - a resilient partly circumferentially running clip member that is adapted to be received in the slot and to abut the second rim portion . - a through-hole connecting an inner side of the camera housing to an outer side of the camera housing , - a first rim portion at least partially circumventing a first end of the through-hole at the inner side of the camera housing , and - a second rim portion , at least partially circumventing a second end of the through-hole at the outer side of the camera housing , and where the lens assembly comprises: - a lens aperture , - a lens flange , - a lens barrel , and - a circumferentially running slot provided in the lens barrel between the lens aperture and the lens flange , - a lens aperture , - a lens flange , - a lens barrel , and - a circumferentially running slot provided in the lens barrel between the lens aperture and the lens flange , wherein the lens assembly comprises: - an at least partly circumferentially running resilient member that at last partly circumvents the lens barrel and is adapted to be sandwiched between the first rim portion and the lens flange , and - a resilient partly circumferentially running clip member that is adapted to be received in the slot and to abut the second rim portion . - an at least partly circumferentially running resilient member that at last partly circumvents the lens barrel and is adapted to be sandwiched between the first rim portion and the lens flange , and - a resilient partly circumferentially running clip member that is adapted to be received in the slot and to abut the second rim portion .
A tobacco product for blending with a tobacco blend to form a smokable rod, said tobacco product comprising: a reconstituted tobacco material comprising tobacco stems and fines; and a non-fibrous polymer component forming a coating on the reconstituted tobacco material. a reconstituted tobacco material comprising tobacco stems and fines; and a non-fibrous polymer component forming a coating on the reconstituted tobacco material.
Fuel supply system of a turbomachine, comprising a fuel circuit comprising pressurization means at the outlet of said circuit, a pump arranged to send into said circuit a fuel flow rate which is an increasing function of the rotational speed (ω1) of a shaft of said pump, characterized in that the circuit includes a flow rate sensor placed between the outlet of the pump and the pressurization means , the flow rate sensor comprising a sliding drawer , a return mean and a sensor for detecting the position of said drawer, the position of said drawer being controlled by a pressure difference across the flow rate sensor shaped to compensate for the force applied by the return mean to said drawer , the circuit being arranged so that the position of said drawer indicates the flow rate passing through the flow rate sensor , in that the system comprises a device arranged to drive the pump with a controllable rotational speed, and in that the system comprises means arranged so as to control the device on the basis of a measurement provided by the flow rate sensor , so as to adapt the rotational speed (ω1) of the shaft of the pump to respect a flow rate setpoint value at the outlet of the fuel circuit.
Method for improving threshold voltage of oxide semiconductor thin film transistor, TFT, comprising the steps of: Step 1: providing (S1) an oxide semiconductor TFT, comprising: a gate , a gate insulating layer covering the gate , an oxide semiconductor layer disposed on the gate insulating layer , and a source and a drain disposed on the oxide semiconductor layer spaced form each other with an interval; Step 2: performing (S2) a bending operation on the oxide semiconductor TFT for a default duration; the bending operation compressing or stretching the oxide semiconductor layer to improve the threshold voltage of the oxide semiconductor TFT, wherein the bending operation either compresses the oxide semiconductor layer so that the threshold voltage of the oxide semiconductor TFT is increased and gradually stabilized or stretches the oxide semiconductor layer so that the threshold voltage of the oxide semiconductor TFT is reduced and gradually stabilized, characterized in that in Step 2, the default duration for the bending operation is longer than or equal to 45 days. Step 1: providing (S1) an oxide semiconductor TFT, comprising: a gate , a gate insulating layer covering the gate , an oxide semiconductor layer disposed on the gate insulating layer , and a source and a drain disposed on the oxide semiconductor layer spaced form each other with an interval; Step 2: performing (S2) a bending operation on the oxide semiconductor TFT for a default duration; the bending operation compressing or stretching the oxide semiconductor layer to improve the threshold voltage of the oxide semiconductor TFT, wherein the bending operation either compresses the oxide semiconductor layer so that the threshold voltage of the oxide semiconductor TFT is increased and gradually stabilized or stretches the oxide semiconductor layer so that the threshold voltage of the oxide semiconductor TFT is reduced and gradually stabilized, characterized in that in Step 2, the default duration for the bending operation is longer than or equal to 45 days.
A laparoscopic microwave ablation instrument, comprising a handle assembly affixed to a tubular member , wherein the tubular member comprises: a proximal portion ; a distal portion , wherein the distal portion is terminated by a distal tip forming a needle for piercing tissue during operation; and an intermediate portion interposed between the proximal portion and the distal portion, wherein a maximum outer diameter of the proximal portion is greater than or equal to a maximum outer diameter of the intermediate portion, wherein the maximum outer diameter of the intermediate portion is greater than or equal to a maximum outer diameter of the distal portion, and a microwave transmission line having a radiating portion, wherein the microwave transmission line is inserted within the tubular member, wherein: the maximum outer diameter of the proximal portion is greater than the maximum outer diameter of the distal portion ; and the intermediate portion has an outer diameter at least a portion of which increases in a direction from the distal portion to the proximal portion . a proximal portion ; a distal portion , wherein the distal portion is terminated by a distal tip forming a needle for piercing tissue during operation; and an intermediate portion interposed between the proximal portion and the distal portion, wherein a maximum outer diameter of the proximal portion is greater than or equal to a maximum outer diameter of the intermediate portion, wherein the maximum outer diameter of the intermediate portion is greater than or equal to a maximum outer diameter of the distal portion, and a microwave transmission line having a radiating portion, wherein the microwave transmission line is inserted within the tubular member, wherein: the maximum outer diameter of the proximal portion is greater than the maximum outer diameter of the distal portion ; and the intermediate portion has an outer diameter at least a portion of which increases in a direction from the distal portion to the proximal portion . the maximum outer diameter of the proximal portion is greater than the maximum outer diameter of the distal portion ; and the intermediate portion has an outer diameter at least a portion of which increases in a direction from the distal portion to the proximal portion .
A method of allocating radio resources for one or more radio devices (A, B, C, D, DX) in an industrial application (IA), the method comprising: allocating radio resources to at least one non-stationary radio device (A, B, C, D, DX) in a first cell (S), such that the radio resources allocated to the at least one non-stationary radio device (A, B, C, D, DX) in the first cell (S) are exclusively available for the at least one non-stationary radio device (A, B, C, D, DX) in at least one second cell (T) next to, preferably adjacent to, the first cell (S), in case of the at least one non-stationary radio device (A, B, C, D, DX) moving from the first cell (S) to an adjacent cell to the first cell (S) in which the radio resources allocated to the at least one non-stationary radio device (A, B, C, D, DX) in the first cell (S) are not exclusively available to the at least one non-stationary radio device (A, B, C, D, DX) in the adjacent cell, dividing the radio resources in time slots in the time domain in a disjunctive manner into a first portion for a first non-stationary radio device (A) and at least a second portion for a second non-stationary radio device (B). allocating radio resources to at least one non-stationary radio device (A, B, C, D, DX) in a first cell (S), such that the radio resources allocated to the at least one non-stationary radio device (A, B, C, D, DX) in the first cell (S) are exclusively available for the at least one non-stationary radio device (A, B, C, D, DX) in at least one second cell (T) next to, preferably adjacent to, the first cell (S), in case of the at least one non-stationary radio device (A, B, C, D, DX) moving from the first cell (S) to an adjacent cell to the first cell (S) in which the radio resources allocated to the at least one non-stationary radio device (A, B, C, D, DX) in the first cell (S) are not exclusively available to the at least one non-stationary radio device (A, B, C, D, DX) in the adjacent cell, dividing the radio resources in time slots in the time domain in a disjunctive manner into a first portion for a first non-stationary radio device (A) and at least a second portion for a second non-stationary radio device (B).