mhurhangee/ep-ind-claims huggingface dataset:
A resource configuration method, comprising: configuring, by a network device for a terminal device, a plurality of resources used to transmit uplink control information, UCI; configuring, by the network device, same first indication information for all of the plurality of resources; and sending, by the network device, the first indication information to the terminal device, wherein the first indication information indicates the terminal device to multiplex first UCI and second UCI, and a type of the first UCI is different from a type of the second UCI, wherein the method further comprises: receiving, by the network device on a third resource, the first UCI and the second UCI that are multiplexed, wherein the third resource is a resource in the plurality of resources that are configured by the network device for the terminal device and that are used to transmit the UCI. configuring, by a network device for a terminal device, a plurality of resources used to transmit uplink control information, UCI; configuring, by the network device, same first indication information for all of the plurality of resources; and sending, by the network device, the first indication information to the terminal device, wherein the first indication information indicates the terminal device to multiplex first UCI and second UCI, and a type of the first UCI is different from a type of the second UCI, wherein the method further comprises: receiving, by the network device on a third resource, the first UCI and the second UCI that are multiplexed, wherein the third resource is a resource in the plurality of resources that are configured by the network device for the terminal device and that are used to transmit the UCI.
A method of producing a directional output signal including the steps of: detecting sounds at the left and right sides of a person's head to produce left and right signals; determining the similarity of the signals on each side of the head to determine left and right directional filter weights ( W L, W R) by either comparing their cross-power and auto-power by adding the cross-power to the auto-power and dividing the cross-power by the result of the adding, or by comparing their cross-correlation and auto-correlation by adding the cross-correlation to the auto-correlation and dividing the cross-correlation by the result of the adding; modifying both the left and right signals by way of a filter block using the left and right directional filter weights ( W L, W R) respectively; and combining the modified left and right signals to produce an output signal. detecting sounds at the left and right sides of a person's head to produce left and right signals; determining the similarity of the signals on each side of the head to determine left and right directional filter weights ( W L, W R) by either comparing their cross-power and auto-power by adding the cross-power to the auto-power and dividing the cross-power by the result of the adding, or by comparing their cross-correlation and auto-correlation by adding the cross-correlation to the auto-correlation and dividing the cross-correlation by the result of the adding; modifying both the left and right signals by way of a filter block using the left and right directional filter weights ( W L, W R) respectively; and combining the modified left and right signals to produce an output signal.
An apparatus, comprising a guidewire, the guidewire comprising: (a) a first helical wire coil; and (b) a core wire having a first wire portion and a second wire portion, wherein the first wire portion of the core wire extends through the first helical wire coil, wherein the second wire portion of the core wire is intertwined with the first helical wire coil to fixedly secure the core wire relative to the first helical wire coil, wherein the core wire is formed from a first material that is non-extensible, characterized in that the core wire is fixedly secured relative to a distal portion of the first helical wire coil such that the core wire inhibits longitudinal elongation of the first helical wire coil along a longitudinal coil axis. (a) a first helical wire coil; and (b) a core wire having a first wire portion and a second wire portion, wherein the first wire portion of the core wire extends through the first helical wire coil, wherein the second wire portion of the core wire is intertwined with the first helical wire coil to fixedly secure the core wire relative to the first helical wire coil, wherein the core wire is formed from a first material that is non-extensible, characterized in that the core wire is fixedly secured relative to a distal portion of the first helical wire coil such that the core wire inhibits longitudinal elongation of the first helical wire coil along a longitudinal coil axis.
Bra cup structure including two flexible, interior and exterior, layers (2, 3) stuck together, enclosing between them a pouch containing a malleable material, characterized in that the malleable material is a silicone gel charged with polymer microspheres and in that the interior layer is a visco-elastic foam layer while the exterior layer is made of flexible material chosen from non-visco-elastic foams and textile filling materials.
A compound 4,4,4-trifluoro-N-[ -2-[[ -5-(2-hydroxyethyl)-6-oxo-7H-pyrido[2,3-d] benzazepin-7-yl]amino]-1-methyl-2-oxo-ethyl]butanamide, or a pharmaceutically acceptable salt or hydrate thereof for use in a method of treating ovarian cancer wherein the method comprises administering 4,4,4-trifluoro-N-[ -2-[[ -5-(2-hydroxyethyl)-6-oxo-7H-pyrido[2,3-d] benzazepin-7-yl]amino]-1-methyl-2-oxoethyl]butanamide, or a pharmaceutically acceptable salt or hydrate thereof in combination with 8-[5-(1-hydroxy-1-methylethyl)pyridin-3-yl]-1-[ -2-methoxypropyl]-3-methyl-1,3-dihydro-2H-imidazo[4,5-c]quinolin-2-one, or a pharmaceutically acceptable salt thereof.
Method for coating particles with an average particle size of 20 nm to 20 μm with a luminescent inorganic shell according to the following steps: (a) synthesis of the cores, (b) coating of the cores with an inorganic doped material, (c) temperature treatment of the coated cores, characterised in that a step-wise temperature treatment of the coated cores is implemented as step c), with the proviso that the coated cores are pretreated at below 0°C in at least one first step and then are subjected to a heat treatment, in at least one second step, in order to form a crystalline shell. (a) synthesis of the cores, (b) coating of the cores with an inorganic doped material, (c) temperature treatment of the coated cores,
A coating plant for coating a workpiece, - in which a cabin having a cabin extraction unit (12; 17) is provided, - in which a manual coater stand (2; 3) having a manual coater stand extraction unit (16; 21) is provided, - in which an afterfilter (15; 20) and a cyclone (13; 18) connected to the afterfilter are provided, - in which the cyclone (13; 18) is connected between the cabin extraction unit and the afterfilter, and - in which the manual coater stand extraction unit (16; 21) is connected to the afterfilter, bypassing the cyclone (13; 18). - in which a cabin having a cabin extraction unit (12; 17) is provided, - in which a manual coater stand (2; 3) having a manual coater stand extraction unit (16; 21) is provided, - in which an afterfilter (15; 20) and a cyclone (13; 18) connected to the afterfilter are provided, - in which the cyclone (13; 18) is connected between the cabin extraction unit and the afterfilter, and - in which the manual coater stand extraction unit (16; 21) is connected to the afterfilter, bypassing the cyclone (13; 18).
A driving tool comprising: a striking cylinder comprising a piston configured to be actuated by a combustion pressure of a mixed gas of compressed oxidant and fuel; a combustion chamber in which the mixed gas of compressed oxidant and fuel is to be combusted; an oxidant supply port for supplying the compressed oxidant into the combustion chamber; a fuel supply port for supplying the fuel into the combustion chamber; and a check valve (30FB, 30EB) provided to at least one of the oxidant supply port and the fuel supply port, wherein the check valve (30FB, 30EB) is provided on an inner wall surface of the combustion chamber, wherein the check valve (30FB, 30EB) is a lead valve, and wherein the lead valve comprises: a valve part (34FB, 34EB) to be pressed to a seal part (30Fs, 30Es) formed on the inner wall surface of the combustion chamber; a fixed part (35FB, 35EB) fixed to the inner wall surface of the combustion chamber; and an elastic part (36FB, 36EB) configured to connect the valve part and the fixed part, characterized in that the driving tool further comprises a shield part which is provided at a side of the fuel supply port facing the oxidant supply port and which is configured to shield a flow of the compressed oxidant supplied from the oxidant supply port. a striking cylinder comprising a piston configured to be actuated by a combustion pressure of a mixed gas of compressed oxidant and fuel; a combustion chamber in which the mixed gas of compressed oxidant and fuel is to be combusted; an oxidant supply port for supplying the compressed oxidant into the combustion chamber; a fuel supply port for supplying the fuel into the combustion chamber; and a check valve (30FB, 30EB) provided to at least one of the oxidant supply port and the fuel supply port, wherein the check valve (30FB, 30EB) is provided on an inner wall surface of the combustion chamber, wherein the check valve (30FB, 30EB) is a lead valve, and wherein the lead valve comprises: a valve part (34FB, 34EB) to be pressed to a seal part (30Fs, 30Es) formed on the inner wall surface of the combustion chamber; a fixed part (35FB, 35EB) fixed to the inner wall surface of the combustion chamber; and an elastic part (36FB, 36EB) configured to connect the valve part and the fixed part, characterized in that the driving tool further comprises a shield part which is provided at a side of the fuel supply port facing the oxidant supply port and which is configured to shield a flow of the compressed oxidant supplied from the oxidant supply port. a valve part (34FB, 34EB) to be pressed to a seal part (30Fs, 30Es) formed on the inner wall surface of the combustion chamber; a fixed part (35FB, 35EB) fixed to the inner wall surface of the combustion chamber; and an elastic part (36FB, 36EB) configured to connect the valve part and the fixed part, characterized in that the driving tool further comprises a shield part which is provided at a side of the fuel supply port facing the oxidant supply port and which is configured to shield a flow of the compressed oxidant supplied from the oxidant supply port.
A speed change control apparatus for a work vehicle, the speed change control apparatus comprising: a hydraulic continuously variable speed transmission that performs speed change on power input from an engine by changing a trunnion shaft angle based on a depressing amount of a speed change pedal and outputs the power; a pedal position detector that detects a pedal position responsive to the depressing amount of the speed change pedal; and a control unit that controls a number of revolutions of the engine and the trunnion shaft angle of the hydraulic continuously variable speed transmission based on a detection value of the pedal position detector, wherein the control unit performing control so that the trunnion shaft angle is maximized at a second pedal position set to a position shallower than a first pedal position at which the number of revolutions of the engine is maximized by a depressing operation of the speed change pedal, wherein the control unit performs control so that a ratio between the depressing amount of the speed change pedal and the number of revolutions of the engine is constant. a hydraulic continuously variable speed transmission that performs speed change on power input from an engine by changing a trunnion shaft angle based on a depressing amount of a speed change pedal and outputs the power; a pedal position detector that detects a pedal position responsive to the depressing amount of the speed change pedal; and a control unit that controls a number of revolutions of the engine and the trunnion shaft angle of the hydraulic continuously variable speed transmission based on a detection value of the pedal position detector, wherein the control unit performing control so that the trunnion shaft angle is maximized at a second pedal position set to a position shallower than a first pedal position at which the number of revolutions of the engine is maximized by a depressing operation of the speed change pedal, wherein the control unit performs control so that a ratio between the depressing amount of the speed change pedal and the number of revolutions of the engine is constant.
A hot runner (100, 200, 300, 400) of an injection molding machine for passing melt into a mold cavity, the hot runner comprising: a first valve gated nozzle having a first valve stem (102, 202, 302, 402); a first piston (106, 206, 306, 406) coupled to the first valve stem; a second valve gated nozzle having a second valve stem (102, 202, 302, 402) and a second piston (106, 206, 306, 406) coupled to the second valve stem; and an actuation plate (104, 204, 304, 404) acting on the first piston and the second piston, the actuation plate configured to move the first valve stem and the second valve stem between an open position and a closed position; characterised in that the first piston and the second piston are biased within the actuation plate, via pressurized air, to move with movement of the actuation plate during normal operation. a first valve gated nozzle having a first valve stem (102, 202, 302, 402); a first piston (106, 206, 306, 406) coupled to the first valve stem; a second valve gated nozzle having a second valve stem (102, 202, 302, 402) and a second piston (106, 206, 306, 406) coupled to the second valve stem; and an actuation plate (104, 204, 304, 404) acting on the first piston and the second piston, the actuation plate configured to move the first valve stem and the second valve stem between an open position and a closed position; characterised in that the first piston and the second piston are biased within the actuation plate, via pressurized air, to move with movement of the actuation plate during normal operation.
Method for autonomous driving of a vehicle, called ego-vehicle, the method comprising a consolidation of an indicator of the presence of a target object, comprising the steps of: • obtaining data from at least one sensor of the ego-vehicle, said data comprising information on the presence of the target object; • estimation of a trajectory of the ego-vehicle; • calculation of an instantaneous indicator of the presence of the target object from said sensor data and said estimated trajectory of the ego-vehicle; • determination of a consolidated presence indicator from the instantaneous presence indicator and a history of consolidated presence indicators; • generation of an autonomous driving instruction from said consolidated presence indicator; the generation step includes the sub-steps of: ∘ if the consolidated presence indicator is lower than a predetermined value, triggering of a confirmation timer (TIMER); ∘ generation of the autonomous driving instruction so that the target object is taken into account if the consolidated presence indicator is greater than the predetermined value before the end of the confirmation timer. • obtaining data from at least one sensor of the ego-vehicle, said data comprising information on the presence of the target object; • estimation of a trajectory of the ego-vehicle; • calculation of an instantaneous indicator of the presence of the target object from said sensor data and said estimated trajectory of the ego-vehicle; • determination of a consolidated presence indicator from the instantaneous presence indicator and a history of consolidated presence indicators; • generation of an autonomous driving instruction from said consolidated presence indicator; the generation step includes the sub-steps of: ∘ if the consolidated presence indicator is lower than a predetermined value, triggering of a confirmation timer (TIMER); ∘ generation of the autonomous driving instruction so that the target object is taken into account if the consolidated presence indicator is greater than the predetermined value before the end of the confirmation timer. ∘ if the consolidated presence indicator is lower than a predetermined value, triggering of a confirmation timer (TIMER); ∘ generation of the autonomous driving instruction so that the target object is taken into account if the consolidated presence indicator is greater than the predetermined value before the end of the confirmation timer.
A textile machine (4, 104, 204) for a weaving loom (2, 102, 202), comprising: - an input shaft configured to be coupled to a weaving loom; - a drive mechanism actuated by the input shaft and configured to move frames or collars (206, 208) of the weaving loom through a predefined sequence of positions, said drive mechanism having at least one mechanical output component (7, 8, 218) configured to be coupled to one of said frames or collars of the weaving loom; - an electronic control device including a processor and a computer memory, wherein said control device is programmed to monitor the change in position of each frame or collar during each step of the predefined sequence of positions and to count the number of times each frame or collar reproduces a particular configuration, said textile machine being characterized in that the control device is further programmed to automatically calculate a cumulative damage index for at least some of the textile machine components, defined as the state of wear of the component relative to a reference state, and in that the control device is further programmed to automatically compare the damage index, for at least some of the textile machine components, to a predefined value and to update a state variable representing the comparison. - an input shaft configured to be coupled to a weaving loom; - a drive mechanism actuated by the input shaft and configured to move frames or collars (206, 208) of the weaving loom through a predefined sequence of positions, said drive mechanism having at least one mechanical output component (7, 8, 218) configured to be coupled to one of said frames or collars of the weaving loom; - an electronic control device including a processor and a computer memory,
A capsule configured for insertion into a mammalian body to release a substance in that body comprising: a housing; a gas generating unit for generating gas in the housing; a compressible reservoir sealed relative to the gas generating unit and configured to obtain a substance to be dispensed from the capsule; an opening in the housing providing an outlet for the substance contained in the reservoir; and a single use threshold valve configured for sealing the opening until a pressure in the capsule exceeds a threshold pressure; wherein the valve is configured to be retained in place by a frictional or interference fit forming a seal until the threshold pressure is reached and, the threshold valve is configured to be completely dislodged from the housing when the threshold pressure is reached; wherein the capsule is formed of a payload element and a drive element and the payload element comprises the compressible reservoir and the drive element comprises the gas generating unit; and the payload and drive elements are formed separately and are joinable to each other. a housing; a gas generating unit for generating gas in the housing; a compressible reservoir sealed relative to the gas generating unit and configured to obtain a substance to be dispensed from the capsule; an opening in the housing providing an outlet for the substance contained in the reservoir; and a single use threshold valve configured for sealing the opening until a pressure in the capsule exceeds a threshold pressure; wherein the valve is configured to be retained in place by a frictional or interference fit forming a seal until the threshold pressure is reached and, the threshold valve is configured to be completely dislodged from the housing when the threshold pressure is reached; wherein the capsule is formed of a payload element and a drive element and the payload element comprises the compressible reservoir and the drive element comprises the gas generating unit; and the payload and drive elements are formed separately and are joinable to each other.
A titania-doped quartz glass member having a surface where EUV light of up to 70 nm wavelength is reflected, wherein a refractive index distribution in the surface has only one extreme point within a central 80% region of the member.
A process for producing a polyether polymer composition, characterized in that an antioxidant which is insoluble in an organic solvent and a stabilizer which is soluble in the organic solvent and has a function for suppressing gelation of a polyether polymer are incorporated in a slurry comprising the organic solvent and a polyether polymer particle dispersed therein, which is insoluble in the organic solvent; wherein each amount of the antioxidant and the stabilizer is respectively in the range of 0.05 to 2% by weight, based on the total weight of the polyether polymer in the slurry; and then, the organic solvent is removed from the slurry.
A system for maintaining fish and shellfish in an anesthetic state, the system comprising at least: an anesthetic tank configured to allow the fish and shellfish to be so anesthetized, by carbon dioxide dissolved in water within the anesthetic tank, as to be in an anesthetic state; and a maintenance tank configured to adjust concentrations of carbon dioxide and oxygen dissolved in water within the maintenance tank so as to allow the fish and shellfish anesthetized in the anesthetic tank to be maintained in the anesthetic state, by carbon dioxide dissolved in water within the maintenance tank, while being transported, wherein, in the anesthetic tank, aeration of the water and/or supply of oxygen to the water is adjusted such that a carbon dioxide concentration is maintained higher than or equal to 65 ppm as well as lower than or equal to 85 ppm, and an oxygen concentration is maintained higher than or equal to 60% as well as lower than 100%, and wherein, in the maintenance tank, aeration of the water and/or supply of oxygen to the water is adjusted such that a carbon dioxide concentration is maintained higher than or equal to 10 ppm as well as lower than or equal to 40 ppm, and an oxygen concentration is maintained higher than or equal to 60% as well as lower than 100%. an anesthetic tank configured to allow the fish and shellfish to be so anesthetized, by carbon dioxide dissolved in water within the anesthetic tank, as to be in an anesthetic state; and a maintenance tank configured to adjust concentrations of carbon dioxide and oxygen dissolved in water within the maintenance tank so as to allow the fish and shellfish anesthetized in the anesthetic tank to be maintained in the anesthetic state, by carbon dioxide dissolved in water within the maintenance tank, while being transported, wherein, in the anesthetic tank, aeration of the water and/or supply of oxygen to the water is adjusted such that a carbon dioxide concentration is maintained higher than or equal to 65 ppm as well as lower than or equal to 85 ppm, and an oxygen concentration is maintained higher than or equal to 60% as well as lower than 100%, and wherein, in the maintenance tank, aeration of the water and/or supply of oxygen to the water is adjusted such that a carbon dioxide concentration is maintained higher than or equal to 10 ppm as well as lower than or equal to 40 ppm, and an oxygen concentration is maintained higher than or equal to 60% as well as lower than 100%.