mhurhangee/ep-ind-claims huggingface dataset:
A piston compressor containing a housing with a compression chamber in it, having an inlet and an outlet and a piston arranged movably back and forth in an axial direction (X-X') in the compression chamber between an upper dead point and a lower dead point, delimited by a kinematic mechanism with which the piston is connected, characterized in that the drive is formed exclusively by an electromagnetic linear drive of the piston,wherein the electromagnetic linear drive contains an indirect electromagnetic drive of the piston with a plunger, arranged movably back and forth in a linear guide that extends parallel to the axial direction (X-X') of the compression chamber, and in that one or several coils, arranged around or along the linear guide, capable of interacting inductively with the respective plunger.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from an access and mobility management function, AMF, a user equipment, UE, configuration update message including mapping information received from a policy control function, PCF, in case that a UE policy update is triggered by the PCF, the mapping information for mapping between at least one vehicle to everything, V2X, service type and at least one radio access technology, RAT type; selecting at least one RAT type corresponding to a V2X message to be transmitted, based on the mapping information; and transmitting the V2X message using the selected at least one RAT type, wherein the selecting the at least one RAT type is performed by a V2X layer of the terminal. receiving, from an access and mobility management function, AMF, a user equipment, UE, configuration update message including mapping information received from a policy control function, PCF, in case that a UE policy update is triggered by the PCF, the mapping information for mapping between at least one vehicle to everything, V2X, service type and at least one radio access technology, RAT type; selecting at least one RAT type corresponding to a V2X message to be transmitted, based on the mapping information; and transmitting the V2X message using the selected at least one RAT type, wherein the selecting the at least one RAT type is performed by a V2X layer of the terminal.
A method of filling solid pharmaceutical product packages comprising: providing patient specific prescription data to a computer controller; automatically effecting relative motion between a solid pharmaceutical product funnel or trough associated with a plurality of automated dispensing canisters, and a plurality of cavity locations arranged in an array corresponding to individual cavities of a solid pharmaceutical product package to selectively position the funnel or trough above a first one of the plurality of cavity locations; automatically selectively dispensing one or more solid pharmaceutical products from each dispensing canister corresponding to a prescribed dose at a dosing time for a specific patient corresponding to the first cavity location of the array; and thereafter automatically effecting relative motion between the solid pharmaceutical product funnel or trough and each remaining cavity location of the array and temporarily stopping at each cavity location and automatically selectively dispensing one or more solid pharmaceutical products from each dispensing canister corresponding to a prescribed dose at a dosing time for the specific patient corresponding to each cavity location until all cavities of the array for the patient prescription have been filled. providing patient specific prescription data to a computer controller; automatically effecting relative motion between a solid pharmaceutical product funnel or trough associated with a plurality of automated dispensing canisters, and a plurality of cavity locations arranged in an array corresponding to individual cavities of a solid pharmaceutical product package to selectively position the funnel or trough above a first one of the plurality of cavity locations; automatically selectively dispensing one or more solid pharmaceutical products from each dispensing canister corresponding to a prescribed dose at a dosing time for a specific patient corresponding to the first cavity location of the array; and thereafter automatically effecting relative motion between the solid pharmaceutical product funnel or trough and each remaining cavity location of the array and temporarily stopping at each cavity location and automatically selectively dispensing one or more solid pharmaceutical products from each dispensing canister corresponding to a prescribed dose at a dosing time for the specific patient corresponding to each cavity location until all cavities of the array for the patient prescription have been filled.
A powered fastener driver comprising: a driver blade movable from a top-dead-center position toward a driven or bottom-dead-center position for driving a fastener into a workpiece; a gas spring mechanism for driving the driver blade toward the BDC position; a lifter assembly having a rotary lifter for returning the driver blade from the BDC position toward the TDC position; an arm upon which the rotary lifter is supported; a motor which, in a first position of the rotary lifter, provides torque to the rotary lifter to return the driver blade from the BDC position toward the TDC position; and a brake mechanism, characterised in that the brake mechanism, when activated, prevents the transfer of torque from the motor to the rotary lifter and redirects torque from the motor away from the rotary lifter and toward the arm, causing the rotary lifter to move from the first position toward a second position in which the rotary lifter is not engageable with the driver blade. a driver blade movable from a top-dead-center position toward a driven or bottom-dead-center position for driving a fastener into a workpiece; a gas spring mechanism for driving the driver blade toward the BDC position; a lifter assembly having a rotary lifter for returning the driver blade from the BDC position toward the TDC position; an arm upon which the rotary lifter is supported; a motor which, in a first position of the rotary lifter, provides torque to the rotary lifter to return the driver blade from the BDC position toward the TDC position; and a brake mechanism, characterised in that the brake mechanism, when activated, prevents the transfer of torque from the motor to the rotary lifter and redirects torque from the motor away from the rotary lifter and toward the arm, causing the rotary lifter to move from the first position toward a second position in which the rotary lifter is not engageable with the driver blade.
Cartoner configured to close cartons which each have walls (12.1 to 12.4) forming a tube, two side tabs (14.1, 14.2), a flap provided with an end tab, said cartoner comprising, in a direction of displacement of the cartons, a side tab closing station (28.2, 28.5) configured to fold back the side tabs (14.1, 14.2) to 90° relative to the walls (12.1, 12.2) of the tube of the carton, a pivoting system (34.1, 34.2) making it possible to fold back the flap against the side tabs (14.1, 14.2) which comprises a fixed element configured to be in contact with the flap and which, combined with the displacement of the carton, makes it possible to fold back the flap against the side tabs (14.1, 14.2), a flap closing station (28.3, 28.6) configured to separate the flap from the side tabs and fold it back against the side tabs by inserting its end tab inside the tube, the side tab closing station (28.2, 28.5) and the flap closing station (28.3, 28.6) being separated by an angle or a distance having a given value, the cartoner also comprising a pivoting bed or a conveyor comprising at least one rectilinear portion configured to immobilize the cartons at each of the side tab closing and flap closing stations (28.2, 28.3, 28.5, 28.6) and a motor which has an output shaft coupled to the pivoting bed or to the conveyor, characterized in that the motor is configured so that the output shaft pivots in two directions in order for the pivoting bed or the conveyor to perform a first movement, in a first direction, of the given value augmented by a value Δ, then a second movement, in a second direction opposite the first direction, by the value Δ, Δ being a number strictly greater than 0, the fixed element in contact with the flap, combined with the second movement, making it possible to recentre the flap and its end tab relative to the side walls (12.1, 12.2) of the tube of the carton.
A hydraulic actuator for opening a gas exchange valve (1, 1') of an internal combustion engine, which hydraulic actuator comprises - a pressurizing chamber for pressurizing hydraulic fluid, - a drive piston that is arranged in the pressurizing chamber and which drive piston divides the pressurizing chamber into at least one input portion and at least one output portion, - an inlet duct for introducing pressurized hydraulic fluid into the input portion of the pressurizing chamber for moving the drive piston, - a fluid outlet for supplying hydraulic fluid from the output portion of the pressurizing chamber to the gas exchange valve (1, 1'), and - an outlet duct for releasing hydraulic fluid from the input portion of the pressurizing chamber, characterized in that the actuator comprises a hydraulic valve having - a first position, in which position flow from the inlet duct to the input portion of the pressurizing chamber is allowed and flow from the input portion to the outlet duct is prevented, and - a second position, in which position flow from the inlet duct to the input portion of the pressurizing chamber is prevented and flow from the input portion to the outlet duct is allowed. - a pressurizing chamber for pressurizing hydraulic fluid, - a drive piston that is arranged in the pressurizing chamber and which drive piston divides the pressurizing chamber into at least one input portion and at least one output portion, - an inlet duct for introducing pressurized hydraulic fluid into the input portion of the pressurizing chamber for moving the drive piston, - a fluid outlet for supplying hydraulic fluid from the output portion of the pressurizing chamber to the gas exchange valve (1, 1'), and - an outlet duct for releasing hydraulic fluid from the input portion of the pressurizing chamber, - a first position, in which position flow from the inlet duct to the input portion of the pressurizing chamber is allowed and flow from the input portion to the outlet duct is prevented, and - a second position, in which position flow from the inlet duct to the input portion of the pressurizing chamber is prevented and flow from the input portion to the outlet duct is allowed.
Method for controlling a wind turbine in order to maximise the power yield, wherein at least one operational setting is varied within predefined limits, wherein the rotor blade pitch angle and/or the azimuth setting is varied in order to obtain an optimal setting, and wherein the variations are performed at predefinable time intervals.
A composition for use in a method of treating a rheumatoid arthritis, which comprises (i) a chondrocyte or a cartilage precursor cell; and (ii) a cell into which a gene encoding TGF-β (transforming growth factor-beta) is introduced, wherein the cell in (ii) is hChonJb#7.
A reliability evaluation device comprising: an evaluation object value acquisition unit that is adapted to acquire from map information an evaluation object value (Ep, Eα) whose reliability is to be evaluated, wherein the map information is stored in a storage medium which is installed in a vehicle; a measurement value acquisition unit that is adapted to acquire a measurement value a plurality of times for measuring the evaluation object value (Ep, Eα) using a sensor installed in the vehicle; and a reliability evaluation unit that is adapted to select, depending on a dispersion of the acquired measurement values for measuring the evaluation object value, one reliability evaluation process for evaluating the reliability of the evaluation object value (Ep, Eα) based on the acquired measurement values from a plurality of reliability evaluation processes that are defined in advance, and is adapted to evaluate the reliability of the evaluation object value (Ep, Eα) based on the acquired measurement values using the selected reliability evaluation process. an evaluation object value acquisition unit that is adapted to acquire from map information an evaluation object value (Ep, Eα) whose reliability is to be evaluated, wherein the map information is stored in a storage medium which is installed in a vehicle; a measurement value acquisition unit that is adapted to acquire a measurement value a plurality of times for measuring the evaluation object value (Ep, Eα) using a sensor installed in the vehicle; and a reliability evaluation unit that is adapted to select, depending on a dispersion of the acquired measurement values for measuring the evaluation object value, one reliability evaluation process for evaluating the reliability of the evaluation object value (Ep, Eα) based on the acquired measurement values from a plurality of reliability evaluation processes that are defined in advance, and is adapted to evaluate the reliability of the evaluation object value (Ep, Eα) based on the acquired measurement values using the selected reliability evaluation process.
A method of amplifying a nucleic acid sequence, wherein the method comprises subjecting a reaction mixture to at least one amplification cycle, wherein the reaction mixture comprises a double-stranded nucleic acid, at least two primers capable of annealing to complementary strands of the double-stranded nucleic acid, and a fusion protein comprising a thermostable DNA polymerase and a nucleic acid binding polypeptide, and wherein the at least one amplification cycle comprises: a) denaturing the double-stranded nucleic acid b) annealing the at least two primers to complementary strands of the denatured double-stranded nucleic acid; and c) extending the at least two primers; and wherein the time to complete one amplification cycle is 20 seconds or less, wherein step b), annealing the at least two primers, and step c, extending the at least two primers, are carried out at the same temperature. a) denaturing the double-stranded nucleic acid b) annealing the at least two primers to complementary strands of the denatured double-stranded nucleic acid; and c) extending the at least two primers; and
A production method for a separator integrated gasket for fuel cells comprising: stacking a pair of separators (1, 2) having adjacent portions (1b, 2b) approaching each other and separation portions (1c, 2c) separating from each other in a stacked state and manifold holes (1a, 2a) opened in the separation portions (1c, 2c), and a spacer between the separation portions (1c, 2c) in the separators (1, 2), wherein the manifold holes (1a, 2a) are opened via the spacer in which an inner peripheral hole is opened and which enables circulation of a fluid in a direction orthogonal to a stacking direction so that the manifold holes (1a, 2a) and the inner peripheral hole are continuous to each other; disposing a stacked object of the separators (1, 2) and the spacer in a mold; and charging a rubber molding material into a gasket molding cavity (33, 34, 37, 38) defined between a surface opposite to the spacer in the separator (1, 2) and the mold and curing the rubber molding material. stacking a pair of separators (1, 2) having adjacent portions (1b, 2b) approaching each other and separation portions (1c, 2c) separating from each other in a stacked state and manifold holes (1a, 2a) opened in the separation portions (1c, 2c), and a spacer between the separation portions (1c, 2c) in the separators (1, 2), wherein the manifold holes (1a, 2a) are opened via the spacer in which an inner peripheral hole is opened and which enables circulation of a fluid in a direction orthogonal to a stacking direction so that the manifold holes (1a, 2a) and the inner peripheral hole are continuous to each other; a pair of separators (1, 2) having adjacent portions (1b, 2b) approaching each other and separation portions (1c, 2c) separating from each other in a stacked state and manifold holes (1a, 2a) opened in the separation portions (1c, 2c), and a spacer between the separation portions (1c, 2c) in the separators (1, 2), wherein the manifold holes (1a, 2a) are opened via the spacer in which an inner peripheral hole is opened and which enables circulation of a fluid in a direction orthogonal to a stacking direction so that the manifold holes (1a, 2a) and the inner peripheral hole are continuous to each other; disposing a stacked object of the separators (1, 2) and the spacer in a mold; and charging a rubber molding material into a gasket molding cavity (33, 34, 37, 38) defined between a surface opposite to the spacer in the separator (1, 2) and the mold and curing the rubber molding material.
A high power storage battery comprising: a cathode including an electroactive material consisting of a nanoscale lithium transition metal phosphate comprising at least two co-existing olivine phases, including a lithium-rich transition metal phosphate phase and a lithium-poor transition metal phosphate phase; an anode; an electrolyte in contact with and separating the anode and cathode; a cathode current collector in electronic communication with the cathode; and an anode current collector in electronic communication with the anode; characterized in that the nanoscale lithium transition metal phosphate is of the formula Li 1-x MPO 4, wherein in use x ranges from 0 to 1, and wherein M comprises only one transition metal and the nanoscale lithium transition metal phosphate has a specific surface area of at least 20 m 2 /g and wherein the percentage molar volume difference between the lithium-rich transition metal phosphate phase and lithium-poor transition metal phosphate phase is less than 6.4% a cathode including an electroactive material consisting of a nanoscale lithium transition metal phosphate comprising at least two co-existing olivine phases, including a lithium-rich transition metal phosphate phase and a lithium-poor transition metal phosphate phase; an anode; an electrolyte in contact with and separating the anode and cathode; a cathode current collector in electronic communication with the cathode; and an anode current collector in electronic communication with the anode; characterized in that the nanoscale lithium transition metal phosphate is of the formula Li 1-x MPO 4, wherein in use x ranges from 0 to 1, and wherein M comprises only one transition metal and the nanoscale lithium transition metal phosphate has a specific surface area of at least 20 m 2 /g and wherein the percentage molar volume difference between the lithium-rich transition metal phosphate phase and lithium-poor transition metal phosphate phase is less than 6.4%
Gas delivery device comprising an inner gas passage in fluid communication with a deformable reservoir, and a processing unit, characterized it further comprises: - a first differential pressure sensor cooperating with the processing unit for determining a pressure in the deformable reservoir, and - a proportional valve arranged on the inner gas passage for controlling the flowrate of gas in said inner gas passage, said proportional valve being arranged upstream of the deformable reservoir, wherein the processing unit controls the proportional valve for adjusting the flowrate of gas passing through said proportional valve on the basis of said pressure in the deformable reservoir. - a first differential pressure sensor cooperating with the processing unit for determining a pressure in the deformable reservoir, and - a proportional valve arranged on the inner gas passage for controlling the flowrate of gas in said inner gas passage, said proportional valve being arranged upstream of the deformable reservoir,
A method by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a message including first information configuring a beamformed channel state information reference signal, CSI-RS, second information configuring a channel quality indicator, CQI, reporting, and third information configuring a CSI-RS resource indicator, CRI, reporting; determining a periodicity and an offset for the CRI reporting based on the second information and the third information, in case that a number of antenna ports for each configured CSI-RS resource is one; transmitting, to the base station, the CRI reporting on a physical uplink control channel, PUCCH, based on the periodicity and the offset; and transmitting, to the base station, the CQI reporting in a subframe determined based on the second information. receiving, from a base station, a message including first information configuring a beamformed channel state information reference signal, CSI-RS, second information configuring a channel quality indicator, CQI, reporting, and third information configuring a CSI-RS resource indicator, CRI, reporting; determining a periodicity and an offset for the CRI reporting based on the second information and the third information, in case that a number of antenna ports for each configured CSI-RS resource is one; transmitting, to the base station, the CRI reporting on a physical uplink control channel, PUCCH, based on the periodicity and the offset; and transmitting, to the base station, the CQI reporting in a subframe determined based on the second information.
A nozzle for injecting a multi-component mixture into a rock hole, wherein the mixture is adapted for securing a bolt in the rock hole, the nozzle comprising a first channel adapted to receive a first component of the multi-component mixture, a second channel adapted to receive a second component of the multi-component mixture, the nozzle further comprising a mixing member adapted to mix the first and the second component prior to injecting the mixture of the first and the second component into the rock hole, the nozzle further comprising an outlet at a first end of the nozzle adapted to inject the mixture of the first and the second component directly into the rock hole, wherein the nozzle is configured to fit into the rock hole, characterized by the nozzle further comprising a third channel adapted to receive a blocking agent, wherein the third channel is connected to the first channel such that the blocking agent can be provided to the first channel via the third channel.