mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, by a wireless device being served by a plurality of TRPs comprising a first TRP and a second TRP, one or more messages comprising one or more configuration parameters: indicating a plurality of transmission configuration indication ,TCI, (TCI) states; and comprising at least one configuration parameter of a first downlink transmission group and a second downlink transmission group; wherein the first downlink transmission group and the second downlink transmission group are corresponding to the first TRP and the second TRP; receiving a medium access control control element, MAC CE, comprising: a first field identifying one of the first downlink transmission group and the second downlink transmission group; and a second field activating one or more TCI states, of the plurality of TCI states, for a downlink transmission group identified by the first field; receiving a downlink control information,DCI, scheduling a transport block; and in response to receiving the DCI, receiving the transport block based on a TCI state among the one or more TCI states of the downlink transmission group. receiving, by a wireless device being served by a plurality of TRPs comprising a first TRP and a second TRP, one or more messages comprising one or more configuration parameters: indicating a plurality of transmission configuration indication ,TCI, (TCI) states; and comprising at least one configuration parameter of a first downlink transmission group and a second downlink transmission group; indicating a plurality of transmission configuration indication ,TCI, (TCI) states; and comprising at least one configuration parameter of a first downlink transmission group and a second downlink transmission group; wherein the first downlink transmission group and the second downlink transmission group are corresponding to the first TRP and the second TRP; receiving a medium access control control element, MAC CE, comprising: a first field identifying one of the first downlink transmission group and the second downlink transmission group; and a second field activating one or more TCI states, of the plurality of TCI states, for a downlink transmission group identified by the first field; a first field identifying one of the first downlink transmission group and the second downlink transmission group; and a second field activating one or more TCI states, of the plurality of TCI states, for a downlink transmission group identified by the first field; receiving a downlink control information,DCI, scheduling a transport block; and in response to receiving the DCI, receiving the transport block based on a TCI state among the one or more TCI states of the downlink transmission group.
Use of an oily moisturizer as a moisturizing cosmetic or a moisturizing cleanser, wherein the oily moisturizer comprises an esterified product of a component A and a component B, or an esterified product of the component A, the component B and a component C, wherein a hydroxyl value of the esterified product is not more than 140 mgKOH/g, and a mass ratio between fatty acid residues derived from the component B and fatty acid residues derived from the component C within fatty acid residues that constitute the esterified product of the component A, the component B and the component C is within a range from 99.9:0.1 to 60:40: component A: ditrimethylolpropane, component B: one fatty acid, or two or more fatty acids, selected from among linear saturated fatty acids of 6 to 12 carbon atoms, component C: one fatty acid, or two or more fatty acids, selected from among fatty acids of 13 to 28 carbon atoms. an esterified product of a component A and a component B, or an esterified product of the component A, the component B and a component C, wherein a hydroxyl value of the esterified product is not more than 140 mgKOH/g, and a mass ratio between fatty acid residues derived from the component B and fatty acid residues derived from the component C within fatty acid residues that constitute the esterified product of the component A, the component B and the component C is within a range from 99.9:0.1 to 60:40: component A: ditrimethylolpropane, component B: one fatty acid, or two or more fatty acids, selected from among linear saturated fatty acids of 6 to 12 carbon atoms, component C: one fatty acid, or two or more fatty acids, selected from among fatty acids of 13 to 28 carbon atoms. component A: ditrimethylolpropane, component B: one fatty acid, or two or more fatty acids, selected from among linear saturated fatty acids of 6 to 12 carbon atoms, component C: one fatty acid, or two or more fatty acids, selected from among fatty acids of 13 to 28 carbon atoms.
A method for combining signal streams in a point-to-point transmitter comprising a plurality of frequency component inputs (12a-n) and a transmitter output , the method being performed by the point-to-point transmitter and comprising the steps of: receiving a first set of data subcarriers for a first signal stream on respective frequency component inputs, the first signal stream is to be transmitted by said point-to-point transmitter on a first carrier; receiving a second set of data subcarriers for a second signal stream on respective frequency component inputs, the second signal stream is to be transmitted by said point-to-point transmitter on a second carrier; combining all frequency component inputs to one output signal by performing an inverse fast Fourier transform of all frequency component inputs and a parallel to serial conversion; and providing the output signal on the output for transmission to a point-to-point receiver over a point-to-point link used as a communication medium between said point-to-point transmitter and said point-to-point receiver. receiving a first set of data subcarriers for a first signal stream on respective frequency component inputs, the first signal stream is to be transmitted by said point-to-point transmitter on a first carrier; receiving a second set of data subcarriers for a second signal stream on respective frequency component inputs, the second signal stream is to be transmitted by said point-to-point transmitter on a second carrier; combining all frequency component inputs to one output signal by performing an inverse fast Fourier transform of all frequency component inputs and a parallel to serial conversion; and providing the output signal on the output for transmission to a point-to-point receiver over a point-to-point link used as a communication medium between said point-to-point transmitter and said point-to-point receiver.
A tablet comprising an amount of emtricitabine or a pharmaceutically acceptable salt thereof which provides the same amount of emtricitabine as 200 mg of emtricitabine free base and an amount of tenofovir alafenamide or a pharmaceutically acceptable salt thereof which provides the same amount of tenofovir alafenamide as 10 mg of tenofovir alafenamide free base, wherein the tablet has a total weight of 350 mg ± 25 mg.
A steaming device comprising a steam generator having a heated surface , a pump configured to direct water against the heated surface to generate steam, an orientation detector to detect orientation of the heated surface and a control unit, characterised in that the control unit is configured to operate the pump at a lower flow rate when the heated surface is detected to be in a second orientation than when the heated surface is detected to be in a first orientation, and wherein the first orientation is when the heated surface lies in a horizontal plane, and the second orientation is when the heated surface lies in a plane that is at an inclined angle relative to the horizontal plane, such that the control unit is configured to decrease the flow rate of the pump as the heated surface moves from being parallel to a horizontal plane to being inclined to the horizontal plane, thereby to produce steam irrespective of orientation.
A weak-link latch for simultaneously pulling, in a pulling direction , a cylindrical conduit and a cable , said cable being arranged to be longitudinally movable inside the conduit, wherein the weak-link latch is releasable from the conduit while remaining securely connected to the cable, and wherein the weak-link latch comprises: a. an elongated central member having a first connection point at a leading end and a second connection point at a trailing end, the first connection point arranged for attachment to a pull-line for pulling in the pull direction and the second connection point arranged for connection to the cable , b. a plurality of rigid arms extending laterally from the central member , said rigid arms arranged, in a first, extended position, to lockingly engage a groove in the interior surface at a leading end of the conduit , wherein at least one of said arms is a rotatable rigid arm , rotatable in the direction toward the trailing end of the elongated central member about an axle from the first extended position in which the arms hold the weak-link latch in locked engagement with the conduit to a second, collapsed position in which the rotation of the arm causes the weak-link latch to disengage from the conduit, c. a shear pin arranged between the rigid rotatable arm and the central member , the shear pin arranged to prevent rotation of the rotatable arm about axle from the extended position to the collapsed position, said shear pin having a predetermined breaking force, said breaking force being a shear force due to rotational force from the rotatable arm. a. an elongated central member having a first connection point at a leading end and a second connection point at a trailing end, the first connection point arranged for attachment to a pull-line for pulling in the pull direction and the second connection point arranged for connection to the cable , b. a plurality of rigid arms extending laterally from the central member , said rigid arms arranged, in a first, extended position, to lockingly engage a groove in the interior surface at a leading end of the conduit , wherein at least one of said arms is a rotatable rigid arm , rotatable in the direction toward the trailing end of the elongated central member about an axle from the first extended position in which the arms hold the weak-link latch in locked engagement with the conduit to a second, collapsed position in which the rotation of the arm causes the weak-link latch to disengage from the conduit, c. a shear pin arranged between the rigid rotatable arm and the central member , the shear pin arranged to prevent rotation of the rotatable arm about axle from the extended position to the collapsed position, said shear pin having a predetermined breaking force, said breaking force being a shear force due to rotational force from the rotatable arm.
An emulsion plate, comprising. a plate that defines opposite face surfaces and an edge that extends around a circumference of the plate; a center hole extends through the plate, the center hole adapted to receive a shaft therethrough; a plurality of emulsion holes disposed radially outward from the center holes, each of the plurality of emulsion holes configured to allow food to pass therethrough, wherein each of the emulsion holes are formed with a uniform diameter; the edge is a uniform width throughout the circumference of the plate , wherein the edge comprises one or more first indentations that are configured to engage with one or more corresponding projections within a housing that encloses the plate; characterized in that : the edge further comprises one or both of a first set of second indentations and a second set of second indentations, wherein each of the second indentations are smaller than the one or more first indentations, wherein the first set of indentations are disposed on a first side of a first indentation of the one or more first indentations and the second set of indentations are disposed on an opposite second side of the first indentation of the one or more first indentations, and wherein the amount of indentations within the first set of second indentations corresponds to a first digit of the uniform diameter, and the amount of indentations of the second set of second indentations corresponds to a second digit of the uniform diameter. a plate that defines opposite face surfaces and an edge that extends around a circumference of the plate; a center hole extends through the plate, the center hole adapted to receive a shaft therethrough; a plurality of emulsion holes disposed radially outward from the center holes, each of the plurality of emulsion holes configured to allow food to pass therethrough, wherein each of the emulsion holes are formed with a uniform diameter; the edge is a uniform width throughout the circumference of the plate , wherein the edge comprises one or more first indentations that are configured to engage with one or more corresponding projections within a housing that encloses the plate; characterized in that : the edge further comprises one or both of a first set of second indentations and a second set of second indentations, wherein each of the second indentations are smaller than the one or more first indentations, wherein the first set of indentations are disposed on a first side of a first indentation of the one or more first indentations and the second set of indentations are disposed on an opposite second side of the first indentation of the one or more first indentations, and wherein the amount of indentations within the first set of second indentations corresponds to a first digit of the uniform diameter, and the amount of indentations of the second set of second indentations corresponds to a second digit of the uniform diameter.
A molding apparatus configured to receive a fluid casting material, the molding apparatus comprising: a casting mold ; and a casting preform anchored to an outer area of the casting mold , the casting preform comprising: a plurality of reinforcing segments comprising a plurality of geometrically shaped bodies , wherein the bodies in the plurality of geometrically shaped bodies are arranged or interconnected to form a casting preform assembly ; and one or more linkages configured to couple adjacent reinforcing segments of the plurality of reinforcing segments , wherein each of the reinforcing segments is interposed adjacent to a linkage of the one or more linkages ; wherein the one or more linkages are configured to dissolve or melt upon contact with or exposure over time to the fluid casting material. a casting mold ; and a casting preform anchored to an outer area of the casting mold , the casting preform comprising: a plurality of reinforcing segments comprising a plurality of geometrically shaped bodies , wherein the bodies in the plurality of geometrically shaped bodies are arranged or interconnected to form a casting preform assembly ; and one or more linkages configured to couple adjacent reinforcing segments of the plurality of reinforcing segments , wherein each of the reinforcing segments is interposed adjacent to a linkage of the one or more linkages ; wherein the one or more linkages are configured to dissolve or melt upon contact with or exposure over time to the fluid casting material.
Method for scheduling a reload of a supply material in a printing system , the printing system comprising a print engine capable of printing at a settable print velocity while using the supply material , a control unit for controlling a print job queue comprising at least one print job scheduled to be printed by means of a scheduling scheme while using the supply material , a supply material input holder for holding the supply material , and a user interface for interacting with a user of the printing system , the method comprising the steps of a) determining in one moment at or near a start moment of printing the at least one print job a plurality of moments in time (R1 - R6) that the supply material input holder is empty, and b) simultaneously scheduling for each determined moment in time of the plurality of moments in time a reload event of reloading the supply material input holder with the supply material in the scheduling scheme, wherein the plurality of moments in time is determined by taking into account the total planned usage of the supply material from the supply material input holder according to print job specifications of the at least one print job scheduled in the print job queue and a capacity of the supply material input holder with respect to the properties of the supply material, and each of the determined moments in time is established on the basis of the settable print velocity of the printing system with respect to the at least one print job in the print job queue. a) determining in one moment at or near a start moment of printing the at least one print job a plurality of moments in time (R1 - R6) that the supply material input holder is empty, and b) simultaneously scheduling for each determined moment in time of the plurality of moments in time a reload event of reloading the supply material input holder with the supply material in the scheduling scheme,
A method for monitoring a fleet of connected objects, which are equipped with a similar physical hardware comprising a processing circuit comprising a processor connected to a memory and to an interface for communicating with a network, the processing circuit comprising a plurality of hardware performance counters (HPC) characterising an operation of the processing circuit, the method comprising: a) selecting at least one part of the plurality of HPCs, b) repeatedly reading, for each connected object, the HPCs selected so as to obtain, for each HPC selected of each connected object, a time series of values associated with said HPC and with said connected object, c) for each connected object, for each time series of values obtained, obtaining at least one vector of statistical values based on the time series of values, said vector of statistical values obtained being associated with said time series of values and with said connected object, d) obtaining, for each connected object, an abnormality score based on a comparison of the vectors of statistical values associated with said object with all the vectors of statistical values, the abnormality scores being indicative of a mean deviation of the vectors of statistical values associated with said object relative to all the vectors of statistical values, and e) in case of detection of an abnormality score of a given connected object deviating beyond a predefined threshold, detecting an anomaly of computing operation of said given connected object. a) selecting at least one part of the plurality of HPCs, b) repeatedly reading, for each connected object, the HPCs selected so as to obtain, for each HPC selected of each connected object, a time series of values associated with said HPC and with said connected object, c) for each connected object, for each time series of values obtained, obtaining at least one vector of statistical values based on the time series of values, said vector of statistical values obtained being associated with said time series of values and with said connected object, d) obtaining, for each connected object, an abnormality score based on a comparison of the vectors of statistical values associated with said object with all the vectors of statistical values, the abnormality scores being indicative of a mean deviation of the vectors of statistical values associated with said object relative to all the vectors of statistical values, and e) in case of detection of an abnormality score of a given connected object deviating beyond a predefined threshold, detecting an anomaly of computing operation of said given connected object.
A pulling tool for a human powered wheeled vehicle comprising: a tubular arm member and a connecting member configured to be connected to handlebars of a human-powered wheeled vehicle; wherein the arm member includes a telescoping shaft member and a handle member ; the handle member is attached to one end of the telescoping shaft member , and the opposite end connects in male-female fashion to a female shaft receiving member of the connecting member ; characterized in that the connecting member further includes a rectangular support element having a pair of prong members , wherein the prong members are attached to the distal ends of the rectangular support element ; a pair of square end caps shaped and sized to secure the pair of prong members to the rectangular support element and also to fit the distal ends of the rectangular support element ; each prong member of the pair of prong members has a "V" shaped open mouth cradle formed at its distal end, wherein the cradle is configured to receive a handlebar , such as a tricycle handlebar; an elastomeric and resiliently stretchable strap in each prong member wraps around the tricycle handlebar so as to tightly hold the handlebar in the cradle ; the straps are secured in each prong members via a peg inserted in an elongated slot ; each strap is fixedly attached to the bottom portion of the prong and releasably attached at a top portion via the peg ; the telescoping shaft member includes three shaft sections to extend the length of the shaft member . a tubular arm member and a connecting member configured to be connected to handlebars of a human-powered wheeled vehicle; wherein the arm member includes a telescoping shaft member and a handle member ; the handle member is attached to one end of the telescoping shaft member , and the opposite end connects in male-female fashion to a female shaft receiving member of the connecting member ; characterized in that the connecting member further includes a rectangular support element having a pair of prong members , wherein the prong members are attached to the distal ends of the rectangular support element ; a pair of square end caps shaped and sized to secure the pair of prong members to the rectangular support element and also to fit the distal ends of the rectangular support element ; each prong member of the pair of prong members has a "V" shaped open mouth cradle formed at its distal end, wherein the cradle is configured to receive a handlebar , such as a tricycle handlebar; an elastomeric and resiliently stretchable strap in each prong member wraps around the tricycle handlebar so as to tightly hold the handlebar in the cradle ; the straps are secured in each prong members via a peg inserted in an elongated slot ; each strap is fixedly attached to the bottom portion of the prong and releasably attached at a top portion via the peg ; the telescoping shaft member includes three shaft sections to extend the length of the shaft member .