mhurhangee/patent-ind-claim-en huggingface dataset:
A method for accessing multiple virtual personal assistants, VPAs, the method comprising: receiving first input speech data; processing, using at least one processor, the first input speech data to detect a first set of one or more words; based on detecting the first set of one or more words, routing a first electronic file that includes at least a portion of the first input speech data to a first VPA pre-selected from a list of multiple VPAs; receiving second input speech data; processing, using the at least one processor, the second input speech data to detect a second set of one or more words; and based on detecting the second set of one or more words, routing a second electronic file that includes at least a portion of the second input speech data to a second VPA pre-selected from the list of multiple VPAs, characterised by , prior to receiving the first input speech data, presenting the list of multiple VPAs to a user for selection of the first VPA and the second VPA. receiving first input speech data; processing, using at least one processor, the first input speech data to detect a first set of one or more words; based on detecting the first set of one or more words, routing a first electronic file that includes at least a portion of the first input speech data to a first VPA pre-selected from a list of multiple VPAs; receiving second input speech data; processing, using the at least one processor, the second input speech data to detect a second set of one or more words; and based on detecting the second set of one or more words, routing a second electronic file that includes at least a portion of the second input speech data to a second VPA pre-selected from the list of multiple VPAs, characterised by , prior to receiving the first input speech data, presenting the list of multiple VPAs to a user for selection of the first VPA and the second VPA.
The use of a piston system to form an elastomer agglomerate composition, wherein the piston system comprises: a piston that is configured and arranged to make a reciprocating movement in use of the piston system, a cylinder that is configured and arranged to receive and guide at least a first part of the piston, a first supply channel that is configured and arranged to supply a lubricating medium to a portion of the first part of the piston that, in use, is arranged inside the cylinder, a second supply channel that is configured and arranged to, in use, supply a cooling medium to a second part of the piston while the second part of the piston is outside the cylinder. a piston that is configured and arranged to make a reciprocating movement in use of the piston system, a cylinder that is configured and arranged to receive and guide at least a first part of the piston, a first supply channel that is configured and arranged to supply a lubricating medium to a portion of the first part of the piston that, in use, is arranged inside the cylinder, a second supply channel that is configured and arranged to, in use, supply a cooling medium to a second part of the piston while the second part of the piston is outside the cylinder.
A multi-link piston crank mechanism for an internal combustion engine, comprising: a first link including one end connected to a piston via a piston pin ; a second link connected to an other end of the first link via a first connection pin , and connected to a crank pin of a crankshaft ; and a third link including one end connected to the second link via a second connection pin , and an other end supported on an engine body side, wherein the second link includes a crank pin bearing portion fitted to the crank pin , and is formed of a second link upper and a second link lower by being divided at a mating surface formed by a plane surface including a central axis of the crank pin bearing portion , wherein the mating surface includes a first mating surface located more on a first link side than the crank pin bearing portion , and a second mating surface located more on a third link side than the crank pin bearing portion , characterised by a surface roughness of the first mating surface being larger than that of the second mating surface . a first link including one end connected to a piston via a piston pin ; a second link connected to an other end of the first link via a first connection pin , and connected to a crank pin of a crankshaft ; and a third link including one end connected to the second link via a second connection pin , and an other end supported on an engine body side, wherein the second link includes a crank pin bearing portion fitted to the crank pin , and is formed of a second link upper and a second link lower by being divided at a mating surface formed by a plane surface including a central axis of the crank pin bearing portion , wherein the mating surface includes a first mating surface located more on a first link side than the crank pin bearing portion , and a second mating surface located more on a third link side than the crank pin bearing portion , characterised by a surface roughness of the first mating surface being larger than that of the second mating surface .
A method of producing a highly refined pulp, comprising the steps of: - providing a pulp; - subjecting the pulp to a first conical refining step in at least one conical refiner comprising refining plates having a bar width of 0.5-1.5 mm, such as about 1.0 mm, and a groove width of 1.0-2.0 mm, such as 1.4-2.0 mm, such as about 1.6 mm; - subjecting the pulp from the first conical refining step to a second conical refining step in at least one conical refiner comprising refining plates having a bar width of 0.5-1.5 mm, such as about 1.0 mm, and a groove width of o.8-1.6 mm, such as 1.0-1.5 mm, to obtain the highly refined pulp; and - adding the highly refined pulp to a pulp for making paperboard and subsequently forming a middle layer of a multi-layered paperboard from a furnish comprising the pulp for making paperboard, wherein the pulp for making paperboard comprises or consists of CTMP and wherein the pulp for making paperboard is subjected to refining after the highly refined pulp has been added to it. - providing a pulp; - subjecting the pulp to a first conical refining step in at least one conical refiner comprising refining plates having a bar width of 0.5-1.5 mm, such as about 1.0 mm, and a groove width of 1.0-2.0 mm, such as 1.4-2.0 mm, such as about 1.6 mm; - subjecting the pulp from the first conical refining step to a second conical refining step in at least one conical refiner comprising refining plates having a bar width of 0.5-1.5 mm, such as about 1.0 mm, and a groove width of o.8-1.6 mm, such as 1.0-1.5 mm, to obtain the highly refined pulp; and - adding the highly refined pulp to a pulp for making paperboard and subsequently forming a middle layer of a multi-layered paperboard from a furnish comprising the pulp for making paperboard, wherein the pulp for making paperboard comprises or consists of CTMP and wherein the pulp for making paperboard is subjected to refining after the highly refined pulp has been added to it.
A method of operating an uninterruptible power supply, UPS, configured to provide power to a load from a first power source and a second power source, characterized in that , the method comprises: transitioning a voltage reference of a voltage control for an inverter of the UPS momentarily from a first voltage reference corresponding to a first voltage waveform output by the inverter to an altered second voltage reference corresponding to an altered second voltage waveform output by the inverter when for a transition of the load between the first power source and the second power source occurs; and transitioning the altered second voltage reference corresponding to the altered second voltage waveform back to the first voltage reference corresponding to the first voltage waveform. transitioning a voltage reference of a voltage control for an inverter of the UPS momentarily from a first voltage reference corresponding to a first voltage waveform output by the inverter to an altered second voltage reference corresponding to an altered second voltage waveform output by the inverter when for a transition of the load between the first power source and the second power source occurs; and transitioning the altered second voltage reference corresponding to the altered second voltage waveform back to the first voltage reference corresponding to the first voltage waveform.
A backpack (1; 2) comprising: at least one adjustable harness coupled to the backpack , at least one hip belt coupled to the backpack , a back panel coupled to backpack (1; 2) and extending in a vertical direction from the at least one adjustable harness to the at least one hip belt , and a lumbar pad (5; 6; 50; 60; 150; 152) coupled to the back panel of the backpack (1; 2), wherein the lumbar pad (5; 6; 50; 60; 150; 152) is located proximal to the at least one hip belt and distal the at least one harness , wherein the lumbar pad (5; 6; 50; 60; 150; 152) is constructed of a lattice formed by additive manufacturing, wherein the lattice comprises a plurality of beams , wherein the plurality of beams comprises a plurality of curved beams forming nodes and a plurality of straight beams forming branches to interconnect the plurality of beams , the beams and the nodes being formed into layers , the lattice formed by additive manufacturing having a plurality of hardnesses such that a top portion of the lumbar pad (5; 6; 50; 60; 150; 152) has a first hardness and the bottom portion of the lumbar pad (5; 6; 50; 60; 150; 152) has a second hardness wherein the second hardness is greater than the first hardness. at least one adjustable harness coupled to the backpack , at least one hip belt coupled to the backpack , a back panel coupled to backpack (1; 2) and extending in a vertical direction from the at least one adjustable harness to the at least one hip belt , and a lumbar pad (5; 6; 50; 60; 150; 152) coupled to the back panel of the backpack (1; 2), wherein the lumbar pad (5; 6; 50; 60; 150; 152) is located proximal to the at least one hip belt and distal the at least one harness ,
A method performed by a user equipment, comprising: associating (S710) each one of logical channels in a wireless communication system with one or more corresponding numerologies from a plurality of numerologies, each numerology of the plurality of numerologies being associated with a respective subcarrier spacing for transmission; characterized by : receiving (S720) an uplink resource grant specifying transmission resources associated with an uplink transmission numerology; multiplexing (S730) data units of a subset of the logical channels into a transport block corresponding to the uplink resource grant, the subset of the logical channels each having an associated numerology that is the same as the uplink transmission numerology; and transmitting (S740) the transport block based on the transmission resources specified by the uplink resource grant. associating (S710) each one of logical channels in a wireless communication system with one or more corresponding numerologies from a plurality of numerologies, each numerology of the plurality of numerologies being associated with a respective subcarrier spacing for transmission; characterized by : receiving (S720) an uplink resource grant specifying transmission resources associated with an uplink transmission numerology; multiplexing (S730) data units of a subset of the logical channels into a transport block corresponding to the uplink resource grant, the subset of the logical channels each having an associated numerology that is the same as the uplink transmission numerology; and transmitting (S740) the transport block based on the transmission resources specified by the uplink resource grant. receiving (S720) an uplink resource grant specifying transmission resources associated with an uplink transmission numerology; multiplexing (S730) data units of a subset of the logical channels into a transport block corresponding to the uplink resource grant, the subset of the logical channels each having an associated numerology that is the same as the uplink transmission numerology; and transmitting (S740) the transport block based on the transmission resources specified by the uplink resource grant.
Composite film , in particular for producing packaging , such as pouch packaging, having at least one region provided for a puncture site , for example for a drinking straw , the composite film having at least one sealable inner layer , optionally at least one middle layer and at least one outer layer , characterized in that , in the composite film , a needling region having a plurality of needle holes is provided on the at least one region provided for the puncture site in the packaging , the needle holes being arranged in a surface pattern and not completely penetrating the composite film .
A method of wireless network communication, comprising: detecting by a client device one or more synchronization signal "SS" blocks transmitted from a base station; determining by the client device a preferred SS block of the one or more detected SS blocks on the basis of the SS block received with a highest signal quality; transmitting a plurality of physical random access channel "PRACH" signals from the client device, each PRACH signal is transmitted using a different transmit beam, and each PRACH signal in the plurality of PRACH signals carries a random access preamble selected from a range of random access preambles associated with the preferred SS block; receiving , by the client device, on a transmit beam from the base station a single random access response "RAR" in response to the base station determining a preferred PRACH signal of the plurality of PRACH signals on the basis of the PRACH signal having the highest signal quality, the single RAR indicating the preferred PRACH signal of the plurality of PRACH signals and an uplink resource allocation, and wherein the transmit beam on which the single RAR is transmitted is the same transmit beam on which the preferred SS block was transmitted to the client device; identifying by the client device from the single RAR the preferred PRACH signal; determining by the client device one or more uplink resources identified by the uplink resource allocation; and transmitting a message from the client device using the one or more uplink resources identified by the uplink resource allocation on a transmit beam identified by the preferred PRACH signal. detecting by a client device one or more synchronization signal "SS" blocks transmitted from a base station; determining by the client device a preferred SS block of the one or more detected SS blocks on the basis of the SS block received with a highest signal quality; transmitting a plurality of physical random access channel "PRACH" signals from the client device, each PRACH signal is transmitted using a different transmit beam, and each PRACH signal in the plurality of PRACH signals carries a random access preamble selected from a range of random access preambles associated with the preferred SS block; receiving , by the client device, on a transmit beam from the base station a single random access response "RAR" in response to the base station determining a preferred PRACH signal of the plurality of PRACH signals on the basis of the PRACH signal having the highest signal quality, the single RAR indicating the preferred PRACH signal of the plurality of PRACH signals and an uplink resource allocation, and wherein the transmit beam on which the single RAR is transmitted is the same transmit beam on which the preferred SS block was transmitted to the client device; identifying by the client device from the single RAR the preferred PRACH signal; determining by the client device one or more uplink resources identified by the uplink resource allocation; and transmitting a message from the client device using the one or more uplink resources identified by the uplink resource allocation on a transmit beam identified by the preferred PRACH signal.
A mudguard assembly for a vehicle, the mudguard assembly comprising a mudguard and a support for mounting the mudguard to a structural component of the vehicle, the support comprising a mudguard mounting portion to which the mudguard is mounted; the mudguard comprising an elongate main body member having a longitudinal direction, the main body member being shaped in the longitudinal direction for extending over a wheel of the vehicle, the main body member having a lower surface which in use is directed toward the wheel and an upper surface which in use is directed away from the wheel, the main body member being profiled to define a mounting region including a recess with a downwardly facing opening in which at least part of the mudguard mounting portion is located, wherein the mounting region projects outwardly beyond the upper surface of the main body member proximal to the mounting region; characterized in that the recess has longitudinal portion extending generally in the longitudinal direction of the main body member and at least one lateral portion that extends from an end of the longitudinal portion to a first longitudinal side edge of the main body member, the mudguard mounting portion having a longitudinal section located in the longitudinal portion of the recess and a lateral section angled relative to the longitudinal section and located in the lateral portion of the recess.
A method of refining a magnetic domain of a grain-oriented electrical steel plate, the method comprising: steel plate support roll position adjusting for controlling a position of the steel plate in up and down directions while supporting the steel plate continuously transferred in a production line; laser beam irradiating for irradiating a laser beam to a surface of the steel plate to melt the steel plate to form a groove in the surface of the steel plate ; and a removing step for absorbing and removing radiant heat due to reflection of the laser beam irradiated to the surface of the steel plate during the laser beam irradiating wherein the laser beam irradiating includes irradiating the laser beam at a position spaced apart from a center of a steel plate support roll from a reference point (P), which is determined as a laser beam irradiation position when an irradiation direction of a laser beam passes through a center axis of the steel plate support roll with respect to the surface of the steel plate transferred to contact the surface of the steel plate support roll in a circular arc form, along an external circumferential surface at a predetermined angle. steel plate support roll position adjusting for controlling a position of the steel plate in up and down directions while supporting the steel plate continuously transferred in a production line; laser beam irradiating for irradiating a laser beam to a surface of the steel plate to melt the steel plate to form a groove in the surface of the steel plate ; and a removing step for absorbing and removing radiant heat due to reflection of the laser beam irradiated to the surface of the steel plate during the laser beam irradiating wherein the laser beam irradiating includes irradiating the laser beam at a position spaced apart from a center of a steel plate support roll from a reference point (P), which is determined as a laser beam irradiation position when an irradiation direction of a laser beam passes through a center axis of the steel plate support roll with respect to the surface of the steel plate transferred to contact the surface of the steel plate support roll in a circular arc form, along an external circumferential surface at a predetermined angle.
Sheet-fed printing unit , the sheet-fed printing unit being configured as a screen printing unit and comprising at least one screen printing forme cylinder and at least one impression cylinder cooperating therewith, and at least one further rotational transport body (709; 711; 712; 713), and a fixing element of the impression cylinder having an inner contact surface and an outer contact surface , which are arranged so as to cooperate for clamping sheets , and this inner contact surface being at least partially located at a distance from an axis of rotation of the impression cylinder which corresponds to a base radius (R0), and a cylinder barrel of the impression cylinder having a supporting surface for sheets that includes at least one impression portion having a constant barrel radius (R1), which extends over an angle of at least 170° about the axis of rotation of the impression cylinder , and the barrel radius (R1) being larger than the base radius (R0), and a fixing element of the at least one further rotational transport body (709; 711; 712; 713) having an inner contact surface and an outer contact surface, which are arranged so as to cooperate for clamping sheets , and this inner contact surface being at least partially located at a distance from an axis of rotation (717; 718; 719; 721) of this further rotational transport body (709; 711; 712; 713) which corresponds to the base radius (R0).
Auxiliary drive for vehicles which are moved by external means, in particular decoupled trailers, comprising at least one drive unit which is mounted on the vehicle and which can be applied against a vehicle wheel and which has a motor-driven drive element , wherein the drive unit has an integrated control means , characterized in that the drive unit has a communications device , which is connected to the control means in a wireless or cabled manner, for communication of a plurality of control means amongst one another and with an operating device .