mhurhangee/ep-ind-claims huggingface dataset:
A communication method comprising: receiving, by a first node, PC5 broadcast reference information from a second node, wherein the PC5 broadcast reference information is used to indicate to send target data from the second node in a PC5 interface broadcast mode; and sending, by the first node, the target data in the PC5 interface broadcast mode based on the PC5 broadcast reference information, characterized in that the PC5 broadcast reference information comprises a target data filtering rule; and the target data filtering rule is used to filter to obtain the target data; and the sending, by the first node, the target data in the PC5 interface broadcast mode based on the PC5 broadcast reference information comprises: filtering, by the first node, data from the second node according to the target data filtering rule, to obtain the target data; and sending, by the first node, the target data in the PC5 interface broadcast mode. receiving, by a first node, PC5 broadcast reference information from a second node, wherein the PC5 broadcast reference information is used to indicate to send target data from the second node in a PC5 interface broadcast mode; and sending, by the first node, the target data in the PC5 interface broadcast mode based on the PC5 broadcast reference information, characterized in that the PC5 broadcast reference information comprises a target data filtering rule; and the target data filtering rule is used to filter to obtain the target data; and the sending, by the first node, the target data in the PC5 interface broadcast mode based on the PC5 broadcast reference information comprises: filtering, by the first node, data from the second node according to the target data filtering rule, to obtain the target data; and sending, by the first node, the target data in the PC5 interface broadcast mode. filtering, by the first node, data from the second node according to the target data filtering rule, to obtain the target data; and sending, by the first node, the target data in the PC5 interface broadcast mode.
A draft device comprising a plurality of roller pairs adapted to draft a fiber bundle, each draft roller pair including a top roller and a bottom roller, the draft device comprising: a cradle rotatably supporting a plurality of top rollers (RF1, RM1, RT1, RB1), a swing shaft enabling swinging of the cradle to a contacting position where the plurality of the top rollers (RF1, RM1, RT1, RB1) make contact with a plurality of bottom rollers (RF2, RM2, RT2, RB2), and a separated position where at least one of the plurality of the top rollers (RF1, RM1, RT1, RB1) is moved away from the bottom rollers (RF2, RM2, RT2, RB2), characterized by a holding section holding the cradle at any separated position accompanying a stop of the cradle after a swinging movement, wherein the holding section is a torque limiter. a cradle rotatably supporting a plurality of top rollers (RF1, RM1, RT1, RB1), a swing shaft enabling swinging of the cradle to a contacting position where the plurality of the top rollers (RF1, RM1, RT1, RB1) make contact with a plurality of bottom rollers (RF2, RM2, RT2, RB2), and a separated position where at least one of the plurality of the top rollers (RF1, RM1, RT1, RB1) is moved away from the bottom rollers (RF2, RM2, RT2, RB2), characterized by a holding section holding the cradle at any separated position accompanying a stop of the cradle after a swinging movement, wherein the holding section is a torque limiter.
A communication system for transmitting an RF signal which has a frequency band, the communication system comprising: - a sigma delta modulator for modulating the RF signal into a broadband signal wherein the signal to noise ratio of the broadband signal is higher in the frequency band of the RF signal than outside the frequency band of the RF signal, - an optical transmitter connected with the sigma delta modulator and with an optical fiber for transmitting the broadband signal over the optical fiber, - a photo-detector configured for receiving the broadband signal from the optical fiber and converting it into an electrical signal, - an output device, characterized in that the communication system comprises a matching circuit configured for power matching and/or noise matching of the photo-detector, at the frequency band of the RF signal, with the output device. - a sigma delta modulator for modulating the RF signal into a broadband signal wherein the signal to noise ratio of the broadband signal is higher in the frequency band of the RF signal than outside the frequency band of the RF signal, - an optical transmitter connected with the sigma delta modulator and with an optical fiber for transmitting the broadband signal over the optical fiber, - a photo-detector configured for receiving the broadband signal from the optical fiber and converting it into an electrical signal, - an output device,
A communication method, comprising: receiving, by a terminal device, a handover command from a source access network device, wherein the handover command comprises an identifier of a target cell; sending, by the terminal device, a session release request to a network device, wherein the session release request is used to request to release a session performed by the terminal device on at least one network slice in a source cell, the at least one network slice is not supported by the target cell, and the session release request comprises the identifier of the target cell; and receiving, by the terminal device, a session release request acknowledgement from the network device. receiving, by a terminal device, a handover command from a source access network device, wherein the handover command comprises an identifier of a target cell; sending, by the terminal device, a session release request to a network device, wherein the session release request is used to request to release a session performed by the terminal device on at least one network slice in a source cell, the at least one network slice is not supported by the target cell, and the session release request comprises the identifier of the target cell; and receiving, by the terminal device, a session release request acknowledgement from the network device.
A coating composition comprising a hybrid latex emulsion prepared by a method comprising: a) mixing an ethylenically unsaturated monomer component and a stabilizer in a carrier to form a monomer emulsion; and b) reacting the monomer emulsion with an initiator to form the hybrid latex emulsion, wherein the ethylenically unsaturated monomer component comprises an organosilane compound and at least one ethylenically unsaturated monomer which is not an organosilane compound. a) mixing an ethylenically unsaturated monomer component and a stabilizer in a carrier to form a monomer emulsion; and b) reacting the monomer emulsion with an initiator to form the hybrid latex emulsion,
A device for adjustably arranging a hinging position of a carrying strap on a container, which container can be carried on a user's back, comprising - a guide rail, which guide rail is arranged on the container, - a hinging element (1, 2) having a support slidable along the guide rail, guided on a first side surface of the guide rail, to which support the carrying strap or the container is hinged, wherein a support surface of the support forms a contact surface with the first side face of the guide rail, biasing means arranged on the support, which biasing means extend from the support to a second side surface of the guide rail and form a force introduction surface on said second side surface, wherein, when the biasing means are operated, a distance between the support surface and the force introduction surface is shortened, wherein the biasing means comprise a lever, which lever is supported in a pivot adjacent to the second side surface and which pivot is non-slidably supported with respect to the support, wherein the first side surface has recesses and the support surface has protrusions and/or the second side surface has recesses and the force introduction surface has protrusions, which recesses and protrusions can be engaged to create a tight fit, characterised in that the lever extends through the guide rail and a lever handle of the lever is arranged adjacent to the first side surface. - a guide rail, which guide rail is arranged on the container, - a hinging element (1, 2) having a support slidable along the guide rail, guided on a first side surface of the guide rail, to which support the carrying strap or the container is hinged, wherein a support surface of the support forms a contact surface with the first side face of the guide rail, biasing means arranged on the support, which biasing means extend from the support to a second side surface of the guide rail and form a force introduction surface on said second side surface, wherein, when the biasing means are operated, a distance between the support surface and the force introduction surface is shortened, wherein the biasing means comprise a lever, which lever is supported in a pivot adjacent to the second side surface and which pivot is non-slidably supported with respect to the support, wherein the first side surface has recesses and the support surface has protrusions and/or the second side surface has recesses and the force introduction surface has protrusions, which recesses and protrusions can be engaged to create a tight fit, characterised in that the lever extends through the guide rail and a lever handle of the lever is arranged adjacent to the first side surface.
A work processing apparatus including a processing head, a work table arranged facing the processing head configured to perform processing for a work piece and configured to hold the work piece, a table displacement mechanism configured to displace the work table in a direction perpendicular to an arrangement direction of the processing head, a table displacement mechanism drive apparatus configured to generate drive force for driving the table displacement mechanism, a table rotary drive apparatus (120, 121, 124, 125) configured to support the work table and the table displacement mechanism such that the work table and the table displacement mechanism are integrally rotatably drivable, and a control apparatus configured to control actuation of each of the table displacement mechanism drive apparatus and the table rotary drive apparatus (120, 121, 124, 125), characterized by a drive source displacement apparatus configured to cause the table displacement mechanism drive apparatus to approach or separate from the table displacement mechanism to connect the table displacement mechanism drive apparatus to the table displacement mechanism or disconnect the table displacement mechanism drive apparatus from the table displacement mechanism. a processing head, a work table arranged facing the processing head configured to perform processing for a work piece and configured to hold the work piece, a table displacement mechanism configured to displace the work table in a direction perpendicular to an arrangement direction of the processing head, a table displacement mechanism drive apparatus configured to generate drive force for driving the table displacement mechanism, a table rotary drive apparatus (120, 121, 124, 125) configured to support the work table and the table displacement mechanism such that the work table and the table displacement mechanism are integrally rotatably drivable, and a control apparatus configured to control actuation of each of the table displacement mechanism drive apparatus and the table rotary drive apparatus (120, 121, 124, 125), characterized by a drive source displacement apparatus configured to cause the table displacement mechanism drive apparatus to approach or separate from the table displacement mechanism to connect the table displacement mechanism drive apparatus to the table displacement mechanism or disconnect the table displacement mechanism drive apparatus from the table displacement mechanism.
An electronic device, comprising: a control element, a primary actuator and a pressure sensor; and at least one controller communicatively coupled to said control element and configured to: (a) control a first function of said electronic device in response to motion of said primary actuator during an activation of said pressure sensor, (b) control a second function of said electronic device in response to said motion of a primary actuator of the control element exclusive of said activation of said pressure sensor, and (c) control a third function of said electronic device in response to said activation of said pressure sensor for at least a first period of time exclusive of motion of said primary actuator, characterized in that the single control element comprises a switch body adjustable between a plurality of switch positions, in that the primary actuator has lateral and distal surface portions (302a, 302b) extending from said switch body and is configured for adjusting the switch body between the plurality of switch positions, and in that the pressure sensor is operable via an activation force at one or more portions of said lateral surface portions of said primary actuator. a control element, a primary actuator and a pressure sensor; and at least one controller communicatively coupled to said control element and configured to: (a) control a first function of said electronic device in response to motion of said primary actuator during an activation of said pressure sensor, (b) control a second function of said electronic device in response to said motion of a primary actuator of the control element exclusive of said activation of said pressure sensor, and (c) control a third function of said electronic device in response to said activation of said pressure sensor for at least a first period of time exclusive of motion of said primary actuator, (a) control a first function of said electronic device in response to motion of said primary actuator during an activation of said pressure sensor, (b) control a second function of said electronic device in response to said motion of a primary actuator of the control element exclusive of said activation of said pressure sensor, and (c) control a third function of said electronic device in response to said activation of said pressure sensor for at least a first period of time exclusive of motion of said primary actuator, characterized in that the single control element comprises a switch body adjustable between a plurality of switch positions, in that the primary actuator has lateral and distal surface portions (302a, 302b) extending from said switch body and is configured for adjusting the switch body between the plurality of switch positions, and in that the pressure sensor is operable via an activation force at one or more portions of said lateral surface portions of said primary actuator.
An atomizing device (13, 23, 33, 43) comprising: a heating member (133, 233, 333, 433); and a temperature control switch (139, 239, 339, 439); wherein the temperature control switch is positioned adjacent to the heating member, or the heating member is sleeved on the temperature control switch, the heating member is coupled to the temperature control switch in series, and the heating member and the temperature control switch are electrically coupled to a power supply device; characterized in that: the temperature control switch is provided for directly controlling a temperature of the heating member; and when a temperature ts of the temperature control switch is less than an operating temperature TM of the temperature control switch, the temperature control switch is switched on, when the temperature ts is greater than the operating temperature TM, the temperature control switch is switched off. a heating member (133, 233, 333, 433); and a temperature control switch (139, 239, 339, 439); wherein the temperature control switch is positioned adjacent to the heating member, or the heating member is sleeved on the temperature control switch, the heating member is coupled to the temperature control switch in series, and the heating member and the temperature control switch are electrically coupled to a power supply device; characterized in that: the temperature control switch is provided for directly controlling a temperature of the heating member; and when a temperature ts of the temperature control switch is less than an operating temperature TM of the temperature control switch, the temperature control switch is switched on, when the temperature ts is greater than the operating temperature TM, the temperature control switch is switched off. the temperature control switch is provided for directly controlling a temperature of the heating member; and when a temperature ts of the temperature control switch is less than an operating temperature TM of the temperature control switch, the temperature control switch is switched on, when the temperature ts is greater than the operating temperature TM, the temperature control switch is switched off.
A material for a packaging in the shape of a bag with at least one cut out handle inside, where the material is a continuous band of paper coated with a polymer on at least one side, joined by welding with overlapping elements of a polymeric mesh, wherein the band is a paper coated with biopolymer or polyolefin chosen among PE polyethylene or PP polypropylene and the mesh elements are at least in places designated for the handle of a finished packaging, wherein the mesh elements are directly joined by welding at the overlap with the polymer coated band, wherein the band comprises holes of any shape, and, characterized in that the polymeric mesh elements also overlap these holes in such a way that each mesh element constitutes one continuous band which covers a space intended for the handle of the packaging and the places of holes of a single packaging. the band is a paper coated with biopolymer or polyolefin chosen among PE polyethylene or PP polypropylene and the mesh elements are at least in places designated for the handle of a finished packaging, wherein the mesh elements are directly joined by welding at the overlap with the polymer coated band, wherein the band comprises holes of any shape, and, characterized in that the polymeric mesh elements also overlap these holes in such a way that each mesh element constitutes one continuous band which covers a space intended for the handle of the packaging and the places of holes of a single packaging.
A molecular manipulation system for investigating molecules, the system comprising: a flow cell made of one piece of material with a channel in the middle having a first surface with second connectors, wherein the flow cell is suitable for holding a sample comprising a plurality of molecules with first connectors attached on one side to the second connectors on the first surface and on another side attached to a microbead of a plurality of microbeads; and a molecular manipulation device comprising an acoustic wave generator configured to generate an acoustic standing wave for pushing the microbeads in the sample away from the first surface towards a centerline of the channel and exerting a force on the microbeads in the sample stretching the molecules towards the centerline. a flow cell made of one piece of material with a channel in the middle having a first surface with second connectors, wherein the flow cell is suitable for holding a sample comprising a plurality of molecules with first connectors attached on one side to the second connectors on the first surface and on another side attached to a microbead of a plurality of microbeads; and a molecular manipulation device comprising an acoustic wave generator configured to generate an acoustic standing wave for pushing the microbeads in the sample away from the first surface towards a centerline of the channel and exerting a force on the microbeads in the sample stretching the molecules towards the centerline.
Refrigerant compressor comprising a hermetically sealed housing and a drive unit disposed in the interior of the housing, having a piston/cylinder unit for cyclical compression of a refrigerant, and an electric motor for drive of the piston/cylinder unit, wherein a damping apparatus for damping and limiting a deflection of the drive unit is provided in the interior of the housing, the damping apparatus comprising an inner element, which is connected with the drive unit, and an outer element, which surrounds the inner element, wherein a movement volume that is limited, at least in certain sections, by means of at least one wall element (8, 10, 11), is provided in the housing, in which movement volume the inner element and the outer element are disposed, wherein in a first state of the drive unit, at least the inner element can be moved in the movement volume, and wherein in a second, deflected state of the drive unit, the inner element is pressed against the at least one wall element (8, 10, 11), with interposition and elastic deformation of the outer element, characterized in that the outer element is produced from a polymer material or vulcanized rubber.
A priming system for use with medical fluids for removing gas from tubing coupled to a fluid reservoir, the priming system comprising: a first check valve in a first fluid pathway between a resilient chamber and the fluid reservoir; a housing fluidly coupled to the fluid reservoir, the housing comprising a drip chamber fluidly coupled between the fluid reservoir and the first check valve; the resilient chamber having flexible walls, an inlet port, and an outlet port, wherein the first fluid pathway extends from the fluid reservoir to the inlet port; and characterized in that the first check valve is configured such that a fluid flows through the first check valve only in a direction from the fluid reservoir toward the resilient chamber, wherein a second fluid pathway extends from the outlet port of the resilient chamber to the fluid reservoir such that the fluid can return to the fluid reservoir through the second fluid pathway between the outlet port of the resilient chamber and the fluid reservoir upon compression of the walls of the resilient chamber and wherein the first fluid pathway is configured to be disconnected from the inlet port of the resilient chamber and redirected to a medical fluid delivery device a first check valve in a first fluid pathway between a resilient chamber and the fluid reservoir; a housing fluidly coupled to the fluid reservoir, the housing comprising a drip chamber fluidly coupled between the fluid reservoir and the first check valve; the resilient chamber having flexible walls, an inlet port, and an outlet port, wherein the first fluid pathway extends from the fluid reservoir to the inlet port; and characterized in that the first check valve is configured such that a fluid flows through the first check valve only in a direction from the fluid reservoir toward the resilient chamber, wherein a second fluid pathway extends from the outlet port of the resilient chamber to the fluid reservoir such that the fluid can return to the fluid reservoir through the second fluid pathway between the outlet port of the resilient chamber and the fluid reservoir upon compression of the walls of the resilient chamber and wherein the first fluid pathway is configured to be disconnected from the inlet port of the resilient chamber and redirected to a medical fluid delivery device
A cleaning agent for paws of domestic animals for removing solid particles from the paws of domestic animals, characterized in that a highly viscous modelling material having a viscosity of ∼ 50000 to 150000 mPa.s, preferably of 80000 to 120000 mPa.s, has added to it skin-lubricating, anti-inflammatory, disinfecting, antiseptic and regenerating agents, wherein the material is constituted such that contaminants can be kneaded into the material by means of a few kneading movements, lanolin is added as lubricating and regenerating agent for the regeneration of skin, keratin and hair.