mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner comprising: first and second compressors capable of performing multi-stage compression; a condenser for condensing a refrigerant compressed in the first and second compressors; a refrigerant separation device for separating the refrigerant to be injected to the first or second compressor of the refrigerant condensed in the condenser; injection tubes extending from the refrigerant separation device to the first and second compressors to guide injection of the refrigerant; a main expansion device disposed at an outlet-side of the refrigerant separation device to decompress the refrigerant; an evaporator for evaporating the refrigerant decompressed in the main expansion device; a valve device disposed at an outlet-side of the first compressor to guide the refrigerant compressed in the first compressor to the condenser or the second compressor; and a bypass tube extending from the valve device to a suction-side of the second compressor, characterised in that the valve device comprises a three-way valve, comprising: an inlet into which the refrigerant compressed in the first compressor is introduced; a first outlet from which the refrigerant compressed in the compressor is discharged to an inlet-side of the condenser; and a second outlet from which the refrigerant compressed in the first compressor is discharged to the bypass tube. first and second compressors capable of performing multi-stage compression; a condenser for condensing a refrigerant compressed in the first and second compressors; a refrigerant separation device for separating the refrigerant to be injected to the first or second compressor of the refrigerant condensed in the condenser; injection tubes extending from the refrigerant separation device to the first and second compressors to guide injection of the refrigerant; a main expansion device disposed at an outlet-side of the refrigerant separation device to decompress the refrigerant; an evaporator for evaporating the refrigerant decompressed in the main expansion device; a valve device disposed at an outlet-side of the first compressor to guide the refrigerant compressed in the first compressor to the condenser or the second compressor; and a bypass tube extending from the valve device to a suction-side of the second compressor, characterised in that the valve device comprises a three-way valve, comprising: an inlet into which the refrigerant compressed in the first compressor is introduced; a first outlet from which the refrigerant compressed in the compressor is discharged to an inlet-side of the condenser; and a second outlet from which the refrigerant compressed in the first compressor is discharged to the bypass tube.
A preparation for systemic administration based on erucic acid (i.e., cis-13-docosenoic acid, 22:1 n-9) for use as an anticoagulant and antithrombotic agent.
A hydroponic apparatus for growing plants, comprising a reservoir for a liquid (HS) and a growth vessel for a plant, wherein the hydroponic apparatus further comprises a tank disposed in the reservoir and in fluidic communication with the reservoir and with the growth vessel , wherein the tank is configured and arranged to be coupled to an air supply , and wherein the tank comprises an outlet valve (V p ), for allowing air (A ir ) in the tank to vent to atmosphere, characterised in that the tank comprises an inlet valve (V i ), for allowing liquid (HS) in the reservoir to enter the tank .
A composite textile comprising: a first fabric layer which is formed by weaving, wherein material of the first fabric layer comprises thermoplastic elastomer or a combination of thermoplastic elastomer and thermoplastic polymer; wherein the first fabric layer comprises a first surface , a second surface and multiple pores ; wherein the multiple pores are distributed on the first fabric layer and connect the first surface and the second surface ; and a first membrane layer , wherein material of the first membrane layer comprises thermoplastic elastomer or a combination of thermoplastic elastomer and thermoplastic polymer, and the melting point of the first fabric layer is higher than the melting point of the first membrane layer ; wherein the first membrane layer comprises a third surface and a fourth surface , and the fourth surface of the first membrane layer is attached to the first surface of the first fabric layer , and parts of the fourth surface of the first membrane layer permeate into the multiple pores of the first fabric layer . a first fabric layer which is formed by weaving, wherein material of the first fabric layer comprises thermoplastic elastomer or a combination of thermoplastic elastomer and thermoplastic polymer; wherein the first fabric layer comprises a first surface , a second surface and multiple pores ; wherein the multiple pores are distributed on the first fabric layer and connect the first surface and the second surface ; and a first membrane layer , wherein material of the first membrane layer comprises thermoplastic elastomer or a combination of thermoplastic elastomer and thermoplastic polymer, and the melting point of the first fabric layer is higher than the melting point of the first membrane layer ; wherein the first membrane layer comprises a third surface and a fourth surface , and the fourth surface of the first membrane layer is attached to the first surface of the first fabric layer , and parts of the fourth surface of the first membrane layer permeate into the multiple pores of the first fabric layer .
Method for assisting a user in operating a touch-sensitive display device , comprising the steps of: - presenting a display content , which is visible from a first position and from a second position , by means of the display device , - detecting an approach to the display device by the user , - detecting that the user is located away from the second position with respect to the display device , - changing an operating state of the display device from a presentation mode to an operating mode, characterized in that , of the display content , at least one display element that is presented on the display device , is assigned to the second position with respect to the display device and for which a display mode and an operating mode are provided remains in a display mode. - presenting a display content , which is visible from a first position and from a second position , by means of the display device , - detecting an approach to the display device by the user , - detecting that the user is located away from the second position with respect to the display device , - changing an operating state of the display device from a presentation mode to an operating mode, characterized in that , of the display content , at least one display element that is presented on the display device , is assigned to the second position with respect to the display device and for which a display mode and an operating mode are provided remains in a display mode.
A pick-up device for an agricultural machine for harvesting stalk and leaf material comprising: - conveying means for transporting a crop stream , wherein the conveying means are equipped to move the crop stream through a monitoring area , - at least one metal detector for detecting metallic foreign bodies in the crop stream located in the monitoring area , wherein the metal detector comprises at least one magnet for generating a magnetic field , such that in dependence on electrical signals, upon detection of metal parts in the crop, drive elements of the pick-up device and/or further downstream machine components can be switched by means of a control signal, and wherein the conveying means for transporting the crop stream comprises a pick-up drum rotatable about an axis of rotation and having a plurality of conveying tines attached to or on the drum and projecting outwardly for receiving the crop and the monitoring area detected by the metal detector controls the crop flow : - in an area upstream of the pick-up drum , and/or - in an area (37, 37', 37") passed through by the conveyor tines of the pick-up drum for the presence of metal parts, characterized in that a metal detector - is mounted on or in the pick-up drum and/or - a conveyor roller is provided for forwarding the crop stream from the pick-up drum and a metal detector is disposed on or in the conveyor roller . - conveying means for transporting a crop stream , wherein the conveying means are equipped to move the crop stream through a monitoring area , - at least one metal detector for detecting metallic foreign bodies in the crop stream located in the monitoring area , wherein the metal detector comprises at least one magnet for generating a magnetic field , such that in dependence on electrical signals, upon detection of metal parts in the crop, drive elements of the pick-up device and/or further downstream machine components can be switched by means of a control signal, - in an area upstream of the pick-up drum , and/or - in an area (37, 37', 37") passed through by the conveyor tines of the pick-up drum - is mounted on or in the pick-up drum and/or - a conveyor roller is provided for forwarding the crop stream from the pick-up drum and a metal detector is disposed on or in the conveyor roller .
A method of wireless communication performed by a mobile device, comprising: detecting a size of a hybrid automatic repeat request, HARQ, payload for reporting, in a subframe, HARQ feedback associated with transmissions on a plurality of component carriers, CCs; determining that at least one of a scheduling request, SR, a periodic channel state information, P-CSI, report, or a combination thereof is to be included in the subframe, wherein determining that at least one of the SR or the P-CSI report is to be included in the subframe comprises determining to report a subset of P-CSI reports from a set of P-CSI reports, wherein determining to report a subset of P-CSI reports from a set of P-CSI reports comprises prioritizing the P-CSI reports according to a prioritization rule; selecting a physical uplink control channel, PUCCH, format from a set of PUCCH formats based at least in part on a comparison of a size of an uplink control message with a threshold, wherein the uplink control message comprises the HARQ payload and a payload for at least one of the SR or the P-CSI report; and transmitting the uplink control message in the subframe using the selected PUCCH format. detecting a size of a hybrid automatic repeat request, HARQ, payload for reporting, in a subframe, HARQ feedback associated with transmissions on a plurality of component carriers, CCs; determining that at least one of a scheduling request, SR, a periodic channel state information, P-CSI, report, or a combination thereof is to be included in the subframe, wherein determining that at least one of the SR or the P-CSI report is to be included in the subframe comprises determining to report a subset of P-CSI reports from a set of P-CSI reports, wherein determining to report a subset of P-CSI reports from a set of P-CSI reports comprises prioritizing the P-CSI reports according to a prioritization rule; selecting a physical uplink control channel, PUCCH, format from a set of PUCCH formats based at least in part on a comparison of a size of an uplink control message with a threshold, wherein the uplink control message comprises the HARQ payload and a payload for at least one of the SR or the P-CSI report; and transmitting the uplink control message in the subframe using the selected PUCCH format.
An implantable textile graft comprising: a textile tubular wall having a portion disposed between a first open end and an opposed second open end and having an inner surface and an opposed outer surface , the textile tubular wall comprising a textile construction of one or more yams; wherein the outer surface comprises a coating of a substantially water-insoluble, elastomeric sealant , disposed thereon, the sealant comprising silicone disposed between approximately 4 mg per cm 2 and 19 mg per cm 2 of area of the textile tubular wall ; wherein the water-insoluble elastomeric sealant encapsulates a portion of outer fibers of the one or more yarns at the outer surface of the textile tubular wall and is disposed on an intermediate portion of the tubular wall between the inner surface and the opposed outer surface of the textile tubular wall ; wherein the textile tubular wall has a water permeability of about 0.16 ml/min/cm 2 at 120 mm Hg pressure or less than 0.16 ml/min/cm 2 at 120 mm Hg pressure; and wherein the inner surface is at least 70% free of the substantially water-insoluble elastomeric sealant . a textile tubular wall having a portion disposed between a first open end and an opposed second open end and having an inner surface and an opposed outer surface , the textile tubular wall comprising a textile construction of one or more yams; wherein the outer surface comprises a coating of a substantially water-insoluble, elastomeric sealant , disposed thereon, the sealant comprising silicone disposed between approximately 4 mg per cm 2 and 19 mg per cm 2 of area of the textile tubular wall ; wherein the water-insoluble elastomeric sealant encapsulates a portion of outer fibers of the one or more yarns at the outer surface of the textile tubular wall and is disposed on an intermediate portion of the tubular wall between the inner surface and the opposed outer surface of the textile tubular wall ; wherein the textile tubular wall has a water permeability of about 0.16 ml/min/cm 2 at 120 mm Hg pressure or less than 0.16 ml/min/cm 2 at 120 mm Hg pressure; and
A method of registering a service in a telecommunication network having a Service Based Architecture, SBA, wherein said telecommunication network having a Service Collection Function, SCF, comprising a plurality of distinct SBA services and comprising a Collection Controller, CoC, for registering and discovering of said plurality of distinct SBA services within said SCF, wherein said telecommunication network further comprises a Network Repository Function, NRF, for registering and discovering services within said telecommunication network, said method comprises the steps of: - receiving , by said CoC, from one (A 41) of said distinct SBA services, a registration message for registering a service; - determining , by said CoC, that said service is to be provided within said SCF only; - refraining, by said CoC, from forwarding said registration message to said NRF based on said determination; - registering, by said CoC, said service in said CoC for discovering said service by any of said plurality of distinct SBA services within said SCF, wherein said method further comprises the steps of: - receiving , by said CoC from one (B 42) of said distinct SBA services, a registration message for registering a further service; - determining, by said CoC, that said further service is to be provided within said telecommunication network; - forwarding , by said CoC, said registration message to said NRF for registering and discovering said further service in said NRF. - receiving , by said CoC, from one (A 41) of said distinct SBA services, a registration message for registering a service; - determining , by said CoC, that said service is to be provided within said SCF only; - refraining, by said CoC, from forwarding said registration message to said NRF based on said determination; - registering, by said CoC, said service in said CoC for discovering said service by any of said plurality of distinct SBA services within said SCF, wherein said method further comprises the steps of: - receiving , by said CoC from one (B 42) of said distinct SBA services, a registration message for registering a further service; - determining, by said CoC, that said further service is to be provided within said telecommunication network; - forwarding , by said CoC, said registration message to said NRF for registering and discovering said further service in said NRF.
A method for controlling a system for controlling the electrical power supply for an energizer for an electric fence, made up of: - an electronic control unit , connected between the energizer and its electrical power supply, including a transmitter and receiver RF chip , a switch controlling the electrical power supply of the energizer , a first electronic circuit for controlling the switch , controlled by RF signals, a galvanic connection with the electric fence, and a second electronic circuit for controlling the switch , controlled by signals conducted by the wire of the fence, - a handheld radio control exchanging RF signals with the RF chip , - a handheld remote control transmitting signals conducted by the wire of the electric fence, characterized by the following steps: a) sending, by the radio control , RF control signals to stop the electrical supply of the energizer , received by the first electronic circuit by means of the RF chip and ensuring the opening of the switch , b) later, sending by remote control , control signals to reestablish the electrical power supply of the energizer , conducted by the wire of the electric fence, received by the second electronic circuit by means of the galvanic connection , and ensuring the closing of the switch , and c) sending, via the first electronic circuit , RF signals reporting on the closing of the switch , by means of the RF chip , to the remote control . - an electronic control unit , connected between the energizer and its electrical power supply, including a transmitter and receiver RF chip , a switch controlling the electrical power supply of the energizer , a first electronic circuit for controlling the switch , controlled by RF signals, a galvanic connection with the electric fence, and a second electronic circuit for controlling the switch , controlled by signals conducted by the wire of the fence, - a handheld radio control exchanging RF signals with the RF chip , - a handheld remote control transmitting signals conducted by the wire of the electric fence, a) sending, by the radio control , RF control signals to stop the electrical supply of the energizer , received by the first electronic circuit by means of the RF chip and ensuring the opening of the switch , b) later, sending by remote control , control signals to reestablish the electrical power supply of the energizer , conducted by the wire of the electric fence, received by the second electronic circuit by means of the galvanic connection , and ensuring the closing of the switch , and c) sending, via the first electronic circuit , RF signals reporting on the closing of the switch , by means of the RF chip , to the remote control .
A method for responding to a touch operation, comprising: when a plurality of touch points are detected on a touch screen of a terminal, determining whether the terminal is in a charging mode currently; when the terminal is in the charging mode, determining a trip point from the plurality of touch points; and preventing the trip point from being responsive and allowing touch points other than the trip point in the plurality of touch points to be responsive; characterized in that determining the trip point from the plurality of touch points comprises: acquiring , for each of the plurality of touch points, a frequency at which the touch point receives a touch signal; and searching for , from the plurality of touch points, a target touch point receiving the touch signal at a frequency greater than a preset frequency, and determining the target touch point as the trip point. when a plurality of touch points are detected on a touch screen of a terminal, determining whether the terminal is in a charging mode currently; when the terminal is in the charging mode, determining a trip point from the plurality of touch points; and preventing the trip point from being responsive and allowing touch points other than the trip point in the plurality of touch points to be responsive; characterized in that determining the trip point from the plurality of touch points comprises: acquiring , for each of the plurality of touch points, a frequency at which the touch point receives a touch signal; and searching for , from the plurality of touch points, a target touch point receiving the touch signal at a frequency greater than a preset frequency, and determining the target touch point as the trip point. acquiring , for each of the plurality of touch points, a frequency at which the touch point receives a touch signal; and searching for , from the plurality of touch points, a target touch point receiving the touch signal at a frequency greater than a preset frequency, and determining the target touch point as the trip point.
A brake pad arrangement comprising a backing plate and a resilient member , wherein the backing plate is arranged to support a brake pad on a first surface of the backing plate for engaging a brake disc in an axial direction of the brake pad arrangement normal to the first surface, characterized in that the resilient member is connected to a second surface of the backing plate opposite to the first surface, and arranged to engage a retainer bar extending axially across the brake pad arrangement when in use, wherein the resilient member is arranged to be tensioned during a braking action, thereby urging the brake pad arrangement in the axial direction away from the brake disc when releasing the brake, and wherein the resilient member is further arranged to generate a radial force component in a direction away from the retainer bar to prevent a radial motion of the first brake pad arrangement . wherein the backing plate is arranged to support a brake pad on a first surface of the backing plate for engaging a brake disc in an axial direction of the brake pad arrangement normal to the first surface, characterized in that the resilient member is connected to a second surface of the backing plate opposite to the first surface, and arranged to engage a retainer bar extending axially across the brake pad arrangement when in use, wherein the resilient member is arranged to be tensioned during a braking action, thereby urging the brake pad arrangement in the axial direction away from the brake disc when releasing the brake, and wherein the resilient member is further arranged to generate a radial force component in a direction away from the retainer bar to prevent a radial motion of the first brake pad arrangement .
A method for production of natural dye from hazelnut leaves characterized in comprising following stages; - Stage of picking/collecting leaves - Drying stage - Pressing stage - Boiling stage - Holding stage - Filtering stage - Holding in dye barrel stage - Stage of picking/collecting leaves - Drying stage - Pressing stage - Boiling stage - Holding stage - Filtering stage - Holding in dye barrel stage
System for analyzing the ocillation frequency of a device vibrating along an axis, said vibrating device comprising a mass connected to two identical and parallel beams forming a tuning fork, each beam carrying two electrodes , the first electrode serving for excitation and the second electrode for detection, said system having means for measuring the position A of the device along said axis from the measurements of the current provided by the detection electrodes, the signal emanating from said means and representative of the position A being represented by a time dependent function U, characterized in that said system comprises first means making it possible to calculate the function ω 1 2 − ρ 1 2 ρ 1 , ω 1 being the instantaneous impulse of U, ρ 1 its instantaneous amplitude and ρ 1 the second derivative of said instantaneous amplitude, the function ω 1 2 − ρ 1 2 ρ 1 being representative of the square impulse of resonance Ω of the vibrating device, said first means comprise means for calculating the second derivative of the function U denoted U , of the Hilbert transform U denoted V, of the second derivative of this Hilbert transform denoted V as well as a first function equal to U . U 2 + V . V 2 U 2 + V 2 mathematically equal to ω 1 2 − ρ 1 2 ρ 1 .