mhurhangee/ep-ind-claims huggingface dataset:
A system for radio communications of audio information from a remote source, comprising: a plurality of wireless hearing aids each having a microphone and a radio receiver for reception of communications, the plurality of hearing aids configured to receive information relating to a mute state and configured to generate an output signal based upon at least the mute state, the mute state specifying that the output signal is either: the audio information, the output of the microphone being muted; or an output of a microphone of the hearing aid, the audio information being muted; or the audio information blended with the output of the microphone of the hearing aid; and an interface (110, 210, 310, 410, 510) including a first port adapted to receive the audio information from the remote source, a second port adapted to wirelessly communicate the audio information to the plurality of wireless hearing aids, the interface including digital electronics to provide a plurality of packet transmission modes and providing at least one packet protocol comprising a header including embedded data used to provide a plurality of bits for control and status information to one or more of the plurality of hearing aids. a plurality of wireless hearing aids each having a microphone and a radio receiver for reception of communications, the plurality of hearing aids configured to receive information relating to a mute state and configured to generate an output signal based upon at least the mute state, the mute state specifying that the output signal is either: the audio information, the output of the microphone being muted; or an output of a microphone of the hearing aid, the audio information being muted; or the audio information blended with the output of the microphone of the hearing aid; and an interface (110, 210, 310, 410, 510) including a first port adapted to receive the audio information from the remote source, a second port adapted to wirelessly communicate the audio information to the plurality of wireless hearing aids, the interface including digital electronics to provide a plurality of packet transmission modes and providing at least one packet protocol comprising a header including embedded data used to provide a plurality of bits for control and status information to one or more of the plurality of hearing aids.
A flow-by electrode unit for a redox flow battery, comprising a flow-by electrode (50; 55) including a substrate and having at least one surface structure including a plurality of flow barriers and a plurality of flow channels formed by or between said flow barriers, wherein one or more of the flow barriers has/have a U-shape or banana-like shape.
Arrangement comprising a wire and a compressible medical implant, which is detachably connected to the wire, wherein the wire has a first sleeve with at least one lug which extends radially outwards, is brought into engagement with the implant in order to transmit force in the proximal direction and forms a first stop for the implant, wherein a second sleeve is arranged proximally to the first sleeve which forms a second stop for force transmission in the distal direction, wherein a free space is provided for receiving the implant and is distally delimited by the first sleeve and proximally by the second sleeve, characterised in that the wire has a core which at the distal end has a smaller diameter than in the proximal region, and in that the implant has at least one eyelet with X-ray markers which in the compressed state of the implant is arranged in the free space.
A method in a communication node of performing a burst transmission on a secondary carrier that is operated in an unlicensed frequency band in aggregation with a primary carrier that is operated in a licensed frequency band, wherein transmit slots of the secondary carrier align with transmit slots of the primary carrier and wherein the method is further characterised in that it comprises: dynamically numbering the transmit slots of the secondary carrier according to a burst numbering scheme that differs from a fixed numbering scheme used for numbering transmit slots of the primary carrier, wherein the burst numbering scheme references transmit slot numbering to the first transmit slot of the secondary carrier that is used for transmission on the secondary carrier, after a successful clear channel assessment for the secondary carrier or a prior transmission burst; determining, according to the burst numbering scheme, the transmit slot numbers that will be assigned to the transmit slots used on the secondary carrier for the burst transmission; setting a slot-number dependent scrambling sequence initialization parameter for burst transmission, based on the determined transmit slot numbers; and performing the burst transmission on the secondary carrier according to the slot-number dependent scrambling sequence initialization parameter. dynamically numbering the transmit slots of the secondary carrier according to a burst numbering scheme that differs from a fixed numbering scheme used for numbering transmit slots of the primary carrier, wherein the burst numbering scheme references transmit slot numbering to the first transmit slot of the secondary carrier that is used for transmission on the secondary carrier, after a successful clear channel assessment for the secondary carrier or a prior transmission burst; determining, according to the burst numbering scheme, the transmit slot numbers that will be assigned to the transmit slots used on the secondary carrier for the burst transmission; setting a slot-number dependent scrambling sequence initialization parameter for burst transmission, based on the determined transmit slot numbers; and performing the burst transmission on the secondary carrier according to the slot-number dependent scrambling sequence initialization parameter.
A turbine engine (10, 100) comprising: a fan (18, 120) that provides an air flow to the turbine engine (10, 100) as compressor intake air (28, 122) and as compressor bypass air (26, 124); a first stage compressor (12, 102) positioned to receive the compressor intake air (28, 122) and output a first stage compressed air; a boiler positioned to cool the first stage compressed air using a fluid; a second stage compressor positioned to receive the cooled first stage compressed air; a pump configured to pump the fluid as a liquid into the boiler, such that the fluid in the boiler extracts energy from the first stage compressed air and causes the cooling of the first stage compressed air; a closed cycle turbine configured to receive supercritical fluid from the boiler and extract auxiliary energy therefrom; a heat exchanger positioned within an exhaust stream emitted from the turbine assembly (16, 110), and positioned to receive the supercritical fluid from the boiler and heat the fluid with the exhaust stream prior to entering the closed cycle turbine; a combustor (14, 108) positioned to receive compressed air from the second stage compressor and output combustion products; and a turbine assembly (16, 110) positioned to receive the combustion products from the combustor (14, 108) and extract thrust energy for an aircraft therefrom. a fan (18, 120) that provides an air flow to the turbine engine (10, 100) as compressor intake air (28, 122) and as compressor bypass air (26, 124); a first stage compressor (12, 102) positioned to receive the compressor intake air (28, 122) and output a first stage compressed air; a boiler positioned to cool the first stage compressed air using a fluid; a second stage compressor positioned to receive the cooled first stage compressed air; a pump configured to pump the fluid as a liquid into the boiler, such that the fluid in the boiler extracts energy from the first stage compressed air and causes the cooling of the first stage compressed air; a closed cycle turbine configured to receive supercritical fluid from the boiler and extract auxiliary energy therefrom; a heat exchanger positioned within an exhaust stream emitted from the turbine assembly (16, 110), and positioned to receive the supercritical fluid from the boiler and heat the fluid with the exhaust stream prior to entering the closed cycle turbine; a combustor (14, 108) positioned to receive compressed air from the second stage compressor and output combustion products; and a turbine assembly (16, 110) positioned to receive the combustion products from the combustor (14, 108) and extract thrust energy for an aircraft therefrom.
A communication method, comprising: receiving a radio resource control RRC connection reconfiguration message sent by a network device, wherein the RRC connection reconfiguration message comprises one or more secondary cells configured by the network device for a terminal, information used to indicate to activate the one or more secondary cells, and a start moment at which the terminal reports channel state information CSI; and starting to report the CSI of the one or more secondary cells at the start moment; characterized in that the start moment is used to indicate a moment at which the terminal listens to a physical downlink control channel, PDCCH, and the terminal starts to listen to the PDCCH when the start moment arrives. receiving a radio resource control RRC connection reconfiguration message sent by a network device, wherein the RRC connection reconfiguration message comprises one or more secondary cells configured by the network device for a terminal, information used to indicate to activate the one or more secondary cells, and a start moment at which the terminal reports channel state information CSI; and starting to report the CSI of the one or more secondary cells at the start moment; characterized in that the start moment is used to indicate a moment at which the terminal listens to a physical downlink control channel, PDCCH, and the terminal starts to listen to the PDCCH when the start moment arrives.
Apparatus for performance of injections at an angle into the walls of urethra to the predetermined depth, comprising an urethro-cytoscope with a visual inspection system and an injection needle, characterized in that it furthermore comprises a urethro-cytoscope needle guide comprising a rigid tubular member with a first and a second ending, wherein the tubular member has at least one longitudinal aperture on its surface, parallel to the longitudinal axis of the tubular member, wherein the guide and the urethro-cytoscope are configured such that during the performance of injections at an angle, the urethro-cytoscope is supported on a first support point located on the opening of the second ending of the tubular member and on a second support point or located at a distance from the second ending of the tubular member along the longitudinal axis of the guide, and such that the urethro-cytoscope needle extends outside the guide through the longitudinal aperture.
A method of damping oscillations in a wind turbine tower, comprising: suspending a bag (20, 80) of material or liquid from a tower component such that the bag is configured to hit a tower wall (28, 56) of said wind turbine tower during oscillations in said wind turbine tower, in order to damp said oscillations in said wind turbine tower. suspending a bag (20, 80) of material or liquid from a tower component such that the bag is configured to hit a tower wall (28, 56) of said wind turbine tower during oscillations in said wind turbine tower, in order to damp said oscillations in said wind turbine tower.
A lens system comprising: a first lens group to create a distorted intermediate image, where the distorted intermediate image is a generally circular image; and a second, wide angle lens group having a wide angle lens with a field angle greater than 100° that causes wide angle distortion to substantially cancel the distortion of the intermediate image and to project a substantially non-distorted image corresponding to the intermediate image. a first lens group to create a distorted intermediate image, where the distorted intermediate image is a generally circular image; and a second, wide angle lens group having a wide angle lens with a field angle greater than 100° that causes wide angle distortion to substantially cancel the distortion of the intermediate image and to project a substantially non-distorted image corresponding to the intermediate image.
Octapeptide for radiopharmaceutical agents with common formula: where X and Y are H, or chelating group, covalently bound to α - or ε- amino groups of N end lysine.
An RFID tag comprising: a substrate; a chip that is joined to the substrate; antenna wiring that is formed above the substrate and along a longitudinal direction of the substrate and is electrically coupled with the chip; and a protector that is provided to the substrate, protects the chip by covering the chip and includes a central portion having a circular form, characterized in that a length I of the protector satisfies I ≤ Imax, the Imax being expressed by the following expression: l max = 4 σ by 3 p h where σ by represents a bending strength of a material of the protector having a range of 96 to 131 MPa in a case where the material of the protector is PET, a value of 142 MPa in a case where the material of the protector is PPS and a range of 41 to 55 MPa in a case where the material of the protector is PP, h represents a thickness of the protector having a range of 150 to 300 μm, and p represents a uniformly distributed load that is received by the protector under a usage environment and has a range of 40 × 10 5 to 70 × 10 5 Pa, wherein the protector and the substrate are provided in such a manner that a longitudinal direction of the protector is orthogonal to the longitudinal direction of the substrate. a substrate; a chip that is joined to the substrate; antenna wiring that is formed above the substrate and along a longitudinal direction of the substrate and is electrically coupled with the chip; and a protector that is provided to the substrate, protects the chip by covering the chip and includes a central portion having a circular form, characterized in that a length I of the protector satisfies I ≤ Imax, the Imax being expressed by the following expression: l max = 4 σ by 3 p h where σ by represents a bending strength of a material of the protector having a range of 96 to 131 MPa in a case where the material of the protector is PET, a value of 142 MPa in a case where the material of the protector is PPS and a range of 41 to 55 MPa in a case where the material of the protector is PP, h represents a thickness of the protector having a range of 150 to 300 μm, and p represents a uniformly distributed load that is received by the protector under a usage environment and has a range of 40 × 10 5 to 70 × 10 5 Pa, wherein the protector and the substrate are provided in such a manner that a longitudinal direction of the protector is orthogonal to the longitudinal direction of the substrate.
Scoring apparatus for scoring fed flat blanks, in particular sheets of paper, board, laminated materials, comprising at least one pair of counter-rotating scoring shafts and a transporting device, comprising transporting rollers, for transporting the blank from a feeder to the scoring shafts in a transporting plane and a transporting direction perpendicular to the scoring shafts, wherein at least one transporting roller is able to be driven and the blank is able to be pressed onto the transporting plane by a holding-down means, also comprising at least one aligning means (5, 6), extending parallel to the transporting direction, for aligning a blank edge in the transporting direction, characterized in that the transporting device is rotatable about the normal to the transporting plane, such that a transporting roller rotation axis encloses an angle with a scoring shaft rotation axis in the transporting plane, with the result that the blank is movable transversely to the transporting direction towards the at least one aligning means (5, 6).
A rotary compressor, comprising: a rotary shaft; a plurality of bearings supporting the rotary shaft; a cylinder provided between the plurality of bearings to define a compression space, and provided with a vane slot; a roller slidably coupled to the rotary shaft to be provided inside the cylinder, and disposed with a hinge groove on an outer circumferential surface thereof; and a vane, one end which is slidably coupled to the vane slot of the cylinder, and the other end of which is rotatably coupled to the hinge groove of the roller, wherein when an imaginary line passing through an axial center of the rotary shaft and a hinge center of the vane is referred to as a first center line, and a radial center line of the vane slot passing through the hinge center of the vane is referred to as a second center line, the vane slot is disposed such that the second center line and the first center line intersect at a hinge center of the vane (O') at a preset tilting angle (α), characterized in that the hinge groove is disposed to be asymmetrical with respect to the second center line, and wherein the hinge groove is disposed with a first inner circumferential surface located on the suction side and a second inner circumferential surface located on the discharge side with respect to the second center line, and an arc length of the first inner circumferential surface is disposed to be smaller than that of the second inner circumferential surface. a rotary shaft; a plurality of bearings supporting the rotary shaft; a cylinder provided between the plurality of bearings to define a compression space, and provided with a vane slot; a roller slidably coupled to the rotary shaft to be provided inside the cylinder, and disposed with a hinge groove on an outer circumferential surface thereof; and a vane, one end which is slidably coupled to the vane slot of the cylinder, and the other end of which is rotatably coupled to the hinge groove of the roller, wherein when an imaginary line passing through an axial center of the rotary shaft and a hinge center of the vane is referred to as a first center line, and a radial center line of the vane slot passing through the hinge center of the vane is referred to as a second center line, the vane slot is disposed such that the second center line and the first center line intersect at a hinge center of the vane (O') at a preset tilting angle (α), characterized in that the hinge groove is disposed to be asymmetrical with respect to the second center line, and wherein the hinge groove is disposed with a first inner circumferential surface located on the suction side and a second inner circumferential surface located on the discharge side with respect to the second center line, and an arc length of the first inner circumferential surface is disposed to be smaller than that of the second inner circumferential surface.
An assembly for use in an urea tank system, comprising: - a filler head having a first end comprising: * an opening with a plurality of grooves for receiving urea from a filler nozzle while allowing gas to escape via the grooves; * a second end having an inner tubular portion for transporting the urea, and an outer tubular portion for receiving the gas; - a coaxial tube comprising: * an inner tube for transporting the urea; and * an outer tube for transporting the gas; characterized in that the assembly further comprises: - an adapter having: * a first tubular end comprising an inner tubular portion and an outer tubular portion arranged coaxially, the inner tubular portion connected to the inner tube of the coaxial tube and the outer tubular portion connected to the outer tube of the coaxial tube; * a second tubular end in fluid connection with the outer tubular portion and connectable to a gas outlet of an urea tank; * a third tubular end in fluid connection with the inner tubular portion and connectable to an urea inlet of the urea tank. - a filler head having a first end comprising: * an opening with a plurality of grooves for receiving urea from a filler nozzle while allowing gas to escape via the grooves; * a second end having an inner tubular portion for transporting the urea, and an outer tubular portion for receiving the gas; * an opening with a plurality of grooves for receiving urea from a filler nozzle while allowing gas to escape via the grooves; * a second end having an inner tubular portion for transporting the urea, and an outer tubular portion for receiving the gas; - a coaxial tube comprising: * an inner tube for transporting the urea; and * an outer tube for transporting the gas; * an inner tube for transporting the urea; and * an outer tube for transporting the gas; - an adapter having: * a first tubular end comprising an inner tubular portion and an outer tubular portion arranged coaxially, the inner tubular portion connected to the inner tube of the coaxial tube and the outer tubular portion connected to the outer tube of the coaxial tube; * a second tubular end in fluid connection with the outer tubular portion and connectable to a gas outlet of an urea tank; * a third tubular end in fluid connection with the inner tubular portion and connectable to an urea inlet of the urea tank. * a first tubular end comprising an inner tubular portion and an outer tubular portion arranged coaxially, the inner tubular portion connected to the inner tube of the coaxial tube and the outer tubular portion connected to the outer tube of the coaxial tube; * a second tubular end in fluid connection with the outer tubular portion and connectable to a gas outlet of an urea tank; * a third tubular end in fluid connection with the inner tubular portion and connectable to an urea inlet of the urea tank.