mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for performing data transmission and reception in a wireless audio video, AV, system, the apparatus comprising: a communication unit configured to receive from an initiator a forward data frame and reverse direction grant, RDG, information indicating permission of reverse transmission within a transmission opportunity, TXOP, obtained by the initiator , generate a block ACK frame for the forward data frame to transmit the block ACK frame to the initiator , and buffer a reverse data frame to be transmitted to the initiator ; and a processor coupled to the communication unit and configured to obtain AV data from the forward data frame , wherein the communication unit sets a value of a data field indicating whether the reverse data frame is additionally transmitted, based on whether at least part of the forward data frame fails in reception and priorities of the forward data frame and the reverse data frame, and transmits the data field to the initiator , wherein, if the communication unit fails in reception of at least part of the forward data frame , and the reverse data frame has a higher priority than the forward data frame , the communication unit sets the value of the data field to indicate that the reverse data frame is additionally transmitted, and then transmits the reverse data frame to the initiator within the TXOP , wherein the value of the data field is set to 1 if the reverse data frame is additionally transmitted, and wherein the value of the data field is set to 0 if the reverse data frame is not additionally transmitted. a communication unit configured to receive from an initiator a forward data frame and reverse direction grant, RDG, information indicating permission of reverse transmission within a transmission opportunity, TXOP, obtained by the initiator , generate a block ACK frame for the forward data frame to transmit the block ACK frame to the initiator , and buffer a reverse data frame to be transmitted to the initiator ; and a processor coupled to the communication unit and configured to obtain AV data from the forward data frame , wherein the communication unit sets a value of a data field indicating whether the reverse data frame is additionally transmitted, based on whether at least part of the forward data frame fails in reception and priorities of the forward data frame and the reverse data frame, and transmits the data field to the initiator , wherein, if the communication unit fails in reception of at least part of the forward data frame , and the reverse data frame has a higher priority than the forward data frame , the communication unit sets the value of the data field to indicate that the reverse data frame is additionally transmitted, and then transmits the reverse data frame to the initiator within the TXOP , wherein the value of the data field is set to 1 if the reverse data frame is additionally transmitted, and wherein the value of the data field is set to 0 if the reverse data frame is not additionally transmitted.
A method of making a brake assembly including the steps of:- a) providing a brake pad carrier , b) providing an air operated brake actuator suitable for attaching to the brake pad carrier , c) providing a hydraulically operated brake actuator suitable for attaching to the brake pad carrier , d) providing a bridge having a body for engaging a brake pad, a first arm extending from a first end of the body and a second arm extending from the second end of the body , wherein the bridge is suitable for the attachment of the air operated brake actuator and suitable for the attachment of the hydraulically operated brake actuator and e) attaching only one of the air operated brake actuator and hydraulically operated brake actuator to the brake pad carrier , and attaching said one of the air operated brake actuator and hydraulically operated brake actuator to the bridge to provide the brake assembly . a) providing a brake pad carrier , b) providing an air operated brake actuator suitable for attaching to the brake pad carrier , c) providing a hydraulically operated brake actuator suitable for attaching to the brake pad carrier , d) providing a bridge having a body for engaging a brake pad, a first arm extending from a first end of the body and a second arm extending from the second end of the body , wherein the bridge is suitable for the attachment of the air operated brake actuator and suitable for the attachment of the hydraulically operated brake actuator and e) attaching only one of the air operated brake actuator and hydraulically operated brake actuator to the brake pad carrier , and attaching said one of the air operated brake actuator and hydraulically operated brake actuator to the bridge to provide the brake assembly .
A microwave plasma processing device, comprising: a dielectric substrate ; a tapered portion provided in one end portion of the dielectric substrate , the tapered portion being shaped so that a thickness of the dielectric substrate becomes gradually smaller; a microstrip line provided over from one end portion to the other end portion of a first surface, the first surface being one of a front surface and a back surface of the dielectric substrate ; a ground conductor provided over from one end portion to the other end portion of a second surface, the second surface being opposite to the first surface of the dielectric substrate ; a microwave input portion configured to input a microwave between the microstrip line and the ground conductor in one end portion of the dielectric substrate ; a plasma generating portion that is a space configured to generate plasma with the microwave input from the microwave input portion, the space being provided in the tapered portion; a gas input port configured to input gas into the plasma generating portion; a nozzle configured to discharge the plasma generated with the gas and the microwave supplied to the plasma generating portion , characterized in that the microwave plasma processing device comprises a gas flow widening portion configured to supply a wide-width gas flow having a uniform flow velocity to the plasma generating portion , the gas flow widening portion being formed to make a gas flow width wider as the gas flow advances; and a gas flow channel configured to supply the gas input from the gas input port to the gas flow widening portion . a dielectric substrate ; a tapered portion provided in one end portion of the dielectric substrate , the tapered portion being shaped so that a thickness of the dielectric substrate becomes gradually smaller; a microstrip line provided over from one end portion to the other end portion of a first surface, the first surface being one of a front surface and a back surface of the dielectric substrate ; a ground conductor provided over from one end portion to the other end portion of a second surface, the second surface being opposite to the first surface of the dielectric substrate ; a microwave input portion configured to input a microwave between the microstrip line and the ground conductor in one end portion of the dielectric substrate ; a plasma generating portion that is a space configured to generate plasma with the microwave input from the microwave input portion, the space being provided in the tapered portion; a gas input port configured to input gas into the plasma generating portion; a nozzle configured to discharge the plasma generated with the gas and the microwave supplied to the plasma generating portion , characterized in that the microwave plasma processing device comprises a gas flow widening portion configured to supply a wide-width gas flow having a uniform flow velocity to the plasma generating portion , the gas flow widening portion being formed to make a gas flow width wider as the gas flow advances; and a gas flow channel configured to supply the gas input from the gas input port to the gas flow widening portion .
An uplink reference signal receiving method, performed by a network device, the method comprising: configuring L time division duplexing, TDD component carriers for a terminal device, wherein the L component carriers comprise M first component carriers and N second component carriers, wherein the first component carriers are carriers on which scheduling of uplink data transmission is allowed, the second component carriers are carriers on which scheduling of uplink data transmission is prohibited, L, M, and N are positive integers, and L≥2; and receiving an uplink reference signal from the terminal device on N1 second component carriers within an uplink reference signal sending time, wherein N1 is a positive integer and N1≤N; and determining that there is no uplink signal of the terminal device on M1 first component carriers within the sending time, wherein M1 is a positive integer and N1≤M1≤M, the uplink reference signal receiving method further comprising: sending indication information to the terminal device, wherein the indication information is used to indicate the N1 second component carriers, wherein the N second component carriers are classified into a plurality of second component carrier groups, at least one of the second component carrier groups comprises the N1 second component carriers, and the indication information comprises at least one bit to indicate one of the plurality of second component carrier groups. configuring L time division duplexing, TDD component carriers for a terminal device, wherein the L component carriers comprise M first component carriers and N second component carriers, wherein the first component carriers are carriers on which scheduling of uplink data transmission is allowed, the second component carriers are carriers on which scheduling of uplink data transmission is prohibited, L, M, and N are positive integers, and L≥2; and receiving an uplink reference signal from the terminal device on N1 second component carriers within an uplink reference signal sending time, wherein N1 is a positive integer and N1≤N; and determining that there is no uplink signal of the terminal device on M1 first component carriers within the sending time, wherein M1 is a positive integer and N1≤M1≤M, the uplink reference signal receiving method further comprising: sending indication information to the terminal device, wherein the indication information is used to indicate the N1 second component carriers, wherein the N second component carriers are classified into a plurality of second component carrier groups, at least one of the second component carrier groups comprises the N1 second component carriers, and the indication information comprises at least one bit to indicate one of the plurality of second component carrier groups.
A system for estimating a tread depth of a tire supporting a vehicle, the tire including a pair of sidewalls extending to a circumferential tread , the system including: a sensor unit , the sensor unit including a non-contact time-of-flight sensor , the time-of-flight sensor including an emitter for emitting a first pulse to an outer surface of the tread , and a processor for measuring a time from emission of the first pulse to capture of the reflected first pulse and for calculating a tread surface distance from the time from emission of the first pulse to capture of the reflected first pulse ; wherein the emitter is configured for emitting a second pulse to a base of a groove formed in the tread ; wherein the processor is configured for measuring a time from emission of the second pulse to capture of the second pulse and for calculating a reference distance from the time from emission of the second pulse to capture of the second pulse; and wherein the processor is configured for determining a depth of the tread from a difference between the tread surface distance and the reference distance ; characterized in that the sensor unit includes a lens , the lens being configured for capturing the first pulse after it reflects off of the outer surface of the tread and the lens being configured for capturing the second pulse after it reflects off of the base of the groove . a sensor unit , the sensor unit including a non-contact time-of-flight sensor , the time-of-flight sensor including an emitter for emitting a first pulse to an outer surface of the tread , and a processor for measuring a time from emission of the first pulse to capture of the reflected first pulse and for calculating a tread surface distance from the time from emission of the first pulse to capture of the reflected first pulse ; wherein the emitter is configured for emitting a second pulse to a base of a groove formed in the tread ; wherein the processor is configured for measuring a time from emission of the second pulse to capture of the second pulse and for calculating a reference distance from the time from emission of the second pulse to capture of the second pulse; and wherein the processor is configured for determining a depth of the tread from a difference between the tread surface distance and the reference distance ; characterized in that the sensor unit includes a lens , the lens being configured for capturing the first pulse after it reflects off of the outer surface of the tread and the lens being configured for capturing the second pulse after it reflects off of the base of the groove .
Filling nozzle for dispensing a fluid, having a manually operatable control lever which, for controlling the dispensing of fluid, is movable between a closing position and an opening position and which has an engaging pawl which is configured for engaging in a gate guide of the filling nozzle , wherein the engaging pawl is configured for following an opening movement of the control lever along an opening direction as well as a closing movement of the control lever along a closing direction , wherein the engaging pawl by interacting with the gate guide is movable relative to the control lever along a direction perpendicular to the opening or closing direction into a catch position in which the engaging pawl fixes the control lever in the opening position, wherein the gate guide has at least one guide face for the engaging pawl that conjointly with the opening or closing direction encloses an angle, characterized in that the guide face comprises at least one directing portion which, by interacting with the engaging pawl , is able to be deflected counter to a restoring force.
A peptide consisting of the amino acid sequence according to SEQ ID No: 6 or a pharmaceutically acceptable salt thereof.
A semi-submersible floating offshore structure with improved vortex-induced motion, comprising: a plurality of columns coupled to a deck and spaced apart from each other, the columns having a column height measured from a bottom of the columns to the deck ; at least two column bases coupled to at least two columns , the column bases having a base height; and at least two pontoons coupled to at least one of the column bases , the columns , or a combination thereof to form a closed assembly of pontoons and columns /bases , the pontoons having a pontoon height; at least one of the column bases extend asymmetrically outward from at least one of the columns coupled to the bases ; a top of the at least one of the column bases being configured to be at an elevation between a top of the pontoon and a surface of the water when the offshore structure floats; characterized by the at least one of the column bases being configured to break a coherence in vortex shedding around the offshore structure by creating interfering vortex currents around at least one of the columns and in that at least one of the column bases provides structural interruptions in the column profile. a plurality of columns coupled to a deck and spaced apart from each other, the columns having a column height measured from a bottom of the columns to the deck ; at least two column bases coupled to at least two columns , the column bases having a base height; and at least two pontoons coupled to at least one of the column bases , the columns , or a combination thereof to form a closed assembly of pontoons and columns /bases , the pontoons having a pontoon height; at least one of the column bases extend asymmetrically outward from at least one of the columns coupled to the bases ; a top of the at least one of the column bases being configured to be at an elevation between a top of the pontoon and a surface of the water when the offshore structure floats;
A method for establishing the routing of audio signals between a plurality of audio inputs and a plurality of audio outputs for a conferencing system, comprising: automatically pre-establishing a routing matrix comprising one or more available cross-points , each defining a particular mapping of an audio input to an audio output; wherein cross-points which, if used, would negatively impact conferencing audio quality, are pre-disabled and not available to be used in the matrix, and wherein cross-points which, if not used, would negatively impact conferencing audio quality, are pre-engaged so as to be protected from use by a user commissioning the audio routing in the conferencing system; establishing a user interface, UI, with a display, for a control panel for the conferencing system router; receiving user input that results in the selection of one or more available cross-points; and based on the selection of one or more available cross-points, automatically establishing in a programmable processor the mapping of audio inputs to audio outputs defined by the selected cross-points. automatically pre-establishing a routing matrix comprising one or more available cross-points , each defining a particular mapping of an audio input to an audio output; wherein cross-points which, if used, would negatively impact conferencing audio quality, are pre-disabled and not available to be used in the matrix, and wherein cross-points which, if not used, would negatively impact conferencing audio quality, are pre-engaged so as to be protected from use by a user commissioning the audio routing in the conferencing system; establishing a user interface, UI, with a display, for a control panel for the conferencing system router; receiving user input that results in the selection of one or more available cross-points; and based on the selection of one or more available cross-points, automatically establishing in a programmable processor the mapping of audio inputs to audio outputs defined by the selected cross-points.
A hydrophilic intraocular lens comprising at least one copolymer comprising: (a) a first monomeric subunit comprising (i) a polymerized (meth)acrylate group and an aliphatic carbon moiety comprising at least two hydroxyl substituents or (ii) a polymerized (meth)acrylamide group, (b) a second monomeric subunit different from the first monomeric subunit comprising a polymerized (meth)acrylate group, at least one side group comprising (i) an aryloxy moiety comprising at least one halogen, and (ii) an aliphatic carbon moiety linking the aryloxy moiety with the polymerized (meth)acrylate group, wherein the aliphatic carbon moiety optionally comprises at least one hydroxyl substituent, (c) a third monomeric subunit different from the first and second monomeric subunits comprising a polymerized (meth)acrylate group and at least one alkoxyalkoxyalkyl side group. (a) a first monomeric subunit comprising (i) a polymerized (meth)acrylate group and an aliphatic carbon moiety comprising at least two hydroxyl substituents or (ii) a polymerized (meth)acrylamide group, (b) a second monomeric subunit different from the first monomeric subunit comprising a polymerized (meth)acrylate group, at least one side group comprising (i) an aryloxy moiety comprising at least one halogen, and (ii) an aliphatic carbon moiety linking the aryloxy moiety with the polymerized (meth)acrylate group, wherein the aliphatic carbon moiety optionally comprises at least one hydroxyl substituent, (c) a third monomeric subunit different from the first and second monomeric subunits comprising a polymerized (meth)acrylate group and at least one alkoxyalkoxyalkyl side group.
method of fixing of a sitting position by a passenger in a seat assembly Z especially in mass transport by a supporting system , a relocation of sliding elements, a change of the position of the seat assembly, with a movement forward without changing the area behind the seat assembly, and with a mechanism for fixing of the position, the seat assembly having a uniform shape and comprising a seat back and a seat base, characterized by the fact that the change of the position of the uniform shape seat assembly , from a starting basic position, dependent on the weight and centre of gravity of the passenger, takes place by releasing of a blockade of the supporting system with a button-brake and relocating of the seat assembly from the starting basic position, by linear and rotating movement, where the gradient of the seat back in relation to the seat base remains unchanged without changing of the height of the edge of the seat base, to another position dependent on anthropometric features; in this method the linear horizontal relocation by at least 100 mm changes the position of the seat assembly by at least 8° angle, and the return of the seat assembly to the starting basic position takes place after the release of the button-brake of the supporting system and the active participation of the passenger.
A razor comprising: a. a razor cartridge , said razor cartridge comprising a housing forming a front surface and a rear surface opposite said front surface, said rear surface comprising a pair of distally positioned arc shaped receiving regions and a camming surface; b. an adapter having a front engagement surface and a rear engagement surface opposite said front engagement surface, i. said front engagement surface comprising a pair of outwardly facing arc shaped bearings for mating into said pair of arc shaped receiving regions of said razor cartridge, wherein said pair of outwardly facing arc shaped bearings are retractable towards one another, and ii. said rear engagement surface forming a recess and a retaining member protruding radially inward; and c. a handle , said handle comprising a distal end and a proximal end , said proximal end being shaped to engage with said recess; characterized in that said front engagement surface of the adapter comprises an aperture to allow a biasing member from said handle to pass through to engage said camming surface. a. a razor cartridge , said razor cartridge comprising a housing forming a front surface and a rear surface opposite said front surface, said rear surface comprising a pair of distally positioned arc shaped receiving regions and a camming surface; b. an adapter having a front engagement surface and a rear engagement surface opposite said front engagement surface, i. said front engagement surface comprising a pair of outwardly facing arc shaped bearings for mating into said pair of arc shaped receiving regions of said razor cartridge, wherein said pair of outwardly facing arc shaped bearings are retractable towards one another, and ii. said rear engagement surface forming a recess and a retaining member protruding radially inward; and i. said front engagement surface comprising a pair of outwardly facing arc shaped bearings for mating into said pair of arc shaped receiving regions of said razor cartridge, wherein said pair of outwardly facing arc shaped bearings are retractable towards one another, and ii. said rear engagement surface forming a recess and a retaining member protruding radially inward; and c. a handle , said handle comprising a distal end and a proximal end , said proximal end being shaped to engage with said recess;