mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit in an orthogonal frequency division multiplexing access, OFDMA, system, comprising: circuitry configured to receive at least one OFDMA frame, the at least one OFDMA frame having a first preamble and a second preamble, the first preamble having a common synchronization channel comprising common synchronization subcarriers (1204, 1206), the common synchronization subcarriers carrying a common sequence, and the second preamble comprising a base station specific preamble, the first preamble further signaling information pertaining to the configuration of the second preamble, wherein the signaling of information depends upon the selection of the common sequence carried by the first preamble; and circuitry configured to perform synchronization based on the at least one OFDMA frame. circuitry configured to receive at least one OFDMA frame, the at least one OFDMA frame having a first preamble and a second preamble, the first preamble having a common synchronization channel comprising common synchronization subcarriers (1204, 1206), the common synchronization subcarriers carrying a common sequence, and the second preamble comprising a base station specific preamble, the first preamble further signaling information pertaining to the configuration of the second preamble, wherein the signaling of information depends upon the selection of the common sequence carried by the first preamble; and circuitry configured to perform synchronization based on the at least one OFDMA frame.
A fine timing measurement FTM method, wherein the method comprises: receiving FTM request frames sent by at least two communication devices; and sending a first FTM measurement frame according to the FTM request frames, the first FTM measurement frame is sent to each of the at least two communication devices, wherein the first FTM measurement frame comprises a measurement parameter of each of the at least two communication devices and identifier information used to indicate each communication device, so that each communication device obtains the measurement parameter of each communication device according to the identifier information; the method being characterized by, the first FTM measurement frame comprises feedback indication information, the feedback indication information is used to indicate a time interval at which each communication device sends response information after each communication device receives the first FTM measurement frame, and different communication devices correspond to different feedback indication information. receiving FTM request frames sent by at least two communication devices; and sending a first FTM measurement frame according to the FTM request frames, the first FTM measurement frame is sent to each of the at least two communication devices, wherein the first FTM measurement frame comprises a measurement parameter of each of the at least two communication devices and identifier information used to indicate each communication device, so that each communication device obtains the measurement parameter of each communication device according to the identifier information; the method being characterized by, the first FTM measurement frame comprises feedback indication information, the feedback indication information is used to indicate a time interval at which each communication device sends response information after each communication device receives the first FTM measurement frame, and different communication devices correspond to different feedback indication information.
A beverage dispensing module, comprising: a housing; a beverage container comprising a flexible pouch within the housing; a beverage outlet arrangement, fluidly coupled with the beverage container; a dispensing arrangement positioned within the housing, and having a pressurising means comprising a roller for selectively urging beverage from the beverage container and out of the beverage outlet arrangement; and a securing arrangement comprising a securing device, the securing device being actuatable between a first configuration, for maintaining the pressurising means in a storage position relative to the beverage container, and a second configuration, for releasing the pressurising means from the storage position; characterised in that the pressurising means includes resilient bias means connected to said roller, the roller being attached to the flexible pouch. a housing; a beverage container comprising a flexible pouch within the housing; a beverage outlet arrangement, fluidly coupled with the beverage container; a dispensing arrangement positioned within the housing, and having a pressurising means comprising a roller for selectively urging beverage from the beverage container and out of the beverage outlet arrangement; and a securing arrangement comprising a securing device, the securing device being actuatable between a first configuration, for maintaining the pressurising means in a storage position relative to the beverage container, and a second configuration, for releasing the pressurising means from the storage position; characterised in that the pressurising means includes resilient bias means connected to said roller, the roller being attached to the flexible pouch.
A removable closure for a packaging article, said closure comprising: (a) a substrate having an interior and an exterior surface; (b) a first at least partially cured coating provided on at least a portion of the interior surface of the substrate, said first coating derived from ingredients comprising: (i) at least one first polycyclic polyester, wherein the polycyclic polyester comprises first and second fused rings that share at least one atom in common; and (ii) at least one first crosslinkable phenolic resin; and (c) a second at least partially cured coating provided directly or indirectly onto at least a portion of the first coating, said second coating derived from ingredients comprising: (i) at least one second polycyclic polyester; and (ii) at least one second crosslinkable phenolic resin which is alkylated and/or etherified; and (d) optionally a gasket applied directly or indirectly onto at least a portion of the second coating in a manner effective to help the closure sealingly engage the container, wherein at least one of the first and second coating compositions is formulated such that the corresponding cured coating contains less than 100 parts per million of polyvinyl chloride resin. (a) a substrate having an interior and an exterior surface; (b) a first at least partially cured coating provided on at least a portion of the interior surface of the substrate, said first coating derived from ingredients comprising: (i) at least one first polycyclic polyester, wherein the polycyclic polyester comprises first and second fused rings that share at least one atom in common; and (ii) at least one first crosslinkable phenolic resin; and (i) at least one first polycyclic polyester, wherein the polycyclic polyester comprises first and second fused rings that share at least one atom in common; and (ii) at least one first crosslinkable phenolic resin; and (c) a second at least partially cured coating provided directly or indirectly onto at least a portion of the first coating, said second coating derived from ingredients comprising: (i) at least one second polycyclic polyester; and (ii) at least one second crosslinkable phenolic resin which is alkylated and/or etherified; and (i) at least one second polycyclic polyester; and (ii) at least one second crosslinkable phenolic resin which is alkylated and/or etherified; and (d) optionally a gasket applied directly or indirectly onto at least a portion of the second coating in a manner effective to help the closure sealingly engage the container,
An aerosol-generating device comprising: a heating element configured to heat an aerosol-forming substrate for generating an aerosol; a temperature sensor for measuring a temperature of the heating element; an aerosol monitoring means for measuring an aerosol property comprising at least one of a physical property and a chemical composition of the generated aerosol, wherein the aerosol monitoring means is positioned at or along a flow channel downstream of the heating element; a controller configured to adjust a power supplied to the heating element based on: i) the measured heating element temperature in a first feedback control loop; and ii) the measured aerosol property in a second feedback control loop; an auxiliary aerosol controlling means for adjusting aerosol properties of the generated aerosol; and wherein the controller is configured to adjust at least one control variable for the auxiliary aerosol controlling means based on the measured aerosol properties in the second feedback control loop. a heating element configured to heat an aerosol-forming substrate for generating an aerosol; a temperature sensor for measuring a temperature of the heating element; an aerosol monitoring means for measuring an aerosol property comprising at least one of a physical property and a chemical composition of the generated aerosol, wherein the aerosol monitoring means is positioned at or along a flow channel downstream of the heating element; a controller configured to adjust a power supplied to the heating element based on: i) the measured heating element temperature in a first feedback control loop; and ii) the measured aerosol property in a second feedback control loop; i) the measured heating element temperature in a first feedback control loop; and ii) the measured aerosol property in a second feedback control loop; an auxiliary aerosol controlling means for adjusting aerosol properties of the generated aerosol; and wherein the controller is configured to adjust at least one control variable for the auxiliary aerosol controlling means based on the measured aerosol properties in the second feedback control loop.
A process for the manufacture of a bonding wire comprising a core with a surface, wherein the core comprises ≥ 98.0% copper and has a cross sectional area in the range of 7500 to 600000 μm 2 and an elastic limit RP0.2 (yield strength) in the range of 40 to 95 N/mm 2, the process comprising the steps of (a) providing a copper core precursor; (b) drawing the precursor until a final diameter of the wire core is reached; (c) annealing the drawn wire at a minimum annealing temperature in the range of 650 to 1000 °C through its entire cross section for a minimum annealing time in the range of 4 seconds to 2 hours. (a) providing a copper core precursor; (b) drawing the precursor until a final diameter of the wire core is reached; (c) annealing the drawn wire at a minimum annealing temperature in the range of 650 to 1000 °C through its entire cross section for a minimum annealing time in the range of 4 seconds to 2 hours.
A functional sheet with protective films, said functional sheet being obtained by laminating protective sheets comprised of aromatic polycarbonate onto a functional layer that is a polyvinyl alcohol polarizing layer or a photocromic layer or any combination thereof and having the protective films adhere to the protective sheets, wherein the protective films have at least two layers, i.e., I) a base layer that is composed of a polypropylene that has a melting point higher than the glass transition temperature of the aromatic polycarbonate and II) an adhesive layer that is a resin composition that comprises (i) a polyolefin that has a melting point from a temperature that is 15 °C lower than the glass transition temperature of the aromatic polycarbonate to a temperature that is lower than the glass transition temperature of the aromatic polycarbonate and (ii) a styrene-olefin-styrene co-poly-elastomer. I) a base layer that is composed of a polypropylene that has a melting point higher than the glass transition temperature of the aromatic polycarbonate and II) an adhesive layer that is a resin composition that comprises (i) a polyolefin that has a melting point from a temperature that is 15 °C lower than the glass transition temperature of the aromatic polycarbonate to a temperature that is lower than the glass transition temperature of the aromatic polycarbonate and (ii) a styrene-olefin-styrene co-poly-elastomer.
A method comprising: receiving a plurality of protocol data units (PDUs); initiating aggregation of the plurality of PDUs into a transmission block including an intended number of PDUs; receiving a priority PDU; in response to receiving the priority PDU: terminating the aggregation, even if the number of PDUs aggregated prior to receiving the priority PDU is less than the intended number of PDUs; releasing at least the priority PDU; and resuming aggregation of the plurality of PDUs. receiving a plurality of protocol data units (PDUs); initiating aggregation of the plurality of PDUs into a transmission block including an intended number of PDUs; receiving a priority PDU; in response to receiving the priority PDU: terminating the aggregation, even if the number of PDUs aggregated prior to receiving the priority PDU is less than the intended number of PDUs; releasing at least the priority PDU; and resuming aggregation of the plurality of PDUs. terminating the aggregation, even if the number of PDUs aggregated prior to receiving the priority PDU is less than the intended number of PDUs; releasing at least the priority PDU; and resuming aggregation of the plurality of PDUs.
An electrically conductive textile material, in the form of a braid for dissipating static charge, consisting of plastic and metal threads, the textile material being designed as a flat braid, in which the plastic threads are connected to one another at connection points, the connection points of the plastic threads being created by a chemical and/or thermomechanical treatment of the flat braid, wherein the connecting points between the plastic threads are formed in the shape of points or lines, characterised by central end threads braiding around the plastic and metal threads of the flat braid, and the number of threads is 82, provided by 33 bobbins each with 2 threads and additionally 16 central end threads.
A light reflector comprising a resin film, wherein the resin film comprises a bright line preventing layer, the bright line preventing layer contains a filler in a concentration of 1 to 15% by weight, the light reflector has a reflection angle peak ratio P of from 1.4 to 3, in which the reflection angle peak ratio P is obtained from the reflection peak value P1 and the reflection peak value P2, as measured on the surface of the bright line preventing layer, according to the following formula: Reflection Angle Peak Ratio P = P 2 / P 1 wherein P1 means a reflection peak value of the light reflector when a light ray is applied at an angle of 15° to the perpendicular line of the surface of the bright line preventing layer of the light reflector; P2 means a reflection peak value of the light reflector when a light ray is applied at an angle of 45° to the perpendicular line of the surface of the bright line preventing layer of the light reflector, and the light reflector has a specular reflectance R2 of from 2% to 5%, in which the specular reflectance R2 is obtained from the overall reflectance R1 and the diffuse reflectance R3, as measured on the surface of the bright line preventing layer, according to the following formula: Specular Reflectance R 2 = R 1 − R 3 wherein R1 means an overall reflectance on the surface of the bright line preventing layer of the light reflector; R3 means a diffuse reflectance on the surface of the bright line preventing layer of the light reflector, wherein the density by number of the projections and recesses of the surface of the bright line preventing layer is from 0.3 × 10 -4 to 3.0 × 10 -9 /μm 2, and wherein the filler in the bright line preventing layer is an inorganic filler having a mean particle size of from 2 to 10 μm and/or an organic filler having a mean dispersed particle size of from 2 to 10 μm, wherein the thickness of the bright line preventing layer is from 2 to 6 μm; wherein the resin film is a laminate resin film comprising a substrate layer, the bright line preventing layer, and a reinforcing layer provided between the substrate layer and the bright line preventing layer; wherein the bright line preventing layer and the reinforcing layer are monoaxially stretched, and the substrate layer is biaxially stretched; wherein the substrate layer contains a thermoplastic resin and a filler in a concentration of from 5% to 75% by weight, and the filler is an inorganic filler having a mean particle size of from 0.05 to 1.5 μm and/or an organic filler having a mean dispersed particle size of from 0.05 to 1.5 μm; wherein the thickness of the substrate layer is from 30 μm to 1000 μm; and wherein the reinforcing layer contains a thermoplastic resin and a filler in a concentration of from 0% to 20% by weight, and has a thickness from 2 μm to 30 μm. contains a thermoplastic resin and a filler in a concentration of from 0% to 20% by weight, and has a thickness from 2 μm to 30 μm.
A welding gun (1, 2) comprising: a gun bracket having a guide track (12a, 12b) formed therein; an arm holder having a guide pin (31a, 31b, 32a, 32b) that is installed to be movable along the guide track (12a, 12b); and a mobile gun arm that is mounted to the arm holder, wherein a roller follower (33a, 33b, 34a, 34b)engaging with the guide track (12a, 12b) is provided around the guide pin (21a, 21b, 32a, 32b), characterized in that the mobile gun arm is made to open and close via the arm holder using a servo motor, wherein the welding gun (1,2) further comprises: a cover member (50a, 50b) that is disposed between the arm holder and the gun bracket (12a, 12b), which moves integrally with the guide pin (21a, 21b, 32a, 32b), and has a size adequate to cover the guide track (12a, 12b) irrespective of a position of the guide pin (21a, 21b, 32a, 32b). a gun bracket having a guide track (12a, 12b) formed therein; an arm holder having a guide pin (31a, 31b, 32a, 32b) that is installed to be movable along the guide track (12a, 12b); and a mobile gun arm that is mounted to the arm holder, wherein a roller follower (33a, 33b, 34a, 34b)engaging with the guide track (12a, 12b) is provided around the guide pin (21a, 21b, 32a, 32b), characterized in that the mobile gun arm is made to open and close via the arm holder using a servo motor, wherein the welding gun (1,2) further comprises: a cover member (50a, 50b) that is disposed between the arm holder and the gun bracket (12a, 12b), which moves integrally with the guide pin (21a, 21b, 32a, 32b), and has a size adequate to cover the guide track (12a, 12b) irrespective of a position of the guide pin (21a, 21b, 32a, 32b).
A display device comprising: a backlight unit comprising a light source; and a liquid crystal display module comprising: a nanostructure-based color conversion (NS-based CC) layer configured to receive a primary light, from the light source, having a first peak wavelength and to convert a portion of the primary light to emit a first portion of a secondary light having a second peak wavelength that is different from the first peak wavelength; and a light extraction layer, optically coupled to the NS-based CC layer, configured to prevent total internal reflection of a second portion of the secondary light, wherein the light extraction layer comprises a substrate and patterned features with one or more dimension in nanometer scale disposed on the substrate, characterised in that the substrate is disposed between the NS-based CC layer and the patterned features, and wherein top surfaces of the patterned features face away from a top surface of the NS-based CC layer. a backlight unit comprising a light source; and a liquid crystal display module comprising: a nanostructure-based color conversion (NS-based CC) layer configured to receive a primary light, from the light source, having a first peak wavelength and to convert a portion of the primary light to emit a first portion of a secondary light having a second peak wavelength that is different from the first peak wavelength; and a light extraction layer, optically coupled to the NS-based CC layer, configured to prevent total internal reflection of a second portion of the secondary light, wherein the light extraction layer comprises a substrate and patterned features with one or more dimension in nanometer scale disposed on the substrate, a nanostructure-based color conversion (NS-based CC) layer configured to receive a primary light, from the light source, having a first peak wavelength and to convert a portion of the primary light to emit a first portion of a secondary light having a second peak wavelength that is different from the first peak wavelength; and a light extraction layer, optically coupled to the NS-based CC layer, configured to prevent total internal reflection of a second portion of the secondary light, wherein the light extraction layer comprises a substrate and patterned features with one or more dimension in nanometer scale disposed on the substrate,
A urological implant for a urethra (154; 664) comprising three wires extending between a proximal end and a distal end, said three wires forming at least two closed shapes, said urological implant being configured for implantation within a restricted location of said urethra, said three wires being elastically compressible into a compressed configuration, said urological implant configured to expand from said compressed configuration to an expanded configuration for applying continuous pressure on at least one of a urethral wall and tissue surrounding the urethral wall in said restricted location, to enable at least one of: extending a urinal passage, and inducing infarction.
Pavement surface covering structure, • with a first layer (1, 21), • with a recess (2, 22) in the first layer (1, 21), and • with at least an electronic module (4, 8) in the recess (2, 22), • with a second layer (6, 14) on the at least one electronic module, which second layer (6-, 14) faces the first layer and covers the electronic module, wherein the second layer on the at least one electronic module completely fills the recess, so that the at least one electronic module is covered by the second layer, and wherein the material of the first layer is a textile or a foam material, and • wherein the second layer comprises a potting compound or consists of a potting compound, • with at least an electrically conductive track, which is arranged on the first layer, wherein the at least one electronic module comprises electrical contacts, which are arranged on the at least one electrically conductive track, so that they electrically contact the at least one electrically conductive track. • with a first layer (1, 21), • with a recess (2, 22) in the first layer (1, 21), and • with at least an electronic module (4, 8) in the recess (2, 22), • with a second layer (6, 14) on the at least one electronic module, which second layer (6-, 14) faces the first layer and covers the electronic module, wherein the second layer on the at least one electronic module completely fills the recess, so that the at least one electronic module is covered by the second layer, and wherein the material of the first layer is a textile or a foam material, and • wherein the second layer comprises a potting compound or consists of a potting compound, • with at least an electrically conductive track, which is arranged on the first layer, wherein the at least one electronic module comprises electrical contacts, which are arranged on the at least one electrically conductive track, so that they electrically contact the at least one electrically conductive track.