mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: establishing a radio resource control, RRC, connection by a user equipment, UE, with a base station in a mobile communication network; detecting a radio link problem of the RRC connection and thereby starting a first timer associated with the radio link problem, wherein the first timer is a T310 timer; initiating an RRC reestablishment procedure with a target cell before the first timer expires; and performing the RRC connection reestablishment procedure with the target cell; characterized by starting a second timer when the UE transmits a measurement report to the base station, wherein the RRC reestablishment procedure is initiated when the second timer expires. establishing a radio resource control, RRC, connection by a user equipment, UE, with a base station in a mobile communication network; detecting a radio link problem of the RRC connection and thereby starting a first timer associated with the radio link problem, wherein the first timer is a T310 timer; initiating an RRC reestablishment procedure with a target cell before the first timer expires; and performing the RRC connection reestablishment procedure with the target cell; characterized by starting a second timer when the UE transmits a measurement report to the base station, wherein the RRC reestablishment procedure is initiated when the second timer expires.
An airbag, including an inflating part having gas inflatability, a non-inflating part supporting the inflating part, and a combined part constituting a boundary between the inflating part and the non-inflating part, wherein the airbag includes an ultrasonic fusion bonded part located between the combined part and the end part of an inflator from which a gas at a high pressure spurts when a car crashes, for allowing the inflating gas to collide with the ultrasonic fusion bonded part before the combined part, and wherein a shortest distance between the ultrasonic fusion bonded part and the combined part is 0.1 to 30 cm, characterized in that the bonding strength of the ultrasonic fusion bonded part, measured by the method of American Society for Testing and Materials (ASTM) D 1683, is 1.930 kN/m to 19.30 kN/m (5 to 50 kgf/inch) for allowing detachment of the fusion bonded part when the airbag is inflated.
A method, comprising: determining, by a driver at a first layer of a functional path associated with a hardware device connected to a computing device, a first Physical Device Object, PDO, identifier used at a second layer of the functional path; determining, by the driver, a device number associated with the first PDO identifier; determining, by the driver, a second PDO identifier at a third layer of the functional path that is also associated with the device number; obtaining, by the driver, a parent device instance identifier associated with the second PDO identifier; mapping, by the driver, a first identifier for the hardware device used by the driver in the functional path to the parent device instance identifier; and using, by the driver, the parent device instance identifier as a second identifier for the hardware device during communications with a second driver in a different functional path. determining, by a driver at a first layer of a functional path associated with a hardware device connected to a computing device, a first Physical Device Object, PDO, identifier used at a second layer of the functional path; determining, by the driver, a device number associated with the first PDO identifier; determining, by the driver, a second PDO identifier at a third layer of the functional path that is also associated with the device number; obtaining, by the driver, a parent device instance identifier associated with the second PDO identifier; mapping, by the driver, a first identifier for the hardware device used by the driver in the functional path to the parent device instance identifier; and using, by the driver, the parent device instance identifier as a second identifier for the hardware device during communications with a second driver in a different functional path.
Apparatus for the treatment of an aqueous organic waste liquid to provide a treated liquid containing less organic matter, the apparatus comprising a treatment reservoir defining first and second treatment zones separated by a porous membrane, carbon-based adsorbent material capable of electrochemical regeneration provided in said first and second treatment zones, an agitator operable to distribute the carbon-based adsorbent material in aqueous organic waste liquid contained in each of the first and second treatment zones, a first electric current feeder operably connected to the carbon-based adsorbent material in the first treatment zone and a second electric current feeder operably connected to the carbon-based adsorbent material in the second treatment zone, and a controller to operate the first and second electric current feeders to pass an electric current through the carbon-based adsorbent material in the first and second treatment zones in one direction to regenerate the carbon-based adsorbent material in one of the first and second treatment zones and to then reverse the direction of the current applied to the carbon-based adsorbent material in the first and second treatment zones to regenerate the carbon-based adsorbent material in the other of the first and second treatment zones. a treatment reservoir defining first and second treatment zones separated by a porous membrane, carbon-based adsorbent material capable of electrochemical regeneration provided in said first and second treatment zones, an agitator operable to distribute the carbon-based adsorbent material in aqueous organic waste liquid contained in each of the first and second treatment zones, a first electric current feeder operably connected to the carbon-based adsorbent material in the first treatment zone and a second electric current feeder operably connected to the carbon-based adsorbent material in the second treatment zone, and a controller to operate the first and second electric current feeders to pass an electric current through the carbon-based adsorbent material in the first and second treatment zones in one direction to regenerate the carbon-based adsorbent material in one of the first and second treatment zones and to then reverse the direction of the current applied to the carbon-based adsorbent material in the first and second treatment zones to regenerate the carbon-based adsorbent material in the other of the first and second treatment zones.
A traveling wave superconducting parametric amplifier comprising a chain of superconducting elements (JJ, SQ) having a nonlinear kinetic inductance connected in series, said superconducting elements being deposited on a substrate, further comprising a dielectric layer of sub-micrometer thickness deposited on the substrate and covering said superconducting elements, and a conductive layer forming a ground plane deposited on top of the dielectric layer, the superconducting elements and the ground plane forming a microstrip-type transmission line; characterized in that said superconducting elements are selected from Josephson junctions and SQUIDs, and in that said dielectric layer is produced by atomic layer deposition.
A burner comprising an outer casing defining an inner space, said outer casing comprises a distal end intended to be located on the side of a hearth, the burner comprising a device for ejecting a removable fluid arranged at the distal end, the burner comprises a support arranged at the distal end, characterized in that the ejection device comprises a ring provided with a plurality of receiving zones and a plurality of fluid ejection inserts, each receiving zone being able to receive a fluid ejection insert, the ring being movable between a locked position in which the ring is secured to the support and an unlocked position in which the ring can be separated from the support.
A method of increasing an amount of coke-oven gas, comprising the step of: introducing steam into a gas way of a carbonization chamber of a coke oven such that a water-gas reaction is conducted at 500°C or higher during a process of carbonizing coal in the carbonization chamber of the coke oven, wherein a starting point of introduction of steam into the gas way is moved up prior to a time point at which an amount of generation of coke-oven gas is maximized and at which the temperature in the gas way is 500°C or higher, so as to increase the steam introduction time, thereby maximizing a reaction of steam with carbon existing in the carbonization chamber of the coke oven, wherein, assuming that carbonization time in the coke oven is 24 hours, steam is introduced after 2 hours from carbonization start point. introducing steam into a gas way of a carbonization chamber of a coke oven such that a water-gas reaction is conducted at 500°C or higher during a process of carbonizing coal in the carbonization chamber of the coke oven, wherein a starting point of introduction of steam into the gas way is moved up prior to a time point at which an amount of generation of coke-oven gas is maximized and at which the temperature in the gas way is 500°C or higher, so as to increase the steam introduction time, thereby maximizing a reaction of steam with carbon existing in the carbonization chamber of the coke oven, wherein, assuming that carbonization time in the coke oven is 24 hours, steam is introduced after 2 hours from carbonization start point.
A method for preventing an acoustic echo in full duplex systems comprising a multi-channel audio reproducing system, comprising: defining a mixing matrix which maps source signals from a distant space to specific loudspeaker signals in such a manner that a wave field is generated in a near space, wherein the wave field is suppressed in at least a specific zone and/or a specific direction in the near space, and arranging at least one recording system in the specific zone and/or the specific direction, wherein the audio reproducing system comprises an arrangement with a plurality of loudspeakers and the specific loudspeaker signals are mapped by means of the mixing matrix in such a manner that the generated wave field is suppressed in the specific zone and/or the specific direction, wherein the multi-channel audio reproducing system comprises a spatial aliasing frequency, and the source signals are band-limited and/or the paths of the loudspeaker signals to the recording system are identified, wherein the mixing matrix is defined such that the spectral parts of the source signals below the spatial aliasing frequency are suppressed in the specific zone and/or the specific direction. defining a mixing matrix which maps source signals from a distant space to specific loudspeaker signals in such a manner that a wave field is generated in a near space, wherein the wave field is suppressed in at least a specific zone and/or a specific direction in the near space, and arranging at least one recording system in the specific zone and/or the specific direction, wherein the audio reproducing system comprises an arrangement with a plurality of loudspeakers and the specific loudspeaker signals are mapped by means of the mixing matrix in such a manner that the generated wave field is suppressed in the specific zone and/or the specific direction, wherein the multi-channel audio reproducing system comprises a spatial aliasing frequency, and the source signals are band-limited and/or the paths of the loudspeaker signals to the recording system are identified, wherein the mixing matrix is defined such that the spectral parts of the source signals below the spatial aliasing frequency are suppressed in the specific zone and/or the specific direction.
A policy control node, a PCN, for a first Public Land Mobile Network, a first PLMN, the PCN comprising a Policy and Charging Rules Function, a PCRF, the PCN being arranged to have an interface towards a Subscription Profile Repository or User Data Repository, an SPR or UDR, in the first PLMN, characterized in that the PCRF of the PCN being arranged to receive a request from another node in the first PLMN or a PCRF in a second PLMN for establishing a PDN-connection for a user equipment, a UE (120, 130), the PCN being arranged to, as a result of said request, send a query to the SPR or UDR regarding whether or not the PCRF is allowed to set the upper limit for the UE Aggregate Maximum Bit Rate, the UE-AMBR for the UE (120, 130) in question, the PCRF being arranged to, if the reply from the SPR or UDR to the query is positive, determine and transmit the upper limit of the UE-AMBR as set by the PCRF for the UE in question to said other node or said PCRF.
Exhaust gas turbocharger comprising a rotor shaft which is arranged with at least one bearing-shaft portion in a radial bearing (2, 2'), which is formed as a plain bearing, in a rotationally movable manner and so as to slide on a fluid film, - the at least one bearing-shaft portion being subdivided into two outer segments (13, 13'), which are arranged on the respective axial end region (12, 12') of the radial bearing, and an inner segment positioned between the outer segments (13, 13'), - the inner segment being arranged substantially in the region of an opening in a fluid channel of the radial bearing (2, 2'), - at least one transverse groove which extends so as to be inclined relative to the circumferential direction of the rotor shaft being arranged at least in one of the outer segments (13, 13'), characterised in that - a groove depth (20, 20') of at least one such transverse groove has a continuously decreasing course in a fluid flow direction along the transverse groove, - the spacing between the rotor shaft rotation axis and the transverse-groove-free inner segment surface region is smaller than the spacing between the rotor shaft rotation axis and a transverse-groove-free outer segment surface region. - the at least one bearing-shaft portion being subdivided into two outer segments (13, 13'), which are arranged on the respective axial end region (12, 12') of the radial bearing, and an inner segment positioned between the outer segments (13, 13'), - the inner segment being arranged substantially in the region of an opening in a fluid channel of the radial bearing (2, 2'), - at least one transverse groove which extends so as to be inclined relative to the circumferential direction of the rotor shaft being arranged at least in one of the outer segments (13, 13'), - a groove depth (20, 20') of at least one such transverse groove has a continuously decreasing course in a fluid flow direction along the transverse groove, - the spacing between the rotor shaft rotation axis and the transverse-groove-free inner segment surface region is smaller than the spacing between the rotor shaft rotation axis and a transverse-groove-free outer segment surface region.
Heat-dissipating device comprising a support and a heat sink intended to be cooled by a flow of air passing through said heat sink, said support having a first housing space inside which said heat sink is held, said support also being configured to accommodate an electronic control module intended to be cooled by said heat sink, characterized in that said heat sink is flexible.
A composition, comprising: at least one compound of formula IV: wherein: p is 1 to 5; D is independently Si, Ti, Al, or Zr; A, B, Y, and Z are each independently selected from the group consisting of H, C 1 -C 8 alkyl, trifluoro-substituted (C 1 -C 8)alkyl, E is independently Si or Ti; R a is independently a functional group comprising at least one curing group selected from the group consisting of acrylate, methacrylate, (C 2 -C 8) alkenyl, glycidyloxy, ester, amino, acrylamide, methacrylamide, isocyanato, amino acid, nucleic acid, and mercapto(C 1 -C 6)alkyl; R b is independently wherein: R c is (C 1 -C 2)alkyl; R d is (C 1 -C 2)alkyl or phenyl; R e is (C 6 -C 22)alkyl; X - is an anion selected from the group consisting of chloride, bromide, fluoride, iodide, sulfonate, and acetate; each R y is, independently, H, (C 1 -C 8)alkyl, or trifluoro-substituted (C 1 -C 8)alkyl; and wherein at least one of A, B, Y, and Z is p is 1 to 5; D is independently Si, Ti, Al, or Zr; A, B, Y, and Z are each independently selected from the group consisting of H, C 1 -C 8 alkyl, trifluoro-substituted (C 1 -C 8)alkyl, E is independently Si or Ti; R a is independently a functional group comprising at least one curing group selected from the group consisting of acrylate, methacrylate, (C 2 -C 8) alkenyl, glycidyloxy, ester, amino, acrylamide, methacrylamide, isocyanato, amino acid, nucleic acid, and mercapto(C 1 -C 6)alkyl; R b is independently wherein: R c is (C 1 -C 2)alkyl; R d is (C 1 -C 2)alkyl or phenyl; R e is (C 6 -C 22)alkyl; X - is an anion selected from the group consisting of chloride, bromide, fluoride, iodide, sulfonate, and acetate; R c is (C 1 -C 2)alkyl; R d is (C 1 -C 2)alkyl or phenyl; R e is (C 6 -C 22)alkyl; X - is an anion selected from the group consisting of chloride, bromide, fluoride, iodide, sulfonate, and acetate; each R y is, independently, H, (C 1 -C 8)alkyl, or trifluoro-substituted (C 1 -C 8)alkyl; and wherein at least one of A, B, Y, and Z is
Tanker trailer for liquids, comprising a self-supporting tank structure made of fibre-plastic composite materials with regions reinforced in sections, at least one rigid axle with at least one axle carrier which runs substantially transversely with respect to the longitudinal axis of the trailer and has a profile, and to the ends of which further axle parts are fastened which each guide at least one trailer wheel, and with at least one axle carriage (6, 7) running substantially longitudinally with respect to the longitudinal axis of the trailer, at least one coupling device, in particular a kingpin, or a further axle which is rotatable, with at least one axle carrier which runs substantially transversely with respect to the longitudinal axis of the trailer and has a profile, to the ends of which further axle parts are fastened which each guide at least one trailer wheel, with a bogie having a forked drawbar and a turntable formed by an upper ring and a lower ring (10, 11), characterized in that the rigid axle and the coupling device are each fastened directly to the tank structure without being bridged, or in that the rigid axle and the rotatable axle are each fastened directly to the tank structure without being bridged.
Pair of gloves, consisting of two gloves, in particular work gloves, examination gloves or surgical gloves, each having a uniform glove body made of fluid-tight, resilient material, for example rubber, the glove body comprising an actual hand part and an adjoining cuff, a gripping aid (3, 3a, 5) being provided on each glove of the pair of gloves on the outer surface of the cuff and so as to be spaced apart from the rear edge of the cuff in a peripheral portion, the gripping aid (3, 3a) of each glove being formed on the outside as a hollow protrusion of the glove that is open towards the inside of the glove, and the gripping aid (3, 3a, 5) of one glove of the pair of gloves and the gripping aid (3, 3a, 5) of the other glove of the pair of gloves being provided on adjacent peripheral portions of the cuff and having an angular spacing of at least 135°, the gripping aid of one glove being arranged on the palm side, characterised in that the gripping aid of the other glove of the pair of gloves is arranged so as to be on the side on the back of the hand, and therefore, when the arms and hands are held in the parallel and mirror-inverted position, the gripping aids of each glove are gripped by the other hand in each case and simultaneously removed in a mirror-inverted manner and simultaneously automatically flipped, without the soiled or contaminated outside of the gloves coming into contact with the skin of the wearer, and in that the gloves of the pair of gloves are joined together by pulling said gloves further into one another.
A lens structure, comprising: a bottom surface; an inner surface caved in the bottom surface; and an outer surface comprising a total reflection portion and a light outgoing portion surrounding the total reflection portion, wherein a central axis of the lens structure 300 and an imaginary coplanar plane coplanar with the bottom surface crosses at a crossover point, characterized in that the total reflection portion satisfies: ∠ Q 2 Q 1 Q 3 = arctan Δ R 1 R 1 • Δ θ 1 > arcsin 1 n, wherein Q1 is a first point on the total reflection portion, and Q2 is a second point immediately adjacent to the first point, and Q3 is a third point located on a connection line connecting the second point and the crossover point, and a connection line connecting the third point and the first point is perpendicular to a connection line connecting the crossover point and the first point, R1 is a distance from the crossover point to the first point, Δ R 1 is a distance from the second point to the third point, Δ θ 1 is an included angle defined by the connection line connecting the first point and the crossover point and the connection line connecting the second point and the crossover point, and n is a refractive index of a material of the lens structure. a bottom surface; an inner surface caved in the bottom surface; and an outer surface comprising a total reflection portion and a light outgoing portion surrounding the total reflection portion, wherein a central axis of the lens structure 300 and an imaginary coplanar plane coplanar with the bottom surface crosses at a crossover point, characterized in that the total reflection portion satisfies: ∠ Q 2 Q 1 Q 3 = arctan Δ R 1 R 1 • Δ θ 1 > arcsin 1 n, wherein Q1 is a first point on the total reflection portion, and Q2 is a second point immediately adjacent to the first point, and Q3 is a third point located on a connection line connecting the second point and the crossover point, and a connection line connecting the third point and the first point is perpendicular to a connection line connecting the crossover point and the first point, R1 is a distance from the crossover point to the first point, Δ R 1 is a distance from the second point to the third point, Δ θ 1 is an included angle defined by the connection line connecting the first point and the crossover point and the connection line connecting the second point and the crossover point, and n is a refractive index of a material of the lens structure.
An optical arrangement comprising an objective having at least one lens and a lens module, the lens module comprising a module housing having a base and a side wall, a variable focal length adaptive lens in the module housing, and a pressure member having a wave spring to retain the adaptive lens in the module housing, and wherein the optical arrangement includes a second spring that presses the lens module onto the objective.