mhurhangee/ep-ind-claims huggingface dataset:
A high-strength non-oriented electrical steel sheet, having a chemical composition consisting of: by mass%, C: not less than 0.002% nor more than 0.05%; Si: not less than 2.0% nor more than 4.0%; Mn: not less than 0.05% nor more than 1.0%; N: not less than 0.002% nor more than 0.05%; Cu: not less than 0.5% nor more than 3.0%, Al: 3.0% or less; and optionally at least one of Ni: not less than 0.5% nor more than 3.0%, Sn: not less than 0.01% nor more than 0.10%, and B: not less than 0.0010% nor more than 0.0050%; and when a Nb content (%) is set to [Nb], a Zr content (%) is set to [Zr], a Ti content (%) is set to [Ti], a V content (%) is set to, a C content (%) is set to, and an N content (%) is set to, Formula and Formula are satisfied; and a balance composed of Fe and inevitable impurities; a recrystallization area ratio of 50% or more; a yield stress at a tensile test of 700 MPa or more; a fracture elongation of 10% or more; and an eddy current loss We 10/400 (W/kg) which satisfies Formula in relation to a sheet thickness t (mm) of the steel sheet. 2.0 × 10 − 4 ≦ Nb / 93 + Zr / 91 + Ti / 48 + V / 51 1.0 × 10 − 3 ≦ C / 12 + N / 14 − Nb / 93 + Zr / 91 + Ti / 48 + V / 51 ≦ 3.0 × 10 − 3 We 10 / 400 ≦ 70 × t 2 by mass%, C: not less than 0.002% nor more than 0.05%; Si: not less than 2.0% nor more than 4.0%; Mn: not less than 0.05% nor more than 1.0%; N: not less than 0.002% nor more than 0.05%; Cu: not less than 0.5% nor more than 3.0%, Al: 3.0% or less; and optionally at least one of Ni: not less than 0.5% nor more than 3.0%, Sn: not less than 0.01% nor more than 0.10%, and B: not less than 0.0010% nor more than 0.0050%; and when a Nb content (%) is set to [Nb], a Zr content (%) is set to [Zr], a Ti content (%) is set to [Ti], a V content (%) is set to, a C content (%) is set to, and an N content (%) is set to, Formula and Formula are satisfied; and a balance composed of Fe and inevitable impurities; a recrystallization area ratio of 50% or more; a yield stress at a tensile test of 700 MPa or more; a fracture elongation of 10% or more; and an eddy current loss We 10/400 (W/kg) which satisfies Formula in relation to a sheet thickness t (mm) of the steel sheet. 2.0 × 10 − 4 ≦ Nb / 93 + Zr / 91 + Ti / 48 + V / 51 1.0 × 10 − 3 ≦ C / 12 + N / 14 − Nb / 93 + Zr / 91 + Ti / 48 + V / 51 ≦ 3.0 × 10 − 3 We 10 / 400 ≦ 70 × t 2
A method of operating a Policy and Charging Enforcement Function to control a communication session of a user terminal, the method characterised by: receiving an initial decision from a first decision function; the initial decision requiring a redirection of a user interface of the user terminal to a primary address associated with the first decision function; notifying a second decision function of said initial decision; receiving a supplementary decision from the second decision function, the supplementary decision requiring that that the first decision function should communicate with a secondary address associated with the second decision function; and sending (C9, C10) a redirection instruction to the user terminal to redirect the user interface to said primary address, the instruction including said secondary address. receiving an initial decision from a first decision function; the initial decision requiring a redirection of a user interface of the user terminal to a primary address associated with the first decision function; notifying a second decision function of said initial decision; receiving a supplementary decision from the second decision function, the supplementary decision requiring that that the first decision function should communicate with a secondary address associated with the second decision function; and sending (C9, C10) a redirection instruction to the user terminal to redirect the user interface to said primary address, the instruction including said secondary address.
A mobile terminal comprising: a data analyzer provided for analyzing content that makes up a web page received from a server connected to a network via a base station; a display unit provided for displaying said web page; and a mode transition controller provided for adjusting timing to transit to a standby mode which consumes smaller amount of electric power than a mode present at the time when said web page is received based on a result of the analysis made by said data analyzer, characterized in that said data analyzer has, as a target object to be analyzed, the length of a page at the time when said web page is displayed on said display unit and the number of links established in said web page; and said mode transition controller is provided for determining a standby time which is the time when said web page is received to the time when said mobile terminal transits to said standby mode, based on information representing said length of a page and said number of links. a data analyzer provided for analyzing content that makes up a web page received from a server connected to a network via a base station; a display unit provided for displaying said web page; and a mode transition controller provided for adjusting timing to transit to a standby mode which consumes smaller amount of electric power than a mode present at the time when said web page is received based on a result of the analysis made by said data analyzer,
An air conditioner comprising: first and second compressors (110, 120) capable of performing multi-stage compression; a condenser for condensing a refrigerant compressed in the first and second compressors; a refrigerant separation device (170, 180, 270, 280) for separating the refrigerant to be injected to the first or second compressor of the refrigerant condensed in the condenser; injection tubes (175, 176, 185, 186) extending from the refrigerant separation device to the first and second compressors to guide injection of the refrigerant; a main expansion device disposed at an outlet-side of the refrigerant separation device to decompress the refrigerant; an evaporator for evaporating the refrigerant decompressed in the main expansion device; a valve device disposed at an outlet-side of the first compressor to guide the refrigerant compressed in the first compressor to the condenser or the second compressor; and a bypass tube extending from the valve device to a suction-side of the second compressor, characterised in that the valve device comprises a three-way valve, comprising: an inlet into which the refrigerant compressed in the first compressor is introduced; a first outlet from which the refrigerant compressed in the compressor is discharged to an inlet-side of the condenser; and a second outlet from which the refrigerant compressed in the first compressor is discharged to the bypass tube. first and second compressors (110, 120) capable of performing multi-stage compression; a condenser for condensing a refrigerant compressed in the first and second compressors; a refrigerant separation device (170, 180, 270, 280) for separating the refrigerant to be injected to the first or second compressor of the refrigerant condensed in the condenser; injection tubes (175, 176, 185, 186) extending from the refrigerant separation device to the first and second compressors to guide injection of the refrigerant; a main expansion device disposed at an outlet-side of the refrigerant separation device to decompress the refrigerant; an evaporator for evaporating the refrigerant decompressed in the main expansion device; a valve device disposed at an outlet-side of the first compressor to guide the refrigerant compressed in the first compressor to the condenser or the second compressor; and a bypass tube extending from the valve device to a suction-side of the second compressor, characterised in that the valve device comprises a three-way valve, comprising: an inlet into which the refrigerant compressed in the first compressor is introduced; a first outlet from which the refrigerant compressed in the compressor is discharged to an inlet-side of the condenser; and a second outlet from which the refrigerant compressed in the first compressor is discharged to the bypass tube.
A fluid tank receptacle, the receptacle including a housing with an opening therethrough configured to receive a fluid tank and a movable support movably coupled to the housing and configured to extend from a first position to a second position when the fluid tank is positioned within the receptacle and retract from the second position to the first position when the fluid tank is removed from the receptacle, characterized in that the movable support comprises a cage and the receptacle further comprises a retainer coupled to the housing and configured to movably retain a portion of the cage within the housing such that the cage is able to move between the first position, which is a storage position, and the second position, which is a use position, with respect to the housing.
A system (40, 60) for producing a quality metric value for assessing the quality of physiological information results extracted from a sequence of video image frames, the system comprising: - A signal extraction unit configured to extract a; periodic signal representative of a physiological characteristic from a plurality of the image frames; - A signal analyzer configured to calculate a plurality of physiological information results from the signal, each physiological information result being a frequency value calculated using a different calculation function from the following list of calculation functions: an autocorrelation function, a Fourier transform function, a power spectral density function, a Laplace transform, a Multiple Signal Classification algorithm, a Pitch Detection Algorithm, an Average Squared Mean Difference Function, a YIN algorithm and an MPM algorithm; and - A quality metric calculator for calculating the quality metric value based on a comparison between the plurality of physiological information results. - A signal extraction unit configured to extract a; periodic signal representative of a physiological characteristic from a plurality of the image frames; - A signal analyzer configured to calculate a plurality of physiological information results from the signal, each physiological information result being a frequency value calculated using a different calculation function from the following list of calculation functions: an autocorrelation function, a Fourier transform function, a power spectral density function, a Laplace transform, a Multiple Signal Classification algorithm, a Pitch Detection Algorithm, an Average Squared Mean Difference Function, a YIN algorithm and an MPM algorithm; and - A quality metric calculator for calculating the quality metric value based on a comparison between the plurality of physiological information results.
A method for making a mounting mat for an exhaust gas treatment device characterized in that the method comprises: stabilizing a plurality of sol-gel derived inorganic fibers; wet forming a layer of said stabilized sol-gel derived inorganic fibers; and physically entangling a portion of said inorganic fibers within the wet layer. stabilizing a plurality of sol-gel derived inorganic fibers; wet forming a layer of said stabilized sol-gel derived inorganic fibers; and physically entangling a portion of said inorganic fibers within the wet layer.
A capacitive-coupled radio frequency identification, RFID, tag comprising: a semiconductor substrate having a first planar surface and a second planar surface distal from the first planar surface; a metallic pad formed on the first planar surface of the semiconductor substrate; a circuit formed on the semiconductor substrate and electrically connected to the metallic pad and the second planar surface of the semiconductor substrate, the circuit being configured to respond to a radio frequency, RF, input signal by providing a data signal encoded by varying an impedance between the metallic pad and the second planar surface of the semiconductor substrate; and a metallic plate on a side of the capacitive-coupled RFID tag opposite the first planar surface such that the metallic pad and the metallic plate are on opposite sides of the capacitive-coupled RFID tag, wherein the metallic plate extends beyond at least one edge of the metallic pad and/or the semiconductor substrate. a semiconductor substrate having a first planar surface and a second planar surface distal from the first planar surface; a metallic pad formed on the first planar surface of the semiconductor substrate; a circuit formed on the semiconductor substrate and electrically connected to the metallic pad and the second planar surface of the semiconductor substrate, the circuit being configured to respond to a radio frequency, RF, input signal by providing a data signal encoded by varying an impedance between the metallic pad and the second planar surface of the semiconductor substrate; and a metallic plate on a side of the capacitive-coupled RFID tag opposite the first planar surface such that the metallic pad and the metallic plate are on opposite sides of the capacitive-coupled RFID tag, wherein the metallic plate extends beyond at least one edge of the metallic pad and/or the semiconductor substrate.
Laundry drying appliance with a fluff retention apparatus (16, 17) having a fluff separator, upstream of which a fluff wetter is connected, characterised in that through the fluff wetter conglomerations of fluff and water can be formed by means of fluff wetting upstream of the fluff separator for flow purposes, wherein the fluff wetter has at least one vapour generator and/or at least one vaporiser.
Motor vehicle latch, in particular motor vehicle door latch, comprising a locking mechanism (2, 3) consisting substantially of a catch and a pawl, and comprising an accumulator lever which can be controlled by the catch and which temporarily holds the pawl in its open position, also referred to as the accumulator position, at least during an opening operation of the locking mechanism (2, 3), wherein a common spring (8a, 8b, 8c) acting on the catch and the accumulator lever is provided, wherein the spring (8a, 8b, 8c) is designed as a leg spring having a wound portion and two spring legs (8b, 8c), characterized in that the spring (8a, 8b, 8c) is connected, by means of its wound portion, to the catch.
A pneumatic tire for a motorcycle comprising a belt containing a belt layer formed by coating a plurality of cords with rubber in a tire tread, wherein the tread is provided with cushion rubbers (7a, 7b) separated from each other in the tire widthwise direction in both sides of the tire equatorial plane by a separated region and located outward in the tire radial direction from the belt, and a base rubber having a modulus of repulsion elasticity measured by Lupke Rebound Resilience Test in accordance with JIS K62S5- 1996 higher than those of the cushion rubbers (7a, 7b) located in the separated region or outward in the tire radial direction wherefrom, and Wn, a length of the separated region, and Wb, a length of the base rubber in the cross section in the tire widthwise direction, satisfy the relation: Wn≤Wb.
A method of decoding video frames for maintaining synchronization between a sequence of video frames and a sequence of audio frames, the method comprising: receiving the video sequence comprising a plurality of video frames; decoding the video sequence, wherein the decoding of the video sequence comprises producing a plurality of decoded video frames; and dropping, by a video renderer, one or more of the decoded video frames before presenting decoded video frames to a display; dropping, by a frame throttle, one or more of the video frames from the video sequence before decoding the video sequence, characterized in that the number of video frames dropped from the video sequence before decoding the video sequence increases if the video renderer has dropped a predetermined number of consecutive frames. receiving the video sequence comprising a plurality of video frames; decoding the video sequence, wherein the decoding of the video sequence comprises producing a plurality of decoded video frames; and dropping, by a video renderer, one or more of the decoded video frames before presenting decoded video frames to a display; dropping, by a frame throttle, one or more of the video frames from the video sequence before decoding the video sequence, characterized in that the number of video frames dropped from the video sequence before decoding the video sequence increases if the video renderer has dropped a predetermined number of consecutive frames.
Gas-turbine bearing oil system with an oil supply including at least one oil pump supplying oil from an oil tank to the bearing chambers (2, 3, 4) and at least one recirculation pump unit for the return of oil from the bearing chambers (2, 3, 4) to the oil tank, characterized by at least one additional electric recirculation pump for the return of oil from at least one bearing chamber (2, 3, 4) to the oil tank, wherein the electric recirculation pump is separately arranged from the recirculation pump unit, wherein the recirculation pump is operationally connected via a separate return line, wherein the separate return line is provided with a shut-off device.
An antenna device, comprising: an insulating antenna case the lower surface of which is open and in which a housing space is formed; an antenna base on which the antenna case is fitted; an umbrella-type element having a width direction and a front side, the umbrella-type element being provided on the antenna base and including an apex section that is made flat and a roof-shaped inclined section that is so formed as to incline from both sides of the apex section; an amplifier substrate that includes an amplifier configured to amplify a signal received by the umbrella-type element, and is disposed on the antenna base; and a coil that is inserted between an output end of the umbrella-type element at the front side thereof and an input end of the amplifier to make the umbrella-type element resonate at a predetermined frequency; characterized in that an axis of the coil is disposed at a center in the width direction of the umbrella-type element; and in that the coil is disposed below, and is connected to, the front side of the umbrella-type element. an insulating antenna case the lower surface of which is open and in which a housing space is formed; an antenna base on which the antenna case is fitted; an umbrella-type element having a width direction and a front side, the umbrella-type element being provided on the antenna base and including an apex section that is made flat and a roof-shaped inclined section that is so formed as to incline from both sides of the apex section; an amplifier substrate that includes an amplifier configured to amplify a signal received by the umbrella-type element, and is disposed on the antenna base; and a coil that is inserted between an output end of the umbrella-type element at the front side thereof and an input end of the amplifier to make the umbrella-type element resonate at a predetermined frequency; characterized in that an axis of the coil is disposed at a center in the width direction of the umbrella-type element; and in that the coil is disposed below, and is connected to, the front side of the umbrella-type element.
Combination of a loudspeaker housing and a suspension bracket for hanging the loudspeaker housing to a fixed suspension point, whereby the suspension bracket is provided with a first mechanical coupling device, whereby the loudspeaker housing is provided with a second mechanical coupling device, whereby the first mechanical coupling device is complementary to the second mechanical coupling device, whereby the suspension bracket is provided with at least two first electrical contact points that are at a fixed position and in a fixed orientation with respect to the first mechanical coupling device, whereby the loudspeaker housing is provided with at least two second electrical contact points that are located at a fixed position and in a fixed orientation with respect to the second mechanical coupling device, whereby the first electrical contact points are complementary to the second electrical contact points, whereby the first and second electrical contact points (19, 28) are arranged to make contact with one another in the situation in which the loudspeaker housing and the suspension bracket are mechanically coupled by means of the mechanical coupling devices (5, 21), whereby the suspension bracket is provided with a base for fastening the suspension bracket to a fixed suspension point, whereby the suspension bracket is provided with a hinge to be able to adjust the orientation of the first mechanical coupling device with respect to the base, whereby the hinge has two geometric hinge axes (A,B), i.e. a first geometric hinge axis and a second geometric hinge axis that is perpendicular to the first geometric hinge axis, characterised in that the hinge comprises a connecting element that is turnable around both geometric hinge axes (A, B) and which is deformable, whereby the connecting element is suspended in a tightenable claw at the base, whereby the connecting element is mounted around a physical shaft that forms part of the first mechanical coupling device, whereby the claw is tightenable against the connecting element to thereby block a movement of the claw with respect to the connecting element and to thereby deform the connecting element so that it is pushed against the said physical shaft to thereby block a movement of the said physical shaft with respect to the connecting element.
A wall, having one or more wear plates, said wall having openings for receiving at least some of the fastening elements (11, 12) of the wear plates, characterised in that said wall also has gaps, which correspond in their dimensions to the width and thickness of the wear plates, and the gaps are higher than the thickness of the wear plates, so that it is possible to tilt the wear plates into the gaps sufficiently to feed in the wear plates, wherein slots that correspond with the fastening elements (11, 12) of the wear plates emanate from the gaps, through which slots the fastening elements (11, 12) of the wear plates can pass through the wall.
Toilet cubicle (10, 10', 10B, 10B') for a public transport vehicle, in particular a railway vehicle, comprising: - a rear wall, preferably equipped with a changing table, a toilet bowl being arranged near to the rear wall, - a functional panel, near to which the toilet bowl is arranged, comprising a washbasin equipped with a tap, a toilet paper dispenser, a water distribution system and a water tank, characterised in that the functional panel comprises a flush button for the toilet bowl. - a rear wall, preferably equipped with a changing table, a toilet bowl being arranged near to the rear wall, - a functional panel, near to which the toilet bowl is arranged, comprising a washbasin equipped with a tap, a toilet paper dispenser, a water distribution system and a water tank,