mhurhangee/ep-ind-claims huggingface dataset:
A chiller system comprising: a compressor configured to compress a refrigerant by rotation; a condenser configured to condense the refrigerant compressed by the compressor; an expander configured to expand the condensed refrigerant; an evaporator configured to evaporate the expanded refrigerant; a sensor unit including a plurality of temperature sensors, a speed sensor for sensing a rotational speed of the compressor, and a current sensor for sensing a current of the compressor; and a controller configured to determine whether to enter into a surge detection logic based on a volatility of data sensed by the sensor unit, and configured to perform surge detection, wherein in response to a rotational speed volatility and a current volatility of the compressor and a volatility of one or more of temperature values sensed by the plurality of temperature sensors falling within reference ranges set for the respective values, the controller enters into the surge detection logic. a compressor configured to compress a refrigerant by rotation; a condenser configured to condense the refrigerant compressed by the compressor; an expander configured to expand the condensed refrigerant; an evaporator configured to evaporate the expanded refrigerant; a sensor unit including a plurality of temperature sensors, a speed sensor for sensing a rotational speed of the compressor, and a current sensor for sensing a current of the compressor; and a controller configured to determine whether to enter into a surge detection logic based on a volatility of data sensed by the sensor unit, and configured to perform surge detection, wherein in response to a rotational speed volatility and a current volatility of the compressor and a volatility of one or more of temperature values sensed by the plurality of temperature sensors falling within reference ranges set for the respective values, the controller enters into the surge detection logic.
A communications device (100, 401) comprising: a transmitter unit configured to transmit at least two transmit signals (t x) via a transmission channel (300, 430a, 430b); wherein a power line communications system (199, 499) provides the transmission channel (300, 430a, 430b); a precoder unit configured to beamform the transmit signals (t x) based on a precode matrix that is adapted to reduce a signal level at at least one location in an area of the transmission channel; and an amplifier (118, 119) adapted to amplify at least one of the transmit signals (t x) to a value that results in a signal level at the at least one location that is below a predetermined signal level; wherein the amplifier (118, 119) is adapted to amplify the signal level by an amount which corresponds to a reduction of the signal level at the location caused by the precoding, or corresponds to a signal level specified by a regulation minus the reduced signal level, or the smaller of both. a transmitter unit configured to transmit at least two transmit signals (t x) via a transmission channel (300, 430a, 430b); wherein a power line communications system (199, 499) provides the transmission channel (300, 430a, 430b); a precoder unit configured to beamform the transmit signals (t x) based on a precode matrix that is adapted to reduce a signal level at at least one location in an area of the transmission channel; and an amplifier (118, 119) adapted to amplify at least one of the transmit signals (t x) to a value that results in a signal level at the at least one location that is below a predetermined signal level; wherein the amplifier (118, 119) is adapted to amplify the signal level by an amount which corresponds to a reduction of the signal level at the location caused by the precoding, or corresponds to a signal level specified by a regulation minus the reduced signal level, or the smaller of both.
A blank bainitic long product with weight fractions of 0.16 to 0.26 % carbon, 0.60 to 1.20% silicon, 1.20 to 1.70% manganese, 0.70 to 1.60% chromium, up to 0.20% nickel, up to 0.30% molybdenum, up to 0.03% sulfur, up to 0.01 % aluminum, up to 0.03% phosphorus, up to 0.25% copper, up to 0.001 % boron, up to 0.01 % titanium, up to 0.01 % vanadium up to 0.01 % niobium 50 ppm to 0.015% nitrogen and up to 0.01 % oxygen bound in oxidic inclusions, the residue being iron and impurities usually contained in steel, wherein the following structural constituents are present: 60 to 80% bainite, 5 to 30% martensite, 0.5 to 8% ferrite and 3 to 15% residual austenite and wherein the drawing test according to ISO 6892-1 results in: a yield strength Rp0.2 = 950 to 1'400 MPa an ultimate tensile strength Rm = 1'150 to 1'400 MPa and a breaking elongation A5 = 9.0 to 17.0%, wherein 0.87 < Rp0.2/Rm < 0.99. 60 to 80% bainite, 5 to 30% martensite, 0.5 to 8% ferrite and 3 to 15% residual austenite and wherein the drawing test according to ISO 6892-1 results in: a yield strength Rp0.2 = 950 to 1'400 MPa an ultimate tensile strength Rm = 1'150 to 1'400 MPa and a breaking elongation A5 = 9.0 to 17.0%, a yield strength Rp0.2 = 950 to 1'400 MPa an ultimate tensile strength Rm = 1'150 to 1'400 MPa and a breaking elongation A5 = 9.0 to 17.0%, wherein 0.87 < Rp0.2/Rm < 0.99.
An automatically winding energy-transfer cable arrangement for a vehicle, arranged inside of a car's engine compartment comprising - a housing having winder means for an energy-transfer cable, and - a protective tube connected to the housing to protect the energy-transfer cable outside the housing, which protective tube is made of elastic material, characterized in that said energy transfer cable arrangement further comprises - an electric plug protecting cap adapted to be fixed to the vehicle in such way that the protective tube extends between said housing and said protecting cap, and - a plug connector for an engine heater and/or a rechargeable battery, which plug connector is made of flexible material. - a housing having winder means for an energy-transfer cable, and - a protective tube connected to the housing to protect the energy-transfer cable outside the housing, which protective tube is made of elastic material, characterized in that said energy transfer cable arrangement further comprises - an electric plug protecting cap adapted to be fixed to the vehicle in such way that the protective tube extends between said housing and said protecting cap, and - a plug connector for an engine heater and/or a rechargeable battery, which plug connector is made of flexible material.
A compound of Formula wherein G is a residue of an optionally alkoxylated polyhydroxy compound selected from ethoxylated and/or propoxylated glycerol, ethoxylated and/or propoxylated di-glycerol, ethoxylated and/or propoxylated trimethylolpropane, di-trimethylolpropane, ethoxylated and/or propoxylated di-trimethylolpropane, ethoxylated and/or propoxylated penthaerythritol, di-penthaerythritol, ethoxylated and/or propoxylated di-penthaerythritol, ethoxylated and/or propoxylated sorbitol, ethoxylated and/or propoxylated triethanolamine; m, n and p are numbers and m+n+p is from 2 to 10; m and n are independently an number from 1 to 8; p is from 0 to 8; x is an integer number from 0 to 10, and when x is 0 A is directly linked to the carbonyl group; A represents CHR3; Y represents, each independently a direct bond or an unsubstituted divalent linking group of formula -(-CH 2 -CH 2 -O-) k -CH 2 -CH 2 - with k being an integer equal to 1, 2, 3, 4, 5 or 6; Z represents, each independently, a radically polymerizable functional group selected from the group consisting of an acrylate and a methacrylate; R 3 represents hydrogen; R 1, R 2 are, each independently, hydrogen, alkyl C 1 -C 12, preferably they are both a methyl group. G is a residue of an optionally alkoxylated polyhydroxy compound selected from ethoxylated and/or propoxylated glycerol, ethoxylated and/or propoxylated di-glycerol, ethoxylated and/or propoxylated trimethylolpropane, di-trimethylolpropane, ethoxylated and/or propoxylated di-trimethylolpropane, ethoxylated and/or propoxylated penthaerythritol, di-penthaerythritol, ethoxylated and/or propoxylated di-penthaerythritol, ethoxylated and/or propoxylated sorbitol, ethoxylated and/or propoxylated triethanolamine; m, n and p are numbers and m+n+p is from 2 to 10; m and n are independently an number from 1 to 8; p is from 0 to 8; x is an integer number from 0 to 10, and when x is 0 A is directly linked to the carbonyl group; A represents CHR3; Y represents, each independently a direct bond or an unsubstituted divalent linking group of formula -(-CH 2 -CH 2 -O-) k -CH 2 -CH 2 - with k being an integer equal to 1, 2, 3, 4, 5 or 6; Z represents, each independently, a radically polymerizable functional group selected from the group consisting of an acrylate and a methacrylate; R 3 represents hydrogen; R 1, R 2 are, each independently, hydrogen, alkyl C 1 -C 12, preferably they are both a methyl group.
An additive for preparing suede on a monocrystalline silicon chip, comprising: polyethylene glycol, sodium benzoate, citric acid, hydrolytic polymaleic anhydride, sodium acetate and water, wherein the mass percent of each component is as follows: polyethylene glycol: 1-20%, sodium benzoate: 1.0-2.0%, citric acid: 1.0-5.0%, hydrolytic polymaleic anhydride: 1.0-5.0%, sodium acetate: 0.1-1.0%, and water: the rest percent.
A stoma extender comprising: a first end for insertion into a stoma for diverting stomal effluent into the stoma extender before the effluent exits the stoma; a second end for remaining external of the stoma, for providing a discharge exit for stomal effluent; and an elastic conduit portion (13,21,31,40) coupled between the first and second ends for communicating stomal effluent through the stoma extender, wherein at least one of the first and second end (11, 12) comprises an O-ring, characterized in that the conduit portion is configured such that the length of the conduit portion is adjustable stably to the distance between fascia and skin, to permit adaptation of the stoma extender to an individual's stoma, and in that the O-ring and at least a portion of the conduit portion adjacent to the O-ring is configured to permit at least partial rolling-up of the conduit portion along its axis to reduce the length and/or at least partial unrolling of a rolled-up portion of the conduit portion along its axis to increase the length. a first end for insertion into a stoma for diverting stomal effluent into the stoma extender before the effluent exits the stoma; a second end for remaining external of the stoma, for providing a discharge exit for stomal effluent; and an elastic conduit portion (13,21,31,40) coupled between the first and second ends for communicating stomal effluent through the stoma extender, wherein at least one of the first and second end (11, 12) comprises an O-ring, characterized in that the conduit portion is configured such that the length of the conduit portion is adjustable stably to the distance between fascia and skin, to permit adaptation of the stoma extender to an individual's stoma, and in that the O-ring and at least a portion of the conduit portion adjacent to the O-ring is configured to permit at least partial rolling-up of the conduit portion along its axis to reduce the length and/or at least partial unrolling of a rolled-up portion of the conduit portion along its axis to increase the length.
A method by a network entity for wireless communication, the method comprising: storing priority information by a network entity, the priority information defining, for each of one or more types of data traffic, a priority ranking of cell types, the cell types comprising at least one of different wireless technologies and different access control types, wherein the priority information may specify that a non-Closed Subscriber Group, CSG, cell using a cellular Radio Access Technology, RAT, is ranked below a Wireless Local Area Network, WLAN, cell; and indicating the priority information to a mobile device capable of using the different wireless technologies or different access control types to connect to cells of a wireless communications system. storing priority information by a network entity, the priority information defining, for each of one or more types of data traffic, a priority ranking of cell types, the cell types comprising at least one of different wireless technologies and different access control types, wherein the priority information may specify that a non-Closed Subscriber Group, CSG, cell using a cellular Radio Access Technology, RAT, is ranked below a Wireless Local Area Network, WLAN, cell; and indicating the priority information to a mobile device capable of using the different wireless technologies or different access control types to connect to cells of a wireless communications system.
Electric drive, comprising - an electric motor module and - a transmission mechanism module connected to the electric motor module, wherein - the electric motor module comprises a hollow rotor shaft which is attached to a rotor and transmits power to the transmission mechanism module, wherein - the transmission mechanism module comprises an output shaft which is arranged coaxially within the rotor shaft, wherein - the rotor shaft and the output shaft run along an axial direction of the electric motor module and a flow space is delimited between the rotor shaft and the output shaft, wherein - the output shaft extends beyond the rotor shaft at an end of the electric motor module remote from the transmission mechanism module in the axial direction, and wherein - a support element which surrounds the rotor shaft and the output shaft is provided, wherein - a first sealing element is provided between the support element and the rotor shaft and - a second sealing element is provided between the support element and the portion of the output shaft extending beyond the rotor shaft, so that - a cavity fluidically communicating with the flow space is formed between the rotor shaft, the output shaft and the support element, and wherein - a through-hole, which connects the cavity to the surrounding area, is formed in the support element, characterized in that - the first sealing element and the second sealing element are arranged between a bearing for the rotor shaft and a bearing for the output shaft in the axial direction. - an electric motor module and - a transmission mechanism module connected to the electric motor module, wherein - the electric motor module comprises a hollow rotor shaft which is attached to a rotor and transmits power to the transmission mechanism module, wherein - the transmission mechanism module comprises an output shaft which is arranged coaxially within the rotor shaft, wherein - the rotor shaft and the output shaft run along an axial direction of the electric motor module and a flow space is delimited between the rotor shaft and the output shaft, wherein - the output shaft extends beyond the rotor shaft at an end of the electric motor module remote from the transmission mechanism module in the axial direction, and wherein - a support element which surrounds the rotor shaft and the output shaft is provided, wherein - a first sealing element is provided between the support element and the rotor shaft and - a second sealing element is provided between the support element and the portion of the output shaft extending beyond the rotor shaft, so that - a cavity fluidically communicating with the flow space is formed between the rotor shaft, the output shaft and the support element, and wherein - a through-hole, which connects the cavity to the surrounding area, is formed in the support element, characterized in that - the first sealing element and the second sealing element are arranged between a bearing for the rotor shaft and a bearing for the output shaft in the axial direction.
Projection unit for a light beam intended to be installed in an automotive vehicle headlamp, comprising: - at least two optical modules each comprising at least one semiconductor-type light source fastened to an electrical connection support, and at least one optical projection device, characterized by - a control device common to the two optical modules, - a common support on which are secured the two optical modules and the control device, - the control device comprises a printed circuit board, termed primary, or a flexible printed circuit, which extends in a first plane which is transverse to a second plane of extension of the electrical connection support of at least one of the optical modules. - at least two optical modules each comprising at least one semiconductor-type light source fastened to an electrical connection support, and at least one optical projection device, characterized by - a control device common to the two optical modules, - a common support on which are secured the two optical modules and the control device, - the control device comprises a printed circuit board, termed primary, or a flexible printed circuit, which extends in a first plane which is transverse to a second plane of extension of the electrical connection support of at least one of the optical modules.
A speech/audio signal processing method, comprising: when a speech/audio signal switches from a wide frequency signal to a narrow frequency signal, obtaining an initial high frequency signal corresponding to a current frame of the speech/audio signal, wherein a signal of the current frame is the narrow frequency signal and a signal of a previous frame of the current frame is the wide frequency signal; obtaining a time-domain global gain parameter of the initial high frequency signal; performing weighting processing on an energy ratio and the time-domain global gain parameter, and using an obtained weighted value as a predicted global gain parameter, wherein the energy ratio is a ratio between energy of a high frequency time-domain signal of a historical frame and energy of the initial high frequency signal of the current frame; correcting the initial high frequency signal by using the predicted global gain parameter, to obtain a corrected high frequency time-domain signal; and synthesizing a narrow frequency time-domain signal of the current frame and the corrected high frequency time-domain signal and outputting the synthesized signal. when a speech/audio signal switches from a wide frequency signal to a narrow frequency signal, obtaining an initial high frequency signal corresponding to a current frame of the speech/audio signal, wherein a signal of the current frame is the narrow frequency signal and a signal of a previous frame of the current frame is the wide frequency signal; obtaining a time-domain global gain parameter of the initial high frequency signal; performing weighting processing on an energy ratio and the time-domain global gain parameter, and using an obtained weighted value as a predicted global gain parameter, wherein the energy ratio is a ratio between energy of a high frequency time-domain signal of a historical frame and energy of the initial high frequency signal of the current frame; correcting the initial high frequency signal by using the predicted global gain parameter, to obtain a corrected high frequency time-domain signal; and synthesizing a narrow frequency time-domain signal of the current frame and the corrected high frequency time-domain signal and outputting the synthesized signal.
A method for implementing channel measurement, comprising: selecting, by a user equipment, UE, an antenna port subset that is required to be measured from pre-partitioned antenna port subsets according to current state information of the UE; performing, by the UE, channel measurement for the antenna port subset to obtain channel state information; and feeding back, by the UE, the channel state information and identification information of the antenna port subset to a base station. selecting, by a user equipment, UE, an antenna port subset that is required to be measured from pre-partitioned antenna port subsets according to current state information of the UE; performing, by the UE, channel measurement for the antenna port subset to obtain channel state information; and feeding back, by the UE, the channel state information and identification information of the antenna port subset to a base station.
A power tong, comprising: a body defining a throat; a cage plate assembly, wherein the cage plate assembly comprises a first portion that defines a gap that corresponds to the throat of the tong, and a second portion that fits in the gap of the first portion; a gear that is rotatable relative to the cage plate assembly and the body, wherein the gear defines a slot laterally therethrough that is alignable with the throat so as to allow a tubular to be received therethrough, and wherein an inner radial surface of the gear comprises at least three sets of cam surfaces, wherein each set of cam surfaces comprises a first cam surface for make up and a second cam surface (158A, 158B) for break out, and wherein the first cam surface and the second cam surface are positioned at different axial elevations with respect to a central longitudinal axis through the gear; and at least three jaws (140A, 140B, 140C) coupled to the cage plate assembly such that the at least three jaws are radially movable with respect to the cage plate assembly and are prevented from circumferential movement with respect thereto, wherein the at least three jaws are engageable with the at least three sets of cam surfaces of the gear such that rotation of the gear relative to the cage plate assembly causes the at least three jaws to move in a radial direction between a retracted position and an extended position. a body defining a throat; a cage plate assembly, wherein the cage plate assembly comprises a first portion that defines a gap that corresponds to the throat of the tong, and a second portion that fits in the gap of the first portion; a gear that is rotatable relative to the cage plate assembly and the body, wherein the gear defines a slot laterally therethrough that is alignable with the throat so as to allow a tubular to be received therethrough, and wherein an inner radial surface of the gear comprises at least three sets of cam surfaces, wherein each set of cam surfaces comprises a first cam surface for make up and a second cam surface (158A, 158B) for break out, and wherein the first cam surface and the second cam surface are positioned at different axial elevations with respect to a central longitudinal axis through the gear; and at least three jaws (140A, 140B, 140C) coupled to the cage plate assembly such that the at least three jaws are radially movable with respect to the cage plate assembly and are prevented from circumferential movement with respect thereto, wherein the at least three jaws are engageable with the at least three sets of cam surfaces of the gear such that rotation of the gear relative to the cage plate assembly causes the at least three jaws to move in a radial direction between a retracted position and an extended position.