mhurhangee/ep-ind-claims huggingface dataset:
Electronic chip comprising: a doped semiconductor substrate of a first conductivity type; boxes of a second conductivity type on the side of the front face of the chip, in and on which circuit elements are formed; one or more slabs of the second type of conductivity buried under the boxes and separated from the boxes with a portion of the substrate; for each buried slab, a well of the second type of conductivity, polarizable, which extends from the front face of the substrate to the buried slab; for each well, at least one flip-flop of the chip comprising, in a upper portion of the well, a first MOS transistor with a channel of the first conductivity type, the first transistor being an element of said at least one flip-flop; and a circuit for detecting a change in logic level of one of the flip-flops. a doped semiconductor substrate of a first conductivity type; boxes of a second conductivity type on the side of the front face of the chip, in and on which circuit elements are formed; one or more slabs of the second type of conductivity buried under the boxes and separated from the boxes with a portion of the substrate; for each buried slab, a well of the second type of conductivity, polarizable, which extends from the front face of the substrate to the buried slab; for each well, at least one flip-flop of the chip comprising, in a upper portion of the well, a first MOS transistor with a channel of the first conductivity type, the first transistor being an element of said at least one flip-flop; and a circuit for detecting a change in logic level of one of the flip-flops.
Heating system for an aircraft or spacecraft, comprising: a control device, which comprises at least one power line data transmission transceiver (5a; 5b); and at least one remote component, which comprises a sensor element and a heating element, wherein the at least one power line data transmission transceiver (5a; 5b) is connected to the at least one remote component via a connecting cable (8a; 8b), characterized in that the control device comprises a sensor controller, in that the control device is designed to supply the at least one heating element with power via the connecting cable (8a; 8b), and in that the sensor controller is designed to exchange first control signals with the sensor element via the connecting cable (8a; 8b). a control device, which comprises at least one power line data transmission transceiver (5a; 5b); and at least one remote component, which comprises a sensor element and a heating element, wherein the at least one power line data transmission transceiver (5a; 5b) is connected to the at least one remote component via a connecting cable (8a; 8b), characterized in that the control device comprises a sensor controller, in that the control device is designed to supply the at least one heating element with power via the connecting cable (8a; 8b), and in that the sensor controller is designed to exchange first control signals with the sensor element via the connecting cable (8a; 8b).
A base station for use in a communication system wherein user terminals are classified into cell center terminals and cell edge terminals based on reception quality, the base station comprising: a receiving unit that is arranged to receive cell edge band information transmitted from another base station 112-116 and indicative of a cell edge band allocated to cell edge terminals in a plurality of nearby cells; a determining unit that is arranged to determine a cell edge band for a cell of the base station, based on the cell edge band information for a plurality of nearby cells and received by the receiving unit; and a communicating unit (307, 308, 309) that, via the cell edge band determined by the determining unit, is arranged to communicate with the cell edge terminals in the cell of the base station; and characterized in that the determining unit is arranged to count the number of each band indicated by the cell edge band information and to preferentially determine a band having a relatively small count result as the cell edge band, and is arranged to weight each of the nearby cells with a different coefficient to count the number of each band. a receiving unit that is arranged to receive cell edge band information transmitted from another base station 112-116 and indicative of a cell edge band allocated to cell edge terminals in a plurality of nearby cells; a determining unit that is arranged to determine a cell edge band for a cell of the base station, based on the cell edge band information for a plurality of nearby cells and received by the receiving unit; and a communicating unit (307, 308, 309) that, via the cell edge band determined by the determining unit, is arranged to communicate with the cell edge terminals in the cell of the base station; and characterized in that the determining unit is arranged to count the number of each band indicated by the cell edge band information and to preferentially determine a band having a relatively small count result as the cell edge band, and is arranged to weight each of the nearby cells with a different coefficient to count the number of each band.
A computer-implemented method for interpolating traces in seismic data, comprising: obtaining input seismic data in the time-space domain; applying a temporal Fourier transform to the input seismic data, generating transformed seismic data; determining which frequency components in the transformed seismic data correspond to unaliased frequencies and which frequency components in the transformed seismic data correspond to aliased frequencies; determining a number of iterations N 1 for a first Anti-leakage Fourier transform method; generating an estimated frequency-wavenumber spectrum by applying the first Anti-leakage Fourier transform method to each of the unaliased frequency components from the temporal-transformed seismic data and applying a second Anti-leakage Fourier transform method to aliased frequency components of the temporal-transformed seismic data; and applying an inverse temporal and spatial Fourier transform to the estimated frequency-wavenumber spectrum, generating trace interpolation of the seismic data; characterized in that the second Anti-leakage Fourier transform method applies an absolute frequency-wavenumber spectrum extrapolated from unaliased frequencies to aliased frequencies to weight frequency-wavenumber components of the aliased frequencies. obtaining input seismic data in the time-space domain; applying a temporal Fourier transform to the input seismic data, generating transformed seismic data; determining which frequency components in the transformed seismic data correspond to unaliased frequencies and which frequency components in the transformed seismic data correspond to aliased frequencies; determining a number of iterations N 1 for a first Anti-leakage Fourier transform method; generating an estimated frequency-wavenumber spectrum by applying the first Anti-leakage Fourier transform method to each of the unaliased frequency components from the temporal-transformed seismic data and applying a second Anti-leakage Fourier transform method to aliased frequency components of the temporal-transformed seismic data; and applying an inverse temporal and spatial Fourier transform to the estimated frequency-wavenumber spectrum, generating trace interpolation of the seismic data; characterized in that the second Anti-leakage Fourier transform method applies an absolute frequency-wavenumber spectrum extrapolated from unaliased frequencies to aliased frequencies to weight frequency-wavenumber components of the aliased frequencies.
Sensorised blade joint which joint between sections of the blade is carried out by multiple connection means integrated in the blade in the structurally resistant part corresponding to the beam and which comprise metal inserts joined by adhesive to a machined housing located in a beam of the blade, the facing metal inserts are connected by the pins and the nuts across axial drills, and making up the joint of the sections covered by a fairing and using a series of sensors (14, 15) to control the load of the bolts during the life of the blade, characterised in that: a.- the sensors (14, 15) are in at least one of a multiple connection means in a transverse joint section b.- the signals measured by the sensors are transmitted to a control system that is or is not located in the blade that controls the forces exerted on the joint c.- the signals transmitted to the control system are used to detect possible damages in the connections d.- the signals transmitted to the control system are used to control the loads transmitted to the wind turbine e.- the signals transmitted to the control system are used to store the load range, optimising the design with the real loads obtained. a.- the sensors (14, 15) are in at least one of a multiple connection means in a transverse joint section b.- the signals measured by the sensors are transmitted to a control system that is or is not located in the blade that controls the forces exerted on the joint c.- the signals transmitted to the control system are used to detect possible damages in the connections d.- the signals transmitted to the control system are used to control the loads transmitted to the wind turbine e.- the signals transmitted to the control system are used to store the load range,
A method of mass spectrometry comprising: measuring the ion mobilities of an analyte ion through first, second and third different drift gases; and characterised by: providing an algorithm or relationship that relates the ion mobilities of an analyte ion through three gases of different polarizability to the mass of the analyte ion; and using the measured ion mobilities and said algorithm or relationship to determine the mass of the analyte ion. measuring the ion mobilities of an analyte ion through first, second and third different drift gases; and characterised by: providing an algorithm or relationship that relates the ion mobilities of an analyte ion through three gases of different polarizability to the mass of the analyte ion; and using the measured ion mobilities and said algorithm or relationship to determine the mass of the analyte ion. providing an algorithm or relationship that relates the ion mobilities of an analyte ion through three gases of different polarizability to the mass of the analyte ion; and using the measured ion mobilities and said algorithm or relationship to determine the mass of the analyte ion.
A copolymer obtainable by copolymerization of at least one unsaturated dicarboxylic acid or derivatives thereof, at least one α-olefin having from at least 6 up to and including 20 carbon atoms, at least one C 3 - to C 20 -alkyl ester of acrylic acid or methacrylic acid or a mixture of such alkyl esters and optionally one or more further copolymerizable monomers other than monomers, and, followed by the reaction with at least one dialkylamine, where the two alkyl radicals in the at least one dialkylamine are independently alkyl radicals having at least 17 up to 30 carbon atoms. at least one unsaturated dicarboxylic acid or derivatives thereof, at least one α-olefin having from at least 6 up to and including 20 carbon atoms, at least one C 3 - to C 20 -alkyl ester of acrylic acid or methacrylic acid or a mixture of such alkyl esters and optionally one or more further copolymerizable monomers other than monomers, and, followed by the reaction with at least one dialkylamine, where the two alkyl radicals in the at least one dialkylamine are independently alkyl radicals having at least 17 up to 30 carbon atoms.
A braking device for equipment driven by an electric motor, comprising at least one rotating shaft on which at least one element of a brake unit is fitted, integral in rotation with said shaft, and at least one casing (11, 12) which houses at least said rotating shaft and at least said brake unit, wherein said casing (11, 12) is separate from the frame of the electric driving motor and wherein means are provided for directly connecting during rotation said rotating shaft to a shaft driven by said electric motor, said casing comprising a first portion and a second portion fixed, in a removable way, to said first portion to provide a seal, and wherein said casing (11, 12) comprises one side of said first portion adapted to be rigidly connected, in a removable way, directly to a flange of said frame of the motor, and one opposite side of said second portion comprising a flange, said rotating shaft comprising a second end protruding externally from said opposite side of the casing (11, 12) and adapted to be connected to a mechanical part to be rotated by the motor, characterised in that sealing means are provided to give the braking device itself the explosion-proof seal characteristics, said sealing means comprising said casing (11, 12) with explosion-proof seal, and in that the braking device further comprises columns which sustain axially mobile elements of the braking device, said columns being fitted integral on said first portion, the ends of said columns being adapted to be inserted in corresponding blind holes in said second portion in order to provide greater coupling solidity between said first and second portion.
Process for making a conditioning gel phase comprising: - forming a 'comelt' in a first vessel comprising fatty alcohol and cationic component and 0-15% wt. comelt of water - adding the 'comelt' to a second vessel containing water at 50-60°C - mixing wherein the temperature of the mixture of the comelt and the water in the second vessel is controlled such that it is maintained from 56-65°C, preferably from 58-62°C, more preferably 60°C, wherein the fatty alcohol has from 8 to 22 carbons and wherein the cationic component comprises from 0-70% wt. cationic surfactants have the formula N + R 1 R 2 R 3 R 4, more preferably from 30-60% wt. cationic surfactant component, and wherein R 1, R 2, R 3 and R 4 are independently (C 1 to C 30) alkyl or benzyl. - forming a 'comelt' in a first vessel comprising fatty alcohol and cationic component and 0-15% wt. comelt of water - adding the 'comelt' to a second vessel containing water at 50-60°C - mixing
A method of receiving a sequence of symbols on a sidelink, SL, in a transmission time interval, TTI, the method comprising or initiating the steps: performing an automatic gain control, AGC, for the SL based on at least one first symbol of the SL in the TTI; receiving, based on the AGC, SL control information, SCI, encoded in at least one second symbol of the SL in the TTI; and receiving, based on the SCI, data encoded in at least one third symbol of the SL in the TTI, wherein data is encoded in the at least one first symbol, and characterized in that the SCI is indicative of whether the data encoded in the at least one first symbol is transmitted on an antenna port corresponding to reference signals included in the at least one first symbol, reference signals included in the at least one second symbol or reference signals included in the at least one third symbol. performing an automatic gain control, AGC, for the SL based on at least one first symbol of the SL in the TTI; receiving, based on the AGC, SL control information, SCI, encoded in at least one second symbol of the SL in the TTI; and receiving, based on the SCI, data encoded in at least one third symbol of the SL in the TTI, wherein data is encoded in the at least one first symbol, and characterized in that the SCI is indicative of whether the data encoded in the at least one first symbol is transmitted on an antenna port corresponding to reference signals included in the at least one first symbol, reference signals included in the at least one second symbol or reference signals included in the at least one third symbol.
A pump system comprising: a submersible pump assembly having one or more stages of impellers, the pump assembly configured to discharge fluid to a piping system, the piping system exhibits a resiliency characteristic by which the piping system elastically deforms when a fluid is introduced under pressure; and a motor assembly, to drive the pump assembly, the motor assembly having a motor housing and a motor within the motor housing to drive the pump assembly; a control module coupled to the motor assembly to operate the motor to maintain a constant pressure output condition in the piping system, characterized in that the control module is adapted to operate based on the resiliency characteristic of the piping system, and the control module is calibrated to determine the resiliency characteristic of the piping system. a submersible pump assembly having one or more stages of impellers, the pump assembly configured to discharge fluid to a piping system, the piping system exhibits a resiliency characteristic by which the piping system elastically deforms when a fluid is introduced under pressure; and a motor assembly, to drive the pump assembly, the motor assembly having a motor housing and a motor within the motor housing to drive the pump assembly; a control module coupled to the motor assembly to operate the motor to maintain a constant pressure output condition in the piping system, characterized in that the control module is adapted to operate based on the resiliency characteristic of the piping system, and the control module is calibrated to determine the resiliency characteristic of the piping system.
A packaged deodorant stick product comprising a deodorant stick composition mounted on an upper surface of a retaining member, a lower surface of the retaining member being reversibly connected to an upper surface of a holder enabling the deodorant stick product to be held in the human hand, wherein reversible connection between the retaining member and the holder is achieved by means of tongue and groove connection elements, characterised in that the tongue element extends at least partially across the lower surface of the retaining member or the upper surface of the holder and the groove element extends fully across the other of the lower surface of the retaining member or the upper surface of the holder and in that the product has an oval cross-section when viewed from above and the tongue and groove elements extend along the major axis of the oval cross-section of the product.
Tool turret with a turret shaft and a fastening flange on the turret shaft side on which a turret disc is arranged which holds turning tools (21, as well as with a bezel attached to the tool turret, characterised in that the bezel is mounted between the fastening flange and the turret disc.
A path processing method, when a handover is caused by movement of a user equipment, or when the user equipment initiates a new service flow, comprising: determining, by the user equipment based on connection parameter information corresponding to at least one existing packet data network, PDN, connection, whether a PDN connection satisfying a target connection condition exists in the at least one existing PDN connection, wherein the connection parameter information comprises a service feature indicator, wherein the PDN connection satisfying the target connection condition satisfies: the service feature indicator corresponding to the target PDN connection satisfies a service feature condition required by the service flow; and when there is an existing PDN connection satisfying the target connection condition, the existing PDN connection is regarded as a target PDN connection, transmitting, by the user equipment, a service packet by using the target PDN connection; or when there is no existing PDN connection satisfying the target connection condition, initiating, by the user equipment, establishment of a target PDN connection satisfying the target connection condition, to transmit a service packet by using the established target PDN connection. determining, by the user equipment based on connection parameter information corresponding to at least one existing packet data network, PDN, connection, whether a PDN connection satisfying a target connection condition exists in the at least one existing PDN connection, wherein the connection parameter information comprises a service feature indicator, wherein the PDN connection satisfying the target connection condition satisfies: the service feature indicator corresponding to the target PDN connection satisfies a service feature condition required by the service flow; and when there is an existing PDN connection satisfying the target connection condition, the existing PDN connection is regarded as a target PDN connection, transmitting, by the user equipment, a service packet by using the target PDN connection; or when there is no existing PDN connection satisfying the target connection condition, initiating, by the user equipment, establishment of a target PDN connection satisfying the target connection condition, to transmit a service packet by using the established target PDN connection. the service feature indicator corresponding to the target PDN connection satisfies a service feature condition required by the service flow; and when there is an existing PDN connection satisfying the target connection condition, the existing PDN connection is regarded as a target PDN connection, transmitting, by the user equipment, a service packet by using the target PDN connection; or when there is no existing PDN connection satisfying the target connection condition, initiating, by the user equipment, establishment of a target PDN connection satisfying the target connection condition, to transmit a service packet by using the established target PDN connection.
A compound of general formula, R 1 CFY-O-C -O-[(CX 1 X 2) m O] n -R 2 wherein R 1 is hydrogen, alkyl, alkylene, alkylyne, aryl, fluorosubstituted alkyl, or fluorosubstituted aryl; Y is hydrogen, fluorine, or alkyl; R 2 is hydrogen, alkyl, alkylene, alkylyne, aryl, fluorosubstituted alkyl, fluorosubstituted aryl, or -C -OR 2', wherein R 2' is hydrogen, alkyl, aryl, fluorosubstituted alkyl, fluorosubstituted aryl; X 1 and X 2 are independently hydrogen, fluorine, or alkyl; and m and n are independently 1, 2, 3, 4, 5, 6, 7, 8, 9 or 10. wherein R 1 is hydrogen, alkyl, alkylene, alkylyne, aryl, fluorosubstituted alkyl, or fluorosubstituted aryl; Y is hydrogen, fluorine, or alkyl; R 2 is hydrogen, alkyl, alkylene, alkylyne, aryl, fluorosubstituted alkyl, fluorosubstituted aryl, or -C -OR 2', wherein R 2' is hydrogen, alkyl, aryl, fluorosubstituted alkyl, fluorosubstituted aryl; X 1 and X 2 are independently hydrogen, fluorine, or alkyl; and m and n are independently 1, 2, 3, 4, 5, 6, 7, 8, 9 or 10.