mhurhangee/ep-ind-claims huggingface dataset:
Radiofrequency oscillator comprising: - an optical resonator being a ring waveguide allowing propagation of a first wave in a first direction and of a second wave in a second direction, the second direction being opposite to the first direction, and the resonator comprising an active optical medium generating a first optical line from the first wave and a second line from the second wave, - the resonator being in contact with a part made of a material featuring a magneto-optic effect, - an external magnetic field applier of adjustable intensity on the resonator generating a frequency offset between the first wave and the second wave, and - a processing circuit converting the beat between the two optical lines into a radiofrequency signal. - an optical resonator being a ring waveguide allowing propagation of a first wave in a first direction and of a second wave in a second direction, the second direction being opposite to the first direction, and the resonator comprising an active optical medium generating a first optical line from the first wave and a second line from the second wave, - the resonator being in contact with a part made of a material featuring a magneto-optic effect, - an external magnetic field applier of adjustable intensity on the resonator generating a frequency offset between the first wave and the second wave, and - a processing circuit converting the beat between the two optical lines into a radiofrequency signal.
A heat exchanger for a gas-fired condensing boiler, comprising, within a monolithic structure, a plurality of pairs (2, 3; 4, 5; 6, 7) of mutually opposite straight manifolds each connected respectively by a plurality of perforated pins (8, 9; 10, 11; 12, 13) inserted within a portion of space which is delimited by said structure and is designed to convey products of combustion, said manifolds being adapted to provide a circulation of the fluid to be heated between an inlet connector and an outlet connector, said products of combustion being conveyed within said portion of space between a head of the heat exchanger, for location of a burner, and an evacuation duct located proximate to the bottom of the heat exchanger, said plurality of pairs (2, 3; 4, 5; 6, 7) of straight manifolds being arranged so as to be adjacent at two mutually opposite faces of the monolithic structure, one of the manifolds of the pairs provided proximate to the head and proximate to the bottom of the exchanger with the connector (17, 20) respectively for the outflow and inflow of the fluid to be heated, each of the remaining manifolds being provided with ports for connection to the adjacent manifold.
Seal, comprising a sealing ring made from an elastomeric material, an intermediate ring made from a polymeric material and a supporting ring, the sealing ring, the intermediate ring and the supporting ring being arranged concentrically with respect to one another, the sealing ring and the supporting ring being arranged in each case on the sides of the intermediate ring which face away axially from one another, and the sealing ring, the intermediate ring and the supporting ring forming a pre-assembled unit, characterized in that, on the side which faces axially away from the intermediate ring, the sealing ring has a radially inner (5.1) and a radially outer axial sealing lip (5.2) which are assigned to one another adjacently at a radial spacing.
A seawater, brine or sewage solar desalination plant comprising: • a supporting base suitable for being anchored to the ground or on floats on the surface of the sea; • a closed enclosure bounded by a transparent shell installed on said supporting base, said transparent shell having a dome, triangular cupola or pyramidal upper area; • a tank suitable for being in the subsoil or below sea level; • a condensation and distillation column located inside the closed enclosure, that ends in a region near a top of the enclosure and communicating with said tank; • vehiculation means for carrying air inside said closed enclosure, heated by solar energy, towards the top of the closed enclosure; • vaporising means close to said top including a number of micronebulisers of the water to be treated in a high area of the closed enclosure; • means for collecting humid air resulting from the evaporation towards said condensation and distillation column, condensation and heat dissipation being completed in said tank; and • means for recirculating the collected humid air, discharged of water, towards the interior of the closed enclosure, wherein said vehiculation means comprise a sunlight-capturing surface, formed by a surface inside the closed enclosure, said sunlight-capturing surface being parallel to the outer transparent shell and spaced therefrom, bounding an ascending sloping interspace. • a supporting base suitable for being anchored to the ground or on floats on the surface of the sea; • a closed enclosure bounded by a transparent shell installed on said supporting base, said transparent shell having a dome, triangular cupola or pyramidal upper area; • a tank suitable for being in the subsoil or below sea level; • a condensation and distillation column located inside the closed enclosure, that ends in a region near a top of the enclosure and communicating with said tank; • vehiculation means for carrying air inside said closed enclosure, heated by solar energy, towards the top of the closed enclosure; • vaporising means close to said top including a number of micronebulisers of the water to be treated in a high area of the closed enclosure; • means for collecting humid air resulting from the evaporation towards said condensation and distillation column, condensation and heat dissipation being completed in said tank; and • means for recirculating the collected humid air, discharged of water, towards the interior of the closed enclosure,
A lighting control system for a vehicle lamp, the system comprising: a plurality of lamps comprising: a main lamp; and a separate lamp (C/DL2) which is separated from the main lamp; and a lighting controller configured to control lighting of the plurality of lamps, characterized in that the main lamp comprises: a first lamp lighting circuit configured to perform a lighting operation of the main lamp; and a control circuit configured to output a lighting signal based on a lighting control signal output from the lighting controller, wherein the separate lamp (C/DL2) comprises: a second lamp lighting circuit configured to perform a lighting operation of the separate lamp (C/DL2), and wherein the first lamp lighting circuit and the second lamp lighting circuit are configured to perform the lighting operations based on the lighting signal output from the control circuit. a plurality of lamps comprising: a main lamp; and a separate lamp (C/DL2) which is separated from the main lamp; and a main lamp; and a separate lamp (C/DL2) which is separated from the main lamp; and a lighting controller configured to control lighting of the plurality of lamps, a first lamp lighting circuit configured to perform a lighting operation of the main lamp; and a control circuit configured to output a lighting signal based on a lighting control signal output from the lighting controller, wherein the separate lamp (C/DL2) comprises: a second lamp lighting circuit configured to perform a lighting operation of the separate lamp (C/DL2), and wherein the first lamp lighting circuit and the second lamp lighting circuit are configured to perform the lighting operations based on the lighting signal output from the control circuit. a second lamp lighting circuit configured to perform a lighting operation of the separate lamp (C/DL2), and wherein the first lamp lighting circuit and the second lamp lighting circuit are configured to perform the lighting operations based on the lighting signal output from the control circuit. wherein the first lamp lighting circuit and the second lamp lighting circuit are configured to perform the lighting operations based on the lighting signal output from the control circuit.
A terminal having dual-receive single-transmit capability (103, 200), comprising: a first communications module, configured to: enable the terminal to attach to a first network as an identity of a first user, and maintain a wireless connection to a first cell in the first network; a second communications module, configured to: enable the terminal to attach to a second network as an identity of a second user, and camp on a second cell in the second network; a sending module, configured to send a first request message to the first cell, wherein the first request message is used to request to release the wireless connection between the first user and the first cell; and a receiving module, configured to receive a response message from the first cell, wherein the response message is used to respond to the first request message; wherein the sending module is further configured to send a second request message to the second cell, wherein the second request message is used to request to establish a wireless connection between the second user and the second cell; wherein the first user is in a connected state in the first cell; characterized in that the response message comprises first state indication information, and the first state indication information indicates an inactive state, a light connection state, or an idle state to which the first user is to switch; and the first communications module is further configured to enable the first user to switch to the state indicated by the first state indication information in the first network. a first communications module, configured to: enable the terminal to attach to a first network as an identity of a first user, and maintain a wireless connection to a first cell in the first network; a second communications module, configured to: enable the terminal to attach to a second network as an identity of a second user, and camp on a second cell in the second network; a sending module, configured to send a first request message to the first cell, wherein the first request message is used to request to release the wireless connection between the first user and the first cell; and a receiving module, configured to receive a response message from the first cell, wherein the response message is used to respond to the first request message; wherein the sending module is further configured to send a second request message to the second cell, wherein the second request message is used to request to establish a wireless connection between the second user and the second cell; wherein the first user is in a connected state in the first cell; characterized in that the response message comprises first state indication information, and the first state indication information indicates an inactive state, a light connection state, or an idle state to which the first user is to switch; and the first communications module is further configured to enable the first user to switch to the state indicated by the first state indication information in the first network.
Drive apparatus for driving a wheel for an electrically drivable vehicle, comprising an electric machine and a transmission unit, the transmission unit having a spur gear mechanism and a planetary gear mechanism which are arranged on the output side of the electric machine in the sequence planetary gear mechanism - spur gear mechanism as viewed in the power flow direction in traction mode, the rotor of the electric machine which is configured as an internal rotor motor being connected via a sun gear shaft to the sun gear of the planetary gear mechanism, the spider of the planetary gear mechanism being connected via a spider shaft to the pinion of the spur gear mechanism, which pinion meshes with the spur gear which is connected to the wheel hub of the wheel or is configured in one piece with the wheel hub, the internal gear of the planetary gear mechanism being arranged fixedly on the housing, and the mounting of the output of the drive apparatus being formed by the wheel bearing of the wheel, characterized in that a housing (24, 26) of the drive apparatus is connected directly to a trailing arm of a torsion beam axle.
Conjugate or pharmaceutically acceptable salt thereof, the conjugate being of formula: C-L-A, wherein C is a chelator, L is a linker covalently bound to the chelator and A is a Gastrin-releasing peptide receptor antagonist covalently bound to the linker, characterized in that: - the chelator is of formula: where the dotted line represents the covalent bond to the linker; - the linker is of formula: -β-Ala-β-Ala-; and - the Gastrin-releasing peptide receptor antagonist is of the amino acid sequence: -DPhe-Gln-Trp-Ala-Val-Gly-His-Sta-Leu-NH 2 (SEQ ID NO: 1). - the chelator is of formula: where the dotted line represents the covalent bond to the linker; - the linker is of formula: -β-Ala-β-Ala-; and - the Gastrin-releasing peptide receptor antagonist is of the amino acid sequence: -DPhe-Gln-Trp-Ala-Val-Gly-His-Sta-Leu-NH 2 (SEQ ID NO: 1).
A pallet replacing device (1, 1A) configured for a component supply device comprising a magazine in which pallets, each holding components, are individually stored in multiple storage slots which are formed at predetermined heightward intervals inside the magazine, and the pallets are selectively drawn out to supply the components, the pallet replacing device (1, 1A), comprising: a main body case (2, 2A); multiple replacing slots formed at the predetermined heightward intervals inside the main body case (2, 2A) and configured to store the pallets therein; a positioning section configured to position the main body case (2, 2A) in a predetermined position where the multiple pallets can individually move between the storage slots of the magazine and the replacing slots; characterized by: a moving tool configured to be used for a batch moving operation for moving the multiple pallets altogether at one time between the storage slots of the magazine and the replacing slots a main body case (2, 2A); multiple replacing slots formed at the predetermined heightward intervals inside the main body case (2, 2A) and configured to store the pallets therein; a positioning section configured to position the main body case (2, 2A) in a predetermined position where the multiple pallets can individually move between the storage slots of the magazine and the replacing slots; characterized by: a moving tool configured to be used for a batch moving operation for moving the multiple pallets altogether at one time between the storage slots of the magazine and the replacing slots
A drive control method of a power semiconductor module in which a drive control unit and a power semiconductor module are arranged on a high voltage side and a control unit that controls the drive control unit arranged on the high voltage side is arranged on a low voltage side, wherein the method comprises the steps of: - applying, by a gate drive unit, a prescribed voltage to a gate of a power semiconductor device arranged on a board of the power semiconductor module and controlling, by the gate drive unit, ON and OFF of the power semiconductor device; - responding, by a protection unit (12, 13), to an abnormal state of the power semiconductor device and outputting, by the protection unit, an alarm signal when an abnormal state has been detected; - converting, by a temperature information generating unit, into a digital signal, a temperature detected by a temperature detection element arranged on a board of the power semiconductor module and generating, by the temperature information generating unit, temperature information; and - compositing by a composition unit, to which the alarm signal and temperature information generated by the temperature information generating unit are input, the alarm signal and temperature information that were input, outputting, by the composition unit, to one insulation element provided between the high voltage side and the low voltage side, the temperature information during a normal operation where no abnormal state has been detected, and outputting, by the composition unit, to the one insulation element, the alarm signal during a protection operation where an abnormal state has been detected. - applying, by a gate drive unit, a prescribed voltage to a gate of a power semiconductor device arranged on a board of the power semiconductor module and controlling, by the gate drive unit, ON and OFF of the power semiconductor device; - responding, by a protection unit (12, 13), to an abnormal state of the power semiconductor device and outputting, by the protection unit, an alarm signal when an abnormal state has been detected; - converting, by a temperature information generating unit, into a digital signal, a temperature detected by a temperature detection element arranged on a board of the power semiconductor module and generating, by the temperature information generating unit, temperature information; and - compositing by a composition unit, to which the alarm signal and temperature information generated by the temperature information generating unit are input, the alarm signal and temperature information that were input, outputting, by the composition unit, to one insulation element provided between the high voltage side and the low voltage side, the temperature information during a normal operation where no abnormal state has been detected, and outputting, by the composition unit, to the one insulation element, the alarm signal during a protection operation where an abnormal state has been detected.
A process for the preparation of the compound of Formula A which comprises the following steps: a) creating a first mixture by combining together in a solvent an ammonia source, a cyanide source and a furan-2-aldehyde of Formula B b) combining a brominating agent with the first mixture to form a second mixture; and c) isolating the compound of Formula A from the second mixture. a) creating a first mixture by combining together in a solvent an ammonia source, a cyanide source and a furan-2-aldehyde of Formula B b) combining a brominating agent with the first mixture to form a second mixture; and c) isolating the compound of Formula A from the second mixture.
A safety warning system for detecting glucose in an arterial or venous monitoring or flush system, wherein the monitoring or flush system comprises a medical or surgical line for connecting to a patient, the line comprising an input configured to be coupled to a bag of a medical fluid, and at least one outlet, the safety warning system comprising: a receptacle, configured to be coupled to one of the at least one outlets of the line, into which the medical fluid from the input is configured to be displaced from the line; and a colour change indicator arranged to contact the medical fluid from the line and configured to provide a visual indication of whether the medical fluid comprises glucose. a receptacle, configured to be coupled to one of the at least one outlets of the line, into which the medical fluid from the input is configured to be displaced from the line; and a colour change indicator arranged to contact the medical fluid from the line and configured to provide a visual indication of whether the medical fluid comprises glucose.
An apparatus for wireless communication, the apparatus comprising: means for communicating a time division duplex, TDD, subframe (500, 600) during a single transmission time interval, TTI, wherein the TDD subframe (500, 600) includes: control information in a control portion (502, 602) of the TDD subframe (500, 600), data in a data portion (504, 604) of the TDD subframe (500, 600), and acknowledgement information in a feedback portion (508, 608) of the TDD subframe (500, 600), the acknowledgement information corresponding to the data. control information in a control portion (502, 602) of the TDD subframe (500, 600), data in a data portion (504, 604) of the TDD subframe (500, 600), and acknowledgement information in a feedback portion (508, 608) of the TDD subframe (500, 600), the acknowledgement information corresponding to the data.
A fuel injection assembly for an internal combustion engine having a longitudinal axis and including an elongate fuel injector, an injector cup and a holding element for securing the fuel injector in the injector cup, wherein the injector cup extends along the longitudinal axis, the injector cup has an upper end and a lower end, the injector cup having an opening in its lower end adapted to receive a fuel inlet port of the fuel injector such that a fuel outlet port of the injector projects from the lower end of the injector cup, a first opening or openings being formed in the peripheral wall of the injector cup for receiving the holding element, the holding element being generally U-shaped having two generally parallel arms adapted to engage opposite sides of an annular groove in the fuel injector to secure the fuel injector in the injector cup, wherein the annular groove is defined in part by an annular flange having a profiled surface engageable by a profiled surface on the arms of the holding element when the fuel injector is secured to the injector cup, to provide a line or point contact between the fuel injector and the holding element, characterized in that the fuel injection assembly includes an indexing clip which has resilient arms engageable with an engagement surface on the injector cup to locate the clip accurately on the cup and further including a protrusion projecting generally perpendicularly from the resilient arms and engageable in a recess in the fuel injector to lock the fuel injector in a desired angular position relative to the injector cup. the annular groove is defined in part by an annular flange having a profiled surface engageable by a profiled surface on the arms of the holding element when the fuel injector is secured to the injector cup, to provide a line or point contact between the fuel injector and the holding element, characterized in that the fuel injection assembly includes an indexing clip which has resilient arms engageable with an engagement surface on the injector cup to locate the clip accurately on the cup and further including a protrusion projecting generally perpendicularly from the resilient arms and engageable in a recess in the fuel injector to lock the fuel injector in a desired angular position relative to the injector cup.