mhurhangee/ep-ind-claims huggingface dataset:
A multipurpose thermal power plant system comprising - an oxygen combustion boiler, - a steam turbine driven by steam generated by the oxygen combustion boiler, - a generator driven by the steam turbine, - an oxygen separator for generating oxygen fed to the oxygen combustion boiler, - a fuel feed apparatus for feeding fuel to the oxygen combustion boiler, - a gas heat exchanger for performing heat exchange between the boiler exhaust gas and recirculation boiler exhaust gas including oxygen, - a condensate cooler for cooling exhaust gas at an exit of the gas heat exchanger with a condensate of the steam turbine, - a recirculation system for recirculating boiler exhaust gas at an exit of the condensate cooler to the oxygen combustion boiler, and - an oxygen injection system for feeding oxygen from the oxygen separator to the recirculation system, characterized in that, the multiple thermal power plant system further comprising - a cooling water-desalination apparatus for producing water by cooling boiler exhaust gas from the condensate cooler, - a fresh water tank for capturing water generated by the cooling water-desalination apparatus, and - a water feed system for feeding water of the fresh water tank to the steam turbine system as steam cycle water of the steam turbine. - an oxygen combustion boiler, - a steam turbine driven by steam generated by the oxygen combustion boiler, - a generator driven by the steam turbine, - an oxygen separator for generating oxygen fed to the oxygen combustion boiler, - a fuel feed apparatus for feeding fuel to the oxygen combustion boiler, - a gas heat exchanger for performing heat exchange between the boiler exhaust gas and recirculation boiler exhaust gas including oxygen, - a condensate cooler for cooling exhaust gas at an exit of the gas heat exchanger with a condensate of the steam turbine, - a recirculation system for recirculating boiler exhaust gas at an exit of the condensate cooler to the oxygen combustion boiler, and - an oxygen injection system for feeding oxygen from the oxygen separator to the recirculation system, - a cooling water-desalination apparatus for producing water by cooling boiler exhaust gas from the condensate cooler, - a fresh water tank for capturing water generated by the cooling water-desalination apparatus, and - a water feed system for feeding water of the fresh water tank to the steam turbine system as steam cycle water of the steam turbine.
A compensation tank for a cooling system of an in particular agricultural motor vehicle comprising a coolant chamber for receiving a coolant, wherein the coolant chamber can be connected in fluid-conducting relationship to the cooling system by way of at least one connecting portion and at least one venting portion, an expansion chamber separated from the coolant chamber by a partition, wherein the expansion chamber is disposed substantially below the coolant chamber, and an overflow conduit which has a first and a second end (24, 26) for connecting an upper region of the coolant chamber to a lower region of the expansion chamber, wherein the coolant chamber and/or the expansion chamber has at least one closure unit (48, 54) and wherein the compensation tank has a main body which is fluid-tightly closed by at least two cover elements and which is in the form of a portion of an extruded profile, characterised in that at least one closure unit (48, 54) and/or a venting connection is mounted by the provision of a corresponding opening in the main body.
A method of supporting machine-type communications, the method comprising: a wireless transmit/receive unit, WTRU, transitioning between a mobile-originated-and-terminated mode and a mobile-originated-only mode on a condition that a predetermined trigger occurs, wherein the WTRU performs no, or a subset of, radio resource control, RRC, idle state, non-access stratum, NAS, idle state, or NAS standby state procedures in the mobile-originated-only mode. a wireless transmit/receive unit, WTRU, transitioning between a mobile-originated-and-terminated mode and a mobile-originated-only mode on a condition that a predetermined trigger occurs, wherein the WTRU performs no, or a subset of, radio resource control, RRC, idle state, non-access stratum, NAS, idle state, or NAS standby state procedures in the mobile-originated-only mode.
A sealed connection system between a tuyere of a shaft furnace, such as a steelmaking blast furnace, and an air blast pipe, in which a tip of the blast pipe is pressed towards a rear end of the tuyere, being centred thereon while still retaining freedom of pivoting movement relative thereto, characterised in that it comprises an added annular blast pipe seat, placed between the tip of the blast pipe and tuyere and immobile relative to said tuyere, the blast pipe tip resting against a rear face (55, 55') of the seat and an immobile gasket being placed between the seat and the tuyere such that the seat rests in sealed manner against a rear face of the tuyere, and a deformable sealing sleeve arranged around the contact zone between the blast pipe tip and the seat, the sleeve being a bellows compensator, one end of which is connected in sealed manner to the blast pipe seat, the other end being connected in sealed manner to an external wall of the blast pipe.
A cell culture medium composition comprising a protected labile molecule, wherein the protected labile molecule is prevented from adverse reactions with a cell culture component in the cell culture composition, wherein the protected labile molecule is protected by sequestration, and wherein the protected labile molecule is a growth factor; and wherein the composition is a dry-format cell culture powder or a dry-format cell culture granulated material.
Device for locking and unlocking a locking pin of a backrest of a motor vehicle seat, with a locking hook and an actuating component, the locking hook cooperating non-positively and/or positively with the locking pin, in a locked position securing the locking, and by rotating the actuating component being able to be rotated into an unlocked position not securing the locking, wherein the locking hook is at least partially encased with a plastics material, characterized in that the encasing, in the contact region of the locking hook with the locking pin, comprises an embossing, by means of which the clearance between the locking pin and the locking hook is reduced in the locked position.
A system for providing thermal comfort in a space comprising a plurality of interconnected zones, comprising: at least one fan for each zone of the space; a sensor for sensing a condition in at least one of the zones; and a controller adapted for controlling a fan independent of another fan based on the sensed condition in the at least one zone; characterized in that: at least one fan is positioned in each zone of the space; said sensor is for sensing an occupancy condition in said at least one of the zones; said controller is adapted for controlling the fan in the at least one zone independent of another fan based on the sensed condition in the at least one zone including the controlled fan; and in that: the at least one fan comprises an overhead fan for circulating air within the space and mounted to a ceiling in a room including the space comprising the plurality of interconnected zones. at least one fan for each zone of the space; a sensor for sensing a condition in at least one of the zones; and a controller adapted for controlling a fan independent of another fan based on the sensed condition in the at least one zone; characterized in that: at least one fan is positioned in each zone of the space; said sensor is for sensing an occupancy condition in said at least one of the zones; said controller is adapted for controlling the fan in the at least one zone independent of another fan based on the sensed condition in the at least one zone including the controlled fan; at least one fan is positioned in each zone of the space; said sensor is for sensing an occupancy condition in said at least one of the zones; said controller is adapted for controlling the fan in the at least one zone independent of another fan based on the sensed condition in the at least one zone including the controlled fan;
Exhaust gas turbocharger with a turbine wheel arrangement, comprising: - a turbine wheel and - a shaft which is connectable to the turbine wheel by way of a welded connection via a connecting portion, wherein the connecting portion comprises a journal with a diameter which is smaller than the largest diameter of the shaft, characterized - in that the welded connection is in the form of a friction welded connection, which comprises a bead having a bead outside diameter which is smaller than the largest diameter of the shaft. - a turbine wheel and - a shaft which is connectable to the turbine wheel by way of a welded connection via a connecting portion, wherein the connecting portion comprises a journal with a diameter which is smaller than the largest diameter of the shaft, - in that the welded connection is in the form of a friction welded connection, which comprises a bead having a bead outside diameter which is smaller than the largest diameter of the shaft.
Method for playing back recorded video, the method comprising: receiving a video stream comprising a sequence of video frames with associated time stamps, determining encoder frame rate parameters for various temporal positions in the received video stream from time stamps of the received video frames or from encoder frame rate values embedded in the received video stream, changing, at temporal positions in the received video stream when the determined encoder frame rate parameter is smaller than a predetermined frame rate threshold, a playback frame rate to a frame rate being greater than the determined encoder frame rate parameter, changing, at temporal positions in the received video stream when the determined encoder frame rate parameter is greater than the predetermined frame rate threshold, a playback frame rate to a playback frame rate being equal to the determined encoder frame rate parameter, and playing back video frames of the received video stream in the changed playback frame rate. receiving a video stream comprising a sequence of video frames with associated time stamps, determining encoder frame rate parameters for various temporal positions in the received video stream from time stamps of the received video frames or from encoder frame rate values embedded in the received video stream, changing, at temporal positions in the received video stream when the determined encoder frame rate parameter is smaller than a predetermined frame rate threshold, a playback frame rate to a frame rate being greater than the determined encoder frame rate parameter, changing, at temporal positions in the received video stream when the determined encoder frame rate parameter is greater than the predetermined frame rate threshold, a playback frame rate to a playback frame rate being equal to the determined encoder frame rate parameter, and playing back video frames of the received video stream in the changed playback frame rate.
A process for the preparation of lithium fluoride, LiF, comprising the following steps: a) preparing a solution or a suspension comprising Li-X and a base, where -X is selected from -OH, -CO 3, -HCO 3, -Cl and -SO 4, said solution or suspension having a pH above 12.0, preferably a pH from 12.5 to 13.5; b) heating said solution or suspension (a) at a temperature from 40°C to 90°C, preferably from 70°C to 85°C; c) adding to said heated and stirred solution or suspension (b) a solution of H 2 SiF 6 while maintaining the pH above 12.0, preferably above pH 12.5, to obtain a LiF precipitate. a) preparing a solution or a suspension comprising Li-X and a base, where -X is selected from -OH, -CO 3, -HCO 3, -Cl and -SO 4, said solution or suspension having a pH above 12.0, preferably a pH from 12.5 to 13.5; b) heating said solution or suspension (a) at a temperature from 40°C to 90°C, preferably from 70°C to 85°C; c) adding to said heated and stirred solution or suspension (b) a solution of H 2 SiF 6 while maintaining the pH above 12.0, preferably above pH 12.5, to obtain a LiF precipitate.
A multi-contact electrode comprising: - a support structure, and - a plurality of electrically conductive electrode segments, wherein the support structure is made of a ceramic material, wherein the electrode segments are supported by the support structure, and wherein the electrode segments are distributed over an outer surface of the multi-contact electrode to form a multi-directional multi-contact electrode, and characterized in that the electrode segments are made of a cermet material. - a support structure, and - a plurality of electrically conductive electrode segments,
Electrical door strike, which in use is seated in a frame by a fire door, comprising a door strike house, a movable strike keeper, and a locking mechanism between said door strike house and said movable strike keeper, said locking mechanism further comprising: a vertical cavity in the electrical door strike house, a vertical cavity in the strike keeper which is in line with the cavity in the electrical door strike house when the strike keeper is in the closed position and together form an elongated cavity, wherein the two cavities have approximately the same vertical extent, characterized by at least one locking object (7, 8) located at the bottom of each of the cavities (5, 6) in the electrical door strike house and the strike keeper, respectively; wherein the locking objects (7, 8) are secured with fastening means that releases the locking objects when the temperature exceeds a threshold temperature, wherein the two locking objects have a vertical extension which is in total greater than the length of a cavity (5, 6), so that the upper locking object blocks movement between the electrical door strike house and the strike keeper when the locking objects are released and allowing the upper locking object to fall into a locking position if the temperature exceeds the threshold temperature. a vertical cavity in the electrical door strike house, a vertical cavity in the strike keeper which is in line with the cavity in the electrical door strike house when the strike keeper is in the closed position and together form an elongated cavity, wherein the two cavities have approximately the same vertical extent, characterized by at least one locking object (7, 8) located at the bottom of each of the cavities (5, 6) in the electrical door strike house and the strike keeper, respectively; wherein the locking objects (7, 8) are secured with fastening means that releases the locking objects when the temperature exceeds a threshold temperature, wherein the two locking objects have a vertical extension which is in total greater than the length of a cavity (5, 6), so that the upper locking object blocks movement between the electrical door strike house and the strike keeper when the locking objects are released and allowing the upper locking object to fall into a locking position if the temperature exceeds the threshold temperature.
A method for dead time optimization of MOSFETs (14, 14', 14") in an inverter of a motor controller of an electric motor in an electromechanical motor vehicle power steering mechanism or a steer-by-wire system of a motor vehicle, wherein the inverter comprises at least two MOSFETs (14, 14', 14"), a high side MOSFET and a low side MOSFET (14"), and wherein the motor controller controls the at least two MOSFETS (14, 14', 14") with gate driver signals with at least one or more dead times (Td1,Td2), the dead time (Td1,Td2) representing a time of the MOSFETs (14, 14', 14") for switching over from one MOSFET (14, 14', 14") to another MOSFET (14, 14', 14") connected in series, wherein the method comprises the steps of: ∘ Measuring a cross conduction between a high side MOSFET and a low side MOSFET (14") in a current measurement unit, ∘ If a cross conduction (I S) occurs, increasing the dead time (Td1,Td2); otherwise decreasing the dead time (Td1,Td2), characterized in that the method further comprises the steps: ∘ Providing a pulse width modulation reference signal, being a PWM gate driver signal of the MOSFETS without dead time, ∘ Detecting a cross conduction with the current measurement unit triggered by the PWM reference signal, wherein the detection takes place after a predefined time interval following a change in the PWM reference signal. ∘ Measuring a cross conduction between a high side MOSFET and a low side MOSFET (14") in a current measurement unit, ∘ If a cross conduction (I S) occurs, increasing the dead time (Td1,Td2); otherwise decreasing the dead time (Td1,Td2), ∘ Providing a pulse width modulation reference signal, being a PWM gate driver signal of the MOSFETS without dead time, ∘ Detecting a cross conduction with the current measurement unit triggered by the PWM reference signal, wherein the detection takes place after a predefined time interval following a change in the PWM reference signal.
An actinic radiation-curable ink-jet ink that undergoes temperature-dependent reversible sol-gel phase transition, comprising a photopolymerizable compound, a photoinitiator, and a gelling agent, characterized in that the photopolymerizable compound comprises one or more combinations of: a compound A that has n (n is an integer of 2 or more) (meth)acrylate ester units, is represented by the following formula, and has a molecular weight in a range of 280 to 1500; and a compound B that has n-1 (meth)acrylate ester units and a hydroxyl group, is represented by the following formula, and has a molecular weight in a range of 280 to 1500, (wherein n is an integer of 2 or more, R is an n-valent branched or unbranched linear or cyclic hydrocarbon group that optionally contains an oxygen atom or a nitrogen atom, and n and R in both the compounds A and B are the same integer and the same structure, respectively), in at least one of the combinations of the compound A and the compound B, an amount of the compound B contained is 5 to 15 mass% of a total mass of the compound A as a counterpart of the compound B, an amount of the gelling agent contained is 0.5 to 7.0 mass% of a total mass of the ink, and a gelling temperature of the ink is 50°C or more. a compound A that has n (n is an integer of 2 or more) (meth)acrylate ester units, is represented by the following formula, and has a molecular weight in a range of 280 to 1500; and a compound B that has n-1 (meth)acrylate ester units and a hydroxyl group, is represented by the following formula, and has a molecular weight in a range of 280 to 1500, (wherein n is an integer of 2 or more, R is an n-valent branched or unbranched linear or cyclic hydrocarbon group that optionally contains an oxygen atom or a nitrogen atom, and n and R in both the compounds A and B are the same integer and the same structure, respectively), in at least one of the combinations of the compound A and the compound B, an amount of the compound B contained is 5 to 15 mass% of a total mass of the compound A as a counterpart of the compound B, an amount of the gelling agent contained is 0.5 to 7.0 mass% of a total mass of the ink, and a gelling temperature of the ink is 50°C or more.
An optical module comprising: an actuator that includes a movable part to be moved along a predetermined direction; a first interference optical system that includes a first movable mirror provided on the movable part and a first stationary mirror and a first beam splitter of which positions are fixed, and is configured to obtain an interference wave of first light for measurement; and a second interference optical system that includes a second movable mirror provided on the movable part and a second stationary mirror and a second beam splitter of which positions are fixed, and is configured to obtain an interference wave of second light for position detection of the first movable mirror in said predetermined direction, wherein the first interference optical system is adapted so that the first light reciprocates m times where m is a natural number, between the first beam splitter and the first movable mirror along said Z redetermined direction, and the second interference optical system is adapted so that the second light reciprocates n times where n is a natural number greater than m, between the second beam splitter and the second movable mirror along said predetermined direction. an actuator that includes a movable part to be moved along a predetermined direction; a first interference optical system that includes a first movable mirror provided on the movable part and a first stationary mirror and a first beam splitter of which positions are fixed, and is configured to obtain an interference wave of first light for measurement; and a second interference optical system that includes a second movable mirror provided on the movable part and a second stationary mirror and a second beam splitter of which positions are fixed, and is configured to obtain an interference wave of second light for position detection of the first movable mirror in said predetermined direction, wherein the first interference optical system is adapted so that the first light reciprocates m times where m is a natural number, between the first beam splitter and the first movable mirror along said Z redetermined direction, and the second interference optical system is adapted so that the second light reciprocates n times where n is a natural number greater than m, between the second beam splitter and the second movable mirror along said predetermined direction.
A fluid ejector device, comprising: a fluid nozzle layer defining an orifice therein; and at least one epoxy resin layer established on the nozzle layer, the at least one epoxy resin layer having a fluorine gradient wherein an amount of a fluorinated species present at a surface of the epoxy resin layer is greater than an amount of the fluorinated species present adjacent the fluid nozzle layer; wherein the fluorinated species is selected from glycidyl tetrafluoropropyl ether, glycidyl octafluoropentyl ether, glycidyl dodecafluoroheptyl ether, glycidyl hexadecafluorononyl ether, heptadecafluorononyl oxirane, dodecafluoro-6-(trifluoromethyl)heptyl oxirane, perfluoroalkylvinyl ethers, and combinations thereof, wherein a contact angle of the at least one epoxy resin layer is higher than a contact angle of the fluid nozzle layer. a fluid nozzle layer defining an orifice therein; and at least one epoxy resin layer established on the nozzle layer, the at least one epoxy resin layer having a fluorine gradient wherein an amount of a fluorinated species present at a surface of the epoxy resin layer is greater than an amount of the fluorinated species present adjacent the fluid nozzle layer; wherein the fluorinated species is selected from glycidyl tetrafluoropropyl ether, glycidyl octafluoropentyl ether, glycidyl dodecafluoroheptyl ether, glycidyl hexadecafluorononyl ether, heptadecafluorononyl oxirane, dodecafluoro-6-(trifluoromethyl)heptyl oxirane, perfluoroalkylvinyl ethers, and combinations thereof, wherein a contact angle of the at least one epoxy resin layer is higher than a contact angle of the fluid nozzle layer.