mhurhangee/ep-ind-claims huggingface dataset:
A method of speed control of a wheel rotation drive device carried by main landing gears of an aircraft, comprising the step of regulating an aircraft speed in accordance with a speed command generated by the pilot, characterized in that the speed of the regulated aircraft is an estimated speed of a portion of the aircraft at a nose tip of the aircraft by means of measurements made at the wheels carried by the main landing gears, by actuators of the drive device, or by sensors on the main landing gears.
A nozzle comprising: a nozzle body defining a longitudinal axis and including: an inner air passage fed by a first radial swirler; and a first fuel circuit, characterised in that the inner air passage is fed by a second radial swirler axially downstream of the first radial swirler, the first fuel circuit is axially between the first and second radial swirlers with respect to the longitudinal axis, characterized in the nozzle further comprising a second fuel circuit axially downstream of the second radial swirler with respect to the longitudinal axis, wherein each of the first fuel circuit and the second fuel circuit extends from a respective fuel circuit inlet (114, 116) to a respective annular fuel circuit outlet (118, 120); and an outer air passage defined between a fuel circuit outer wall of the second fuel circuit and an outer air passage wall, wherein the outer air passage is a converging non-swirling air passage. a nozzle body defining a longitudinal axis and including: an inner air passage fed by a first radial swirler; and a first fuel circuit, an inner air passage fed by a first radial swirler; and a first fuel circuit, characterised in that the inner air passage is fed by a second radial swirler axially downstream of the first radial swirler, the first fuel circuit is axially between the first and second radial swirlers with respect to the longitudinal axis, characterized in the nozzle further comprising a second fuel circuit axially downstream of the second radial swirler with respect to the longitudinal axis, wherein each of the first fuel circuit and the second fuel circuit extends from a respective fuel circuit inlet (114, 116) to a respective annular fuel circuit outlet (118, 120); and an outer air passage defined between a fuel circuit outer wall of the second fuel circuit and an outer air passage wall, wherein the outer air passage is a converging non-swirling air passage.
A composition comprising one or more calcium binding peptides, the amino acid sequence of one or more of said peptides consisting of the sequence (X-Y-Z) n, wherein: X is aspartic acid; Y and Z are amino acids independently selected from serine and phosphoserine; n is a number ranging from 3 to 15; said peptides have a length of up to 100 amino acids; and said peptide(s) bind calcium phosphate. X is aspartic acid; Y and Z are amino acids independently selected from serine and phosphoserine; n is a number ranging from 3 to 15; said peptides have a length of up to 100 amino acids; and said peptide(s) bind calcium phosphate.
Electro-magnetically actuated valve, consisting of an electro magnet and a valve body and a sleeve holding at least the electro magnet, wherein the sleeve is configured as deep drawn component, wherein the sleeve has on one end a holding device projecting in the opening of the sleeve, and the valve body is formed of a top valve body element inserted in the sleeve and in contact with the holding device, and a bottom valve body element that can be connected from outside with the top valve body, characterized in that the sleeve end opposite the holding device is sealed by a disc-shaped yoke holding the core of the electro-magnet, and the core is held in a press fit of the disc-shaped yoke and for adjustment can be positioned relatively to the disc-shaped yoke in the press fit.
A Macaranga tanarius preparation for use in enhancing immunity of bees against Chronic Bee Paralysis virus (CBPV) infection; wherein the preparation is manufactured by grinding or extracting the leaves of Macaranga tanarius.
An information processing device comprising: a processor that is configured to realize a dictionary data acquisition function that is configured to acquire dictionary data related to an object (obj), an image acquisition function that is configured to acquire a first image of the object (obj), a first angle estimation function that is configured to estimate an angle of the object (obj) in the first image on a basis of the first image and the dictionary data, a second angle estimation function that is configured to re-estimate an angle of the object (obj) in the first image after a physical operation related to the object (obj) on a basis of a second image of the object (obj) acquired by the image acquisition function after the physical operation, and a dictionary data update function that is configured to update the dictionary data in response to a result of estimation by the first angle estimation function and a result of re-estimation by the second angle estimation function. a processor that is configured to realize a dictionary data acquisition function that is configured to acquire dictionary data related to an object (obj), an image acquisition function that is configured to acquire a first image of the object (obj), a first angle estimation function that is configured to estimate an angle of the object (obj) in the first image on a basis of the first image and the dictionary data, a second angle estimation function that is configured to re-estimate an angle of the object (obj) in the first image after a physical operation related to the object (obj) on a basis of a second image of the object (obj) acquired by the image acquisition function after the physical operation, and a dictionary data update function that is configured to update the dictionary data in response to a result of estimation by the first angle estimation function and a result of re-estimation by the second angle estimation function.
Device for connecting a tubular drilling tool to the power knob of a drilling device, with a connecting pipe as well as at least two radially arranged locking bolts guided through the connecting pipe, which engage in a corresponding opening of a drilling tool, wherein at least two hydraulic cylinders are arranged, via which the at least two locking bolts are movable, wherein pumping means are arranged, via which the at least two hydraulic cylinders can be operated, wherein the pumping means are connected to a piston accumulator, to which the at least two hydraulic cylinders are connected, wherein a push rod is arranged, which can be actuated by insertion of a drilling tool to be received into the connecting pipe, wherein each of the at least two locking bolts is connected to the hydraulic cylinder via a rocker, which is pretensioned via a spring element in the closed position of the locking bolt, which spring element is formed by a disc spring assembly integrated in the hydraulic cylinder, by means of which a piston of the hydraulic cylinder connected to the rocker is pretensioned in such a manner that the locking bolt is pretensioned through the wall of the connecting pipe in the direction of the central axis thereof, characterised in that the pumping means comprise an electric hydraulic pump, by means of which hydraulic pressure is applied to the piston accumulator, wherein the push rod is connected to a sensor device, which, when the push rod is actuated, sends an actuating signal to a hydraulic switching valve connected upstream of the hydraulic cylinders, which is switched in such a manner that in the rest position of the push rod, the locking bolts are brought into the open position and when an actuating signal is applied, the hydraulic cylinders are separated from the piston accumulator, whereby the locking bolts are in the locking position due to the spring preload.
A column (100, 101) that can be calibrated, especially for a piece of furniture, wherein the column (100, 101) that can be calibrated has a stationary part, at least one movable part (2, 3), and a calibrating means (6, 13, 14), and the movable part (2, 3) can be transferred from a retracted state to a plurality of extended states, and wherein a calibration position coincides with a position of the movable part (2, 3) in an extended state, characterized in that the calibration position coincides with a position of the movable part (2, 3) in a partly extended state.
A method of manufacturing a stent by forming a cylindrical wire structure with an internal passage by bending wires to have peaks and valleys and coating the wire structure with a coating material, further comprising: setting a shaper for coating to cover the outside of the wire structure; coating the wire structure with a coating material while the shaper for coating having a hollow space covers the outside of the wire structure; and forming a cover film by hardening the coating material coated on the wire structure while rotating the wire structure that is horizontally fixed to a placing jig around the center; wherein the forming of the cover film is to harden the coating material under a vacuum atmosphere in the UV oven, using vacuum pressure formed by a vacuum pump. setting a shaper for coating to cover the outside of the wire structure; coating the wire structure with a coating material while the shaper for coating having a hollow space covers the outside of the wire structure; and forming a cover film by hardening the coating material coated on the wire structure while rotating the wire structure that is horizontally fixed to a placing jig around the center; wherein the forming of the cover film is to harden the coating material under a vacuum atmosphere in the UV oven, using vacuum pressure formed by a vacuum pump.
A refrigerator comprising: a body defining a storage space and including a refrigerating compartment; a refrigerating compartment door to open or close the refrigerating compartment; a housing (3500; 4500) disposed in a back surface of the refrigerating compartment door, the housing (3500; 4500) having a container seating part; a water supply container storing water to be supplied into at least ice making device, the water supply container having an opening (412, 426) and being detachable from the refrigerator; a water supply passage fluidly connecting the water supply container to the ice making device; a container connecting part (3600; 4600) to which the opening (412, 426) of the water supply container is detachably coupled, the container connecting part (3600; 4600) being disposed in the refrigerating compartment door, the container connecting part (3600; 4600) being detachably disposed in the seating part of the housing (3500; 4500); a pump (3700; 4700) disposed at least portion of the pump in the container connecting part (3600; 4600), to pump the water within the water supply container to the water supply passage; a restriction member disposed in the seating part to prevent the container connecting part (3600; 4600) from being arbitrarily separated from the seating part; a holder disposed in the container connecting part (3600; 4600) to hold the opening (412, 426) of the water supply container. a body defining a storage space and including a refrigerating compartment; a refrigerating compartment door to open or close the refrigerating compartment; a housing (3500; 4500) disposed in a back surface of the refrigerating compartment door, the housing (3500; 4500) having a container seating part; a water supply container storing water to be supplied into at least ice making device, the water supply container having an opening (412, 426) and being detachable from the refrigerator; a water supply passage fluidly connecting the water supply container to the ice making device; a container connecting part (3600; 4600) to which the opening (412, 426) of the water supply container is detachably coupled, the container connecting part (3600; 4600) being disposed in the refrigerating compartment door, the container connecting part (3600; 4600) being detachably disposed in the seating part of the housing (3500; 4500); a pump (3700; 4700) disposed at least portion of the pump in the container connecting part (3600; 4600), to pump the water within the water supply container to the water supply passage; a restriction member disposed in the seating part to prevent the container connecting part (3600; 4600) from being arbitrarily separated from the seating part; a holder disposed in the container connecting part (3600; 4600) to hold the opening (412, 426) of the water supply container.
A method of performing a fracturing operation about a wellbore penetrating a subterranean formation, the subterranean formation having mechanical discontinuities thereabout, the method comprising: acquiring integrated wellsite data, the integrated wellsite data comprising geomechanical properties of the subterranean formation and geometrical properties of the mechanical discontinuities; generating a mechanical earth model using the acquired integrated wellsite data; identifying in the mechanical earth model a crossing behavior between at least one induced hydraulic fracture and at least one discontinuity in the formation; generating a stimulation plan using the mechanical earth model, the stimulation plan comprising a fluid viscosity and a rate of injection of a fracturing fluid; and adjusting at least one of the rate of injection and fluid viscosity of the stimulation plan to achieve an optimized crossing behavior between at least one induced hydraulic fracture and at least one discontinuity in the formation; and performing the fracture operation using the stimulation plan to generate a fracture network in the formation comprising the optimized crossing behavior. acquiring integrated wellsite data, the integrated wellsite data comprising geomechanical properties of the subterranean formation and geometrical properties of the mechanical discontinuities; generating a mechanical earth model using the acquired integrated wellsite data; identifying in the mechanical earth model a crossing behavior between at least one induced hydraulic fracture and at least one discontinuity in the formation; generating a stimulation plan using the mechanical earth model, the stimulation plan comprising a fluid viscosity and a rate of injection of a fracturing fluid; and adjusting at least one of the rate of injection and fluid viscosity of the stimulation plan to achieve an optimized crossing behavior between at least one induced hydraulic fracture and at least one discontinuity in the formation; and performing the fracture operation using the stimulation plan to generate a fracture network in the formation comprising the optimized crossing behavior.
A heavy-lanthanum flint optical glass, characterized in that the composition thereof is expressed in percentage by weight and comprises 15-30% of SiO 2, 5-15% of TiO 2, 9-18% of ZnO, 10-25% of Nb 2 O 5, 0.05-1% of Al 2 O 3, RO which is one or more of 0-5% of MgO, 0-5% of CaO, 0-5% of SrO and 15-35% of BaO; 0.5-5% of B 2 O 3, and 2-10% of La 2 O 3, wherein (SiO 2 +RO)/(La 2 O 3 +B 2 O 3) is 4-15; Nb 2 O 5 /TiO 2 is 1.2-3; TiO 2 /(B 2 O 3 +Al 2 O 3) is 2-20; and B 2 O 3 /ZnO is 0-0.3.
Hot channel nozzle for an injection moulding tool with a material pipe and a shaft which encloses the material pipe at least in sections along the longitudinal axis of the material pipe, wherein a flow channel for a flowable mass is formed in the material pipe, wherein the material pipe is heated externally, wherein a cavity is formed between the material pipe and the shaft, wherein the cavity is delimited by the outer wall of the material pipe and the inner wall of the shaft, wherein a fluid can flow through the cavity, wherein the fluid is a heat carrier which transfers heat to the material pipe and wherein the hot channel nozzle has an inflow for the fluid, characterised in that the hot channel nozzle has an outflow for the fluid.
A security design planning support device configured to support planning of a security design of an in-vehicle network, comprising: a strategy policy creation unit configured to create first strategy policy information representing a plurality of control strategies corresponding respectively to threats against the in-vehicle network; a merge processing unit configured to merge control strategies of a same type into groups among the plurality of control strategies represented by the first strategy policy information created by the strategy policy creation unit; and a communication unit configured to externally output second strategy policy information representing a relationship of the threats and the plurality of control strategies merged into groups by the merge processing unit, wherein the communication unit is configured to output the second strategy policy information to an external computer for selecting countermeasures against threats in the in-vehicle network to be designed, and wherein the second strategy policy information is information for displaying, on a display device of the computer, a screen indicating a relationship of the threats and the plurality of control strategies grouped by the merge processing unit. a strategy policy creation unit configured to create first strategy policy information representing a plurality of control strategies corresponding respectively to threats against the in-vehicle network; a merge processing unit configured to merge control strategies of a same type into groups among the plurality of control strategies represented by the first strategy policy information created by the strategy policy creation unit; and a communication unit configured to externally output second strategy policy information representing a relationship of the threats and the plurality of control strategies merged into groups by the merge processing unit, wherein the communication unit is configured to output the second strategy policy information to an external computer for selecting countermeasures against threats in the in-vehicle network to be designed, and wherein the second strategy policy information is information for displaying, on a display device of the computer, a screen indicating a relationship of the threats and the plurality of control strategies grouped by the merge processing unit.
A control method for an engine having an automatic stopping function, wherein the engine is automatically stopped (S2, S12) when a specified engine stopping condition (S1, S11) is satisfied, and then the engine is automatically restarted (S7, S17) when a specified engine restarting condition (S3-S6, S13-S16) is satisfied, comprising: stopping the engine so as to reduce the engine speed to zero when a specified engine stopping condition (S1, S11) is satisfied; characterized by restarting the engine by performing: a first step (S4, S14) for driving a motor so as to increase an engine rotating speed (G7, G17) of the engine from an engine speed of zero up to a specified rotating speed and substantially maintaining the engine rotating speed (G7, G17), in a case in which a specified first condition (S3, S13) is satisfied when the engine rotating speed (G7, G17) is below the specified rotating speed during automatic engine stopping (S2, S12); and a second step (S7, S17) for restarting a fuel supply into the engine only in a case in which a specified second condition (S5-S6, S15-S16) is satisfied after the first step (S4, S14) is executed. stopping the engine so as to reduce the engine speed to zero when a specified engine stopping condition (S1, S11) is satisfied; characterized by restarting the engine by performing: a first step (S4, S14) for driving a motor so as to increase an engine rotating speed (G7, G17) of the engine from an engine speed of zero up to a specified rotating speed and substantially maintaining the engine rotating speed (G7, G17), in a case in which a specified first condition (S3, S13) is satisfied when the engine rotating speed (G7, G17) is below the specified rotating speed during automatic engine stopping (S2, S12); and a second step (S7, S17) for restarting a fuel supply into the engine only in a case in which a specified second condition (S5-S6, S15-S16) is satisfied after the first step (S4, S14) is executed. a first step (S4, S14) for driving a motor so as to increase an engine rotating speed (G7, G17) of the engine from an engine speed of zero up to a specified rotating speed and substantially maintaining the engine rotating speed (G7, G17), in a case in which a specified first condition (S3, S13) is satisfied when the engine rotating speed (G7, G17) is below the specified rotating speed during automatic engine stopping (S2, S12); and a second step (S7, S17) for restarting a fuel supply into the engine only in a case in which a specified second condition (S5-S6, S15-S16) is satisfied after the first step (S4, S14) is executed.
Controller for a converter for an electrical machine, wherein the converter comprises a plurality of phase lines for connecting the electrical machine, wherein for each phase line for the converter has a half-bridge (21, 22) with one first and one second semiconductor switch, wherein the first semiconductor switch is prepared to electrically connect at least one of the phase lines intermittently to a first supply line of the converter, and the second semiconductor switch is prepared to electrically connect the phase line intermittently to a second supply line of the converter, wherein the converter is prepared to be operated intermittently in a first energy recovery limiting mode, in which at least two of the first semiconductor switches are at least intermittently on at the same time, wherein the converter is prepared to be operated at least intermittently in the first energy recovery limiting mode with second semiconductor switches off, wherein the converter is prepared to be operated at least intermittently in a second energy recovery limiting mode, in which at least two of the second semiconductor switches are at least intermittently on at the same time, wherein the converter is prepared to be operated at least intermittently in the second energy recovery limiting mode with first semiconductor switches off, wherein the controller is prepared to initiate the first or the second energy recovery limiting mode in the event of a malfunction in the converter, characterized in that the controller is prepared to activate the first and the second energy recovery limiting mode alternately, the controller is prepared to adjust a time ratio (81, 82) for a time component of the activation of the first energy recovery limiting mode to a time component of the activation of the second energy recovery limiting mode.