mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine generator comprising: a tower part ; a plurality of wind turbine parts each including a rotor, blades provided on the rotor, and a power generator that generates power by a rotational force of the rotor; a support member that is connected to the tower part and supports the wind turbine part ; and an auxiliary member in the form of a backup wire not normally under tension and having one end connected to the tower part and the other end connected to the support member , characterized in that the support member includes a connection part connected to the tower part , a first elongated member having one end side connected to the connection part and the other end side supporting the wind turbine part , a first coupling member having one end side connected to the one end side of the first elongated member and the other end side provided above the first elongated member , and a linear first wire member having one end connected to the other end side of the first coupling member and the other end connected to the other end side of the first elongated member , and the auxiliary member is configured so as to prevent falling of the first elongated member when the support member has become unable to support the wind turbine part . a tower part ; a plurality of wind turbine parts each including a rotor, blades provided on the rotor, and a power generator that generates power by a rotational force of the rotor; a support member that is connected to the tower part and supports the wind turbine part ; and an auxiliary member in the form of a backup wire not normally under tension and having one end connected to the tower part and the other end connected to the support member , characterized in that the support member includes the auxiliary member is configured so as to prevent falling of the first elongated member when the support member has become unable to support the wind turbine part .
An aircraft steering system comprising: a wing main body and flight control surface of an aircraft; a first actuator attached to the wing main body; a control surface arm member configured to transmit an output of the first actuator to the flight control surface; and a second actuator that is a rotary actuator and attached to the flight control surface, wherein: at least one of the first actuator and the second actuator is an electromechanical actuator ; a first end of the control surface arm member is directly or indirectly coupled to an output terminal of the first actuator; a second end of the control surface arm member is fixed to an output terminal of the second actuator; and the second actuator is integrally attached to the flight control surface such that a turning axis of the output terminal of the second actuator is parallel to or coincides with a fulcrum axis of the flight control surface. a wing main body and flight control surface of an aircraft; a first actuator attached to the wing main body; a control surface arm member configured to transmit an output of the first actuator to the flight control surface; and a second actuator that is a rotary actuator and attached to the flight control surface, wherein: at least one of the first actuator and the second actuator is an electromechanical actuator ; a first end of the control surface arm member is directly or indirectly coupled to an output terminal of the first actuator; a second end of the control surface arm member is fixed to an output terminal of the second actuator; and the second actuator is integrally attached to the flight control surface such that a turning axis of the output terminal of the second actuator is parallel to or coincides with a fulcrum axis of the flight control surface. at least one of the first actuator and the second actuator is an electromechanical actuator ; a first end of the control surface arm member is directly or indirectly coupled to an output terminal of the first actuator; a second end of the control surface arm member is fixed to an output terminal of the second actuator; and the second actuator is integrally attached to the flight control surface such that a turning axis of the output terminal of the second actuator is parallel to or coincides with a fulcrum axis of the flight control surface.
Method for operating a multiphase pump having a suction-side inlet and a discharge-side outlet and with which a multiphase mixture loaded with solids is pumped, comprising the steps of: a. pumping the multiphase mixture into a discharge-side separation chamber , b. separating a gaseous phase from a liquid phase and a solid phase in the separation chamber , c. separating the liquid phase from the solid phase in the separation chamber , d. supplying a portion of the liquid phase freed from the solid phase to the suction side, characterized in that e. the supply of liquid phase to the suction side is carried out by means of a recirculation line in which a valve is arranged which, after startup and after stable operation is achieved, is closed for purposes of initiating the pumping action and the increase in pressure of the multiphase mixture. a. pumping the multiphase mixture into a discharge-side separation chamber , b. separating a gaseous phase from a liquid phase and a solid phase in the separation chamber , c. separating the liquid phase from the solid phase in the separation chamber , d. supplying a portion of the liquid phase freed from the solid phase to the suction side, characterized in that e. the supply of liquid phase to the suction side is carried out by means of a recirculation line in which a valve is arranged which, after startup and after stable operation is achieved, is closed for purposes of initiating the pumping action and the increase in pressure of the multiphase mixture.
A voltage measuring circuit that measures voltage across two terminals of a battery that is the object of measurement, comprising: a detection resistor and a voltage-dividing resistor that are connected in parallel to said two terminals; current detection means configured to measure current value that flows in said detection resistor ; integration means configured to subject said current value that was measured by said current detection means to time integration; average value calculation means configured to divide the current value that has undergone integration by the integration time to find the average current value that is the average value of said current value; arithmetic means configured to calculate the value of voltage across said two terminals from said average current value and the resistance value of said detection resistor ; the voltage measuring circuit being characterized by comprising: A/D conversion means configured to convert said average current value to a digital signal; wherein said arithmetic means is configured to calculate the value of voltage across said two terminals from said average current value that was converted to a digital signal in said A/D conversion means and said resistance value, wherein said current detection means, said integration means, said average value calculation means, and said A/D conversion means are realized by a coulomb counter .. a detection resistor and a voltage-dividing resistor that are connected in parallel to said two terminals; current detection means configured to measure current value that flows in said detection resistor ; integration means configured to subject said current value that was measured by said current detection means to time integration; average value calculation means configured to divide the current value that has undergone integration by the integration time to find the average current value that is the average value of said current value; arithmetic means configured to calculate the value of voltage across said two terminals from said average current value and the resistance value of said detection resistor ; the voltage measuring circuit being characterized by comprising: A/D conversion means configured to convert said average current value to a digital signal; wherein said arithmetic means is configured to calculate the value of voltage across said two terminals from said average current value that was converted to a digital signal in said A/D conversion means and said resistance value, wherein said current detection means, said integration means, said average value calculation means, and said A/D conversion means are realized by a coulomb counter .. A/D conversion means configured to convert said average current value to a digital signal; wherein said arithmetic means is configured to calculate the value of voltage across said two terminals from said average current value that was converted to a digital signal in said A/D conversion means and said resistance value, wherein said current detection means, said integration means, said average value calculation means, and said A/D conversion means are realized by a coulomb counter ..
A multilayer optical film comprising an optical stack, wherein the optical stack comprises: a) a plurality of first optical layers, each first optical layer comprising a single melt-processible polymer, wherein the single melt-processible polymer is a fluoropolymer, wherein the fluoropolymer is a copolymer comprising interpolymerized monomers of tetrafluoroethylene, with the proviso that the melt-processible copolymer is not a fluorinated ethylene-propylene copolymer per ASTM D 2116-07 or a perfluoroalkoxy resin per ASTM D 3307-08; and b) a plurality of second optical layers disposed in a repeating sequence with the plurality of first optical layers, each second optical layer comprising a non-fluorinated polymeric material selected from the group consisting of: poly(methyl methacrylate); copolymers of poly(methyl methacrylate); polypropylene; copolymers of propylene; polystyrenes; copolymers of styrene; polyvinylidene chloride; thermoplastic polyurethanes; copolymers of ethylene; cyclic olefin copolymers; and combinations thereof. a) a plurality of first optical layers, each first optical layer comprising a single melt-processible polymer, wherein the single melt-processible polymer is a fluoropolymer, wherein the fluoropolymer is a copolymer comprising interpolymerized monomers of tetrafluoroethylene, with the proviso that the melt-processible copolymer is not a fluorinated ethylene-propylene copolymer per ASTM D 2116-07 or a perfluoroalkoxy resin per ASTM D 3307-08; and b) a plurality of second optical layers disposed in a repeating sequence with the plurality of first optical layers, each second optical layer comprising a non-fluorinated polymeric material selected from the group consisting of: poly(methyl methacrylate); copolymers of poly(methyl methacrylate); polypropylene; copolymers of propylene; polystyrenes; copolymers of styrene; polyvinylidene chloride; thermoplastic polyurethanes; copolymers of ethylene; cyclic olefin copolymers; and combinations thereof.
Apparatus for monitoring a temperature in an electric machine , comprising: an input interface that is designed to receive at least one operating parameter of the electric machine ; a processing device that is designed to calculate a temperature at a predetermined position in the electric machine using the at least one operating parameter received; and a temperature sensor that is designed to capture a temperature at the predetermined position or at a position in the spatial proximity of the predetermined position; wherein the processing device is designed to determine the calculation of the temperature at the predetermined position using the temperature captured by the temperature sensor ; wherein the apparatus also has a checking device that is designed to compare the temperature captured by the temperature sensor with the temperature calculated by the processing device , characterized in that the checking device is designed to detect a fault in the temperature sensor if a deviation of the calculated temperature from the temperature captured using a sensor is identified that exceeds a predefined threshold value. an input interface that is designed to receive at least one operating parameter of the electric machine ; a processing device that is designed to calculate a temperature at a predetermined position in the electric machine using the at least one operating parameter received; and a temperature sensor that is designed to capture a temperature at the predetermined position or at a position in the spatial proximity of the predetermined position; wherein the processing device is designed to determine the calculation of the temperature at the predetermined position using the temperature captured by the temperature sensor ; wherein the apparatus also has a checking device that is designed to compare the temperature captured by the temperature sensor with the temperature calculated by the processing device , characterized in that the checking device is designed to detect a fault in the temperature sensor if a deviation of the calculated temperature from the temperature captured using a sensor is identified that exceeds a predefined threshold value.
Method for producing a hollow body or hollow space foamed with insulation material , wherein an expandable starting material of the insulation material is supplied to a plastic extrusion apparatus , activated in the latter under pressure, and, at the time of the discharge from the latter, expanded into the hollow body or the hollow space with such a high volume expansion gradient that the insulation material formed by the expansion completely fills the cross-section of the hollow body or hollow space immediately at the time of the introduction, wherein the high volume expansion gradient of the starting material , at the time of the discharge from the extrusion apparatus , is controlled by a special nozzle geometry (17; 17'; 17"; 17"') which imprints a predetermined cross-section shape on the insulation material flow, characterized in that , as a result of the nozzle geometry (17; 17'; 17"; 17"), the implementation consists first of a gradual cross-section reduction of the insulation material flow with small gradient over a large length , then of maintaining the cross-section constant over a small length , and then of a gradual cross-section reduction with large gradient over a small length , and, subsequently, of a gradual cross-section increase with medium gradient over a medium length , the latter being followed by an exit through a spray head with a plurality of spray openings.
Removable partition or removable partition module configured to be placed between a first backing surface and a second backing surface of a construction, comprising at least one frame and, one or more panels , on both sides thereof, the frame comprising supports arranged at a distance from each other and connected by spacer elements , the panels being fixed to the supports and/or to the spacer elements , at least one of the ends of the supports comprising a fastening device , said fastening device comprising (i) an essentially tubular fixed sleeve secured to one end of the relevant support and comprising at least one transversal abutment at the end opposite to the securement to the relevant support , (ii) a slider provided with a slider head and a bearing surface , (iii) a first member which is a spring member arranged so as to act on the bearing surface of the slider in the direction of pushing the slider in the sleeve longitudinally outwards, characterized in that the fastening device comprises (iv) a second member which is controllable and arranged to act on command against the effect of the first member , on the slider in the direction of retracting said slider .
A computer implemented method comprising: emitting, from a laser source , a laser beam that is tunable over a wavelength range, characterized in that the wavelength range is less than a Raman bandwidth in a device under test , DUT, or of-the-order-of the Raman bandwidth in the DUT ; applying a pulse drive signal to the laser beam or to a modulator to modulate the laser beam that is to be injected into the DUT ; configuring a bandpass filter that is operatively disposed between the laser source and the DUT to an anti-Stokes wavelength that is narrower than the Raman bandwidth; and determining a temperature distribution for the DUT by acquiring, from the DUT , anti-Stokes optical time-domain reflectometer traces for two preset wavelengths of the laser beam. emitting, from a laser source , a laser beam that is tunable over a wavelength range, characterized in that the wavelength range is less than a Raman bandwidth in a device under test , DUT, or of-the-order-of the Raman bandwidth in the DUT ; applying a pulse drive signal to the laser beam or to a modulator to modulate the laser beam that is to be injected into the DUT ; configuring a bandpass filter that is operatively disposed between the laser source and the DUT to an anti-Stokes wavelength that is narrower than the Raman bandwidth; and determining a temperature distribution for the DUT by acquiring, from the DUT , anti-Stokes optical time-domain reflectometer traces for two preset wavelengths of the laser beam.
Plastic container product, particularly manufactured using a blow-fill-seal method, comprising a container body with a container content and a top part connected to said body, said top part delimiting an extraction region , which is sealed by a top membrane , which comprises a connecting seam , which passes through a plane spanned by the top membrane and separates at least two penetrable regions on the free end face of the top membrane from one another for an extraction process for the container content, characterised in that the connecting seam seen on the free end face of the top membrane comprises a seam course that at least partially deviates from a fictitious straight line course , said seam course extending and running within said plane , being longer than the straight line course and at least partially enclosing the penetrable regions .
Multi-platform wind tower, of the type consisting of a series of vertical segments of concrete sections obtained by joining two or more concrete segments, and wherein the various segments participating in the tower present a frustoconical configuration, with a different inclination for each segment, such that a broken profile is obtained, characterized in that the profile of the tower geometrically corresponds to a load envelope that is valid for a set of different turbines, such that in order to secure the various turbines to the top end or coronation of the tower a number of adaptors or reels have been included embodied as a metal body, where the lower base thereof has a diameter matching the invariable diameter of the upper end or coronation of the tower and the upper base has the specific diameter of the turbine to install, these adaptors being provided with means for securing them to the tower coronation and to the turbine, at their upper and lower bases.
An architecture configured to be employed within one or more User equipments,UEs, the architecture comprising: a communications array comprising an array of antennas and configured to receive one or more reference signals of one or more reference signal ports of a subframe, wherein the reference signals are analog beamformed cell-specific reference signals associated with one or more cells, and wherein adjacent small cells are categorized as different cell groups for reference signals, said cell groups associated with respective resource elements and said resource elements spread across subbands and symbols at the subframe; and a control component configured to decode the received reference signals and perform analog beam tracking and demodulation based on the one or more received reference signals. a communications array comprising an array of antennas and configured to receive one or more reference signals of one or more reference signal ports of a subframe, wherein the reference signals are analog beamformed cell-specific reference signals associated with one or more cells, and wherein adjacent small cells are categorized as different cell groups for reference signals, said cell groups associated with respective resource elements and said resource elements spread across subbands and symbols at the subframe; and a control component configured to decode the received reference signals and perform analog beam tracking and demodulation based on the one or more received reference signals.
Arrangment for the contactless actuation of a vehicle door of a vehicle , with a capacitive proximity sensor which comprises at least one sensor electrode for the emission of an electrical detection field (F1) in a detection space disposed upstream of the sensor electrode , wherein an insulated electrical conductor for forming the detection field (F1) is arranged upstream of the sensor electrode , said conductor being formed by a flat film or coating which is applied to a vehicle part disposed upstream of the sensor electrode or is inserted into such a vehicle part , and the sensor electrode being formed by a circular conductor.
A rotor for a rotary electric machine, comprising: a shaft capable of rotating about an axis; a rotor main body that includes a field coil and is fixed to the shaft ; and a slip ring device including a pair of slip rings , a pair of connecting conductors for electrically connecting the slip rings to the field coil , and an insulating molded body attached to a part of the shaft that projects from the rotor main body , the slip rings and the connecting conductors being provided in the insulating molded body , wherein the insulating molded body includes a molded body main body portion disposed in a position further from the rotor main body than a bearing provided on the shaft , the slip rings being provided in the molded body main body portion , an opposing portion disposed between the bearing and the rotor main body , and a pair of beam portions that connect the molded body main body portion to the opposing portion , the connecting conductors being provided respectively in the beam portions , a pair of shaft grooves respectively accommodating the beam portions are provided in the shaft , characterized in that the field coil is impregnated with resin and that one or more spreading suppression portions for preventing the resin with which the field coil is impregnated from spreading into the shaft grooves are provided in the opposing portion . a shaft capable of rotating about an axis; a rotor main body that includes a field coil and is fixed to the shaft ; and a slip ring device including a pair of slip rings , a pair of connecting conductors for electrically connecting the slip rings to the field coil , and an insulating molded body attached to a part of the shaft that projects from the rotor main body , the slip rings and the connecting conductors being provided in the insulating molded body , wherein the insulating molded body includes a molded body main body portion disposed in a position further from the rotor main body than a bearing provided on the shaft , the slip rings being provided in the molded body main body portion , an opposing portion disposed between the bearing and the rotor main body , and a pair of beam portions that connect the molded body main body portion to the opposing portion , the connecting conductors being provided respectively in the beam portions , a pair of shaft grooves respectively accommodating the beam portions are provided in the shaft , characterized in that the field coil is impregnated with resin and that one or more spreading suppression portions for preventing the resin with which the field coil is impregnated from spreading into the shaft grooves are provided in the opposing portion .