mhurhangee/ep-ind-claims huggingface dataset:
A predictive system, comprising: a torque-limiter comprising a ball-ramp mechanism; a sensor disposed to sense a condition of the torque-limiter, the condition comprising a distance between plates of the ball-ramp mechanism; and characterized by: a processing system coupled to the sensor and configured to process readings of the sensor, to calculate whether the condition of the torque-limiter is indicative of degradation or failure incidents based on the readings being processed and to determine whether an action should be taken based on a calculation result; wherein the processing system is configured to calculate that the condition of the torque-limiter is indicative of the degradation or failure incidents based on the condition exceeding a first threshold or reaching a second threshold, respectively. a torque-limiter comprising a ball-ramp mechanism; a sensor disposed to sense a condition of the torque-limiter, the condition comprising a distance between plates of the ball-ramp mechanism; and characterized by: a processing system coupled to the sensor and configured to process readings of the sensor, to calculate whether the condition of the torque-limiter is indicative of degradation or failure incidents based on the readings being processed and to determine whether an action should be taken based on a calculation result; wherein the processing system is configured to calculate that the condition of the torque-limiter is indicative of the degradation or failure incidents based on the condition exceeding a first threshold or reaching a second threshold, respectively. a processing system coupled to the sensor and configured to process readings of the sensor, to calculate whether the condition of the torque-limiter is indicative of degradation or failure incidents based on the readings being processed and to determine whether an action should be taken based on a calculation result; wherein the processing system is configured to calculate that the condition of the torque-limiter is indicative of the degradation or failure incidents based on the condition exceeding a first threshold or reaching a second threshold, respectively.
A method of manufacturing a product from used woven or knitted textile comprising vegetable or animal fibres, in particular cotton or wool, the method comprising the steps of: - collecting said used woven or knitted textile, - granulating said used woven or knitted textile into fibres having an average fiber length of between 3.5 mm and 5,5 mm, - mixing said granulated used woven or knitted textile with a thermoplastic fiber based binder, and - forming a nonwoven mat from the mixture of said granulated used woven or knitted textile and fiber based binder, said nonwoven mat comprising 59% to 67% of vegetable fiber, or alternatively said nonwoven mat comprising at least 80% animal fibres, - mixing said granulated used woven or knitted textile with a coupling agent, and - heating said nonwoven mat to at least 140C. - collecting said used woven or knitted textile, - granulating said used woven or knitted textile into fibres having an average fiber length of between 3.5 mm and 5,5 mm, - mixing said granulated used woven or knitted textile with a thermoplastic fiber based binder, and - forming a nonwoven mat from the mixture of said granulated used woven or knitted textile and fiber based binder, said nonwoven mat comprising 59% to 67% of vegetable fiber, or alternatively said nonwoven mat comprising at least 80% animal fibres, - mixing said granulated used woven or knitted textile with a coupling agent, and - heating said nonwoven mat to at least 140C.
A seal ring, comprising: a center axis being a rotation center; an outer peripheral surface being an outward cylindrical surface whose center is positioned at the central axis; an inner peripheral surface being an inward cylindrical surface disposed between the center axis and the outer peripheral surface whose center is positioned at the central axis; a side surface (11c, 11d) connecting the outer peripheral surface and the inner peripheral surface; and a groove formed in a dented groove from the side surface (11c, 11d), extending along a radial direction spaced from the outer peripheral surface, having a first end connected to the inner peripheral surface and a second end at an opposite side of the first end,the second end being connected directly to the inner peripheral surface, the groove thereby returning oil entered from the first end to the inner peripheral surface side via the second end, characterised in that the groove (112a, 112b) has a changing depth extending from the side surface (11c, 11d), wherein the groove (112a, 112b) has a top with the largest distance to the inner peripheral surface and with the shallowest depth from the side surface (11c, 11d). a center axis being a rotation center; an outer peripheral surface being an outward cylindrical surface whose center is positioned at the central axis; an inner peripheral surface being an inward cylindrical surface disposed between the center axis and the outer peripheral surface whose center is positioned at the central axis; a side surface (11c, 11d) connecting the outer peripheral surface and the inner peripheral surface; and a groove formed in a dented groove from the side surface (11c, 11d), extending along a radial direction spaced from the outer peripheral surface, having a first end connected to the inner peripheral surface and a second end at an opposite side of the first end,the second end being connected directly to the inner peripheral surface, the groove thereby returning oil entered from the first end to the inner peripheral surface side via the second end, characterised in that the groove (112a, 112b) has a changing depth extending from the side surface (11c, 11d), wherein the groove (112a, 112b) has a top with the largest distance to the inner peripheral surface and with the shallowest depth from the side surface (11c, 11d).
A motor for a washing machine, comprising a driving shaft coupled to a drum of the washing machine, a stator for forming a magnetic field by means of a coil wound on a core, and a rotor rotatably mounted on an outside of the stator and coupled to the driving shaft for driving the driving shaft, the rotor comprising: a rotor frame (241; 341) of metal having magnets attached to an inside surface of an outer end; a back yoke (282; 382) on an outside surface of the outer end of the rotor frame (241; 341) for reinforcing the rotor frame (241; 341) and forming a magnetic path; a shaft supporting housing at a center of the rotor frame (241; 341) having one end portion of the driving shaft secured thereto; and a bushing (70; 170; 370; 470; 570) of a non-conductive resin having the shaft supporting housing formed as one body at a center, the bushing (70; 170; 370; 470; 570) being secured to the rotor frame (241; 341); characterized in that the rotor further comprises separate fastening members (74, 75) for fastening the bushing' (70; 170; 370; 470; 570) to the rotor frame (241; 341) the bushing being formed separately from the rotor frame and being fastened to the rotor frame by the separate fastening members; and the back yoke (282; 382) includes an overlapped portion formed by bending the outer end portion of the rotor frame (241; 341) by at least once, and overlapping in two layers with an outside circumferential surface of the rotor frame (241; 341), the motor further comprising a joint portion (283; 383) for fixedly securing the back yoke (282; 382) to the outside surface of the rotor frame (241; 341). a rotor frame (241; 341) of metal having magnets attached to an inside surface of an outer end; a back yoke (282; 382) on an outside surface of the outer end of the rotor frame (241; 341) for reinforcing the rotor frame (241; 341) and forming a magnetic path; a shaft supporting housing at a center of the rotor frame (241; 341) having one end portion of the driving shaft secured thereto; and a bushing (70; 170; 370; 470; 570) of a non-conductive resin having the shaft supporting housing formed as one body at a center, the bushing (70; 170; 370; 470; 570) being secured to the rotor frame (241; 341); characterized in that the rotor further comprises separate fastening members (74, 75) for fastening the bushing' (70; 170; 370; 470; 570) to the rotor frame (241; 341) the bushing being formed separately from the rotor frame and being fastened to the rotor frame by the separate fastening members; and the back yoke (282; 382) includes an overlapped portion formed by bending the outer end portion of the rotor frame (241; 341) by at least once, and overlapping in two layers with an outside circumferential surface of the rotor frame (241; 341), the motor further comprising a joint portion (283; 383) for fixedly securing the back yoke (282; 382) to the outside surface of the rotor frame (241; 341).
A melt-anisotropic aromatic polyester multifilament having a single fiber fineness from 10 to 80 dtex, the melt-anisotropic aromatic polyester multifilament comprising 3 to 10 wt% of a dimethylsilicone-series finishing agent applied on a fiber surface of the multifilament, based on the multifilament, the finishing agent containing a dimethylsilicone-series compound having a weight average molecular weight from 15000 to 40000, wherein the weight average molecular weight of the dimethylsilicone-series compound is determined as a weight average molecular weight based on polystyrene in gel permeation chromatography.
A method for removing debris from a substrate, the method comprising: forming a coating on a portion of a nanometer-scaled tip, the coating including a low surface energy material, the low surface energy material having a surface energy that is lower than the surface energy of the substrate; positioning the nanometer-scaled tip adjacent to a piece of debris on the substrate; physically adhering the piece of debris to the tip; and removing the piece of debris from the substrate by moving the tip away from the substrate. forming a coating on a portion of a nanometer-scaled tip, the coating including a low surface energy material, the low surface energy material having a surface energy that is lower than the surface energy of the substrate; positioning the nanometer-scaled tip adjacent to a piece of debris on the substrate; physically adhering the piece of debris to the tip; and removing the piece of debris from the substrate by moving the tip away from the substrate.
Differential transmission having a differential lock with a selector fork which can be driven by an actuator such that it can be moved between an unlocked position and a locked position, with an output shaft which leads to the differential transmission and on which a spring-loaded selector sleeve is arranged fixedly for conjoint rotation, which selector sleeve can be moved by the selector fork axially on the output shaft with a gear profile of an axle shaft gear of the differential mechanism by way of a sleeve profile out of the decoupled position which leads to the unlocked position into a coupled position which leads to the locked position, it being possible for the outer ring of an anti-friction bearing which is arranged with its inner ring fixedly on the selector sleeve which is spring-loaded in its decoupled position to be moved by the selector fork in the direction of the coupled position, the selector fork having two selector arms which have a U-shaped profile, enclose half of the outer ring of the anti-friction bearing radially, and engage axially in a claw-like manner with their free ends around the outer ring of the anti-friction bearing, characterized in that the selector fork has an axial stop which is directed away from the axle shaft gear of the differential transmission and, in the unlocked position of the selector fork is in contact with a counterstop which is fixed on a housing of the differential lock, and an axial stop of the selector fork being arranged at each free end of the selector arms.
A mass spectrometer comprising: an RF ion confinement device; a Time of Flight mass analyser arranged downstream of said RF ion confinement device, said Time of Flight mass analyser comprising an orthogonal acceleration extraction region; and an ion beam expander (7, 9) arranged downstream of said RF ion confinement device, arranged and adapted to expand an ion beam which emerges, in use, from said RF ion confinement device; characterised in that: said ion beam expander (7, 9) comprises one or more Einzel lenses (7, 9); and said expanded ion beam has a diameter or maximum cross-sectional width > 3 mm in said orthogonal acceleration extraction region. an RF ion confinement device; a Time of Flight mass analyser arranged downstream of said RF ion confinement device, said Time of Flight mass analyser comprising an orthogonal acceleration extraction region; and an ion beam expander (7, 9) arranged downstream of said RF ion confinement device, arranged and adapted to expand an ion beam which emerges, in use, from said RF ion confinement device; said ion beam expander (7, 9) comprises one or more Einzel lenses (7, 9); and said expanded ion beam has a diameter or maximum cross-sectional width > 3 mm in said orthogonal acceleration extraction region.
A high voltage conductive wire, comprising: a first conductor, configured to perform as one of a plus pole and a minus pole; a first insulator, provided outside of the first conductor; a second conductor, configured to perform as the other of the plus pole and the minus pole, provided outside of the first insulator, and a second insulator, provided outside of the second conductor so as to cover an outer face of the second conductor, a cross sectional area of the second conductor is set corresponding to a cross sectional area of the first conductor, characterized in that the second conductor is formed by a metallic pipe and is configured to have rigidity enough to hold a bended shape of the high voltage conductive wire. a first conductor, configured to perform as one of a plus pole and a minus pole; a first insulator, provided outside of the first conductor; a second conductor, configured to perform as the other of the plus pole and the minus pole, provided outside of the first insulator, and a second insulator, provided outside of the second conductor so as to cover an outer face of the second conductor,
A propulsion prognostics apparatus for an unmanned aerial vehicle having an engine system comprising a ducted fan propulsion system utilizing flight control vanes, comprising: a prognostics module configured to generate prognostics data, the prognostics module comprising a look-up table storing prognostics data comprising a plurality of expected power outputs, a threshold number of maximum throttle attempts and a threshold number maximum flight control vane deflections; a power output sensor configured to be coupled to the engine system and configured to generate power output data representing an actual power output of the engine system; and a processor coupled to the prognostics module and the power output sensor, the processor configured to: receive the prognostics data and the power output data, compare the prognostics data and the power output data, and evaluate a flight continuation ability of the UAV based on the comparison. a prognostics module configured to generate prognostics data, the prognostics module comprising a look-up table storing prognostics data comprising a plurality of expected power outputs, a threshold number of maximum throttle attempts and a threshold number maximum flight control vane deflections; a power output sensor configured to be coupled to the engine system and configured to generate power output data representing an actual power output of the engine system; and a processor coupled to the prognostics module and the power output sensor, the processor configured to: receive the prognostics data and the power output data, compare the prognostics data and the power output data, and evaluate a flight continuation ability of the UAV based on the comparison. receive the prognostics data and the power output data, compare the prognostics data and the power output data, and evaluate a flight continuation ability of the UAV based on the comparison.
A method for analysing a sample comprising: a) the introduction of the sample and a culture medium in a flexible container; b) the homogenisation of the sample and the culture medium so as to obtain a homogenised mixture; c) the enrichment of the homogenised mixture; and d) the analysis of the homogenised mixture by an analysis system, characterised in that steps a) to c) are performed in a single container; the flexible container is closed after of one of steps a) or b); a module comprising the analysis system is connected to the flexible container at the start of, during or at the end of step c); steps c) and d) and the connection of the module to the flexible container are carried out without requiring the reopening of the container; the flexible container comprising a homogenisation zone and a socket which is located outside the homogenisation zone, said socket being sealed when it is not connected and allows the homogenised mixture to pass when it is connected to a socket of the module. a) the introduction of the sample and a culture medium in a flexible container; b) the homogenisation of the sample and the culture medium so as to obtain a homogenised mixture; c) the enrichment of the homogenised mixture; and d) the analysis of the homogenised mixture by an analysis system,
A method for producing a molded article having a thin film layer having a thickness in the range of 10 μm or more and 500 μm or less formed on a surface of a porous body, the thin film layer having at least one function selected from the functions of a primer layer, a coating film layer, and a waterproof layer, the method comprising a process and a process described below in this order: process: forming the thin film layer on a surface of a precursor (a) of the porous body by wet coating to obtain a preform, and process: expanding and molding the precursor (a) to the porous body. process: forming the thin film layer on a surface of a precursor (a) of the porous body by wet coating to obtain a preform, and process: expanding and molding the precursor (a) to the porous body.
A route for vehicles driving on a surface of the route, in particular for road automobiles, wherein: - the route comprises a plurality of shaped blocks adapted to position and/or to hold a plurality of line sections of one or more electric lines (507, 508, 509), - each shaped block comprises recesses (315, 316, 317) forming spaces and/or projections delimiting spaces for receiving at least one of the line sections, - the electric line or lines (507, 508, 509) extend(s) through the spaces, - the electric line or lines (507, 508, 509) extend(s) along the surface of the route in and/or about the travelling direction of vehicles which are driving on the route, - the shaped blocks and the electric line or lines (507, 508, 509) are supported by a base layer of the route, - the shaped blocks and the electric line or lines (507, 508, 509) are covered by a cover layer of the route, characterized in that - the material of the cover layer is also located in regions of the route sideways of the shaped blocks so that the shaped blocks and the cover layer form an integrated layer on top of the base layer. - the route comprises a plurality of shaped blocks adapted to position and/or to hold a plurality of line sections of one or more electric lines (507, 508, 509), - each shaped block comprises recesses (315, 316, 317) forming spaces and/or projections delimiting spaces for receiving at least one of the line sections, - the electric line or lines (507, 508, 509) extend(s) through the spaces, - the electric line or lines (507, 508, 509) extend(s) along the surface of the route in and/or about the travelling direction of vehicles which are driving on the route, - the shaped blocks and the electric line or lines (507, 508, 509) are supported by a base layer of the route, - the shaped blocks and the electric line or lines (507, 508, 509) are covered by a cover layer of the route, - the material of the cover layer is also located in regions of the route sideways of the shaped blocks so that the shaped blocks and the cover layer form an integrated layer on top of the base layer.
An inhalable powder comprising: crystalline dry powder particles comprising: a solid salt of an alkaloid, wherein the salt of the alkaloid is solid at 25 °C; and a sugar alcohol comprising erythritol, myo-inositol, adonitol, xylitol, or a combination thereof. a solid salt of an alkaloid, wherein the salt of the alkaloid is solid at 25 °C; and a sugar alcohol comprising erythritol, myo-inositol, adonitol, xylitol, or a combination thereof.
A device for magnetizing a rotor of an electrical machine with a power rating of at least 1 MW, wherein the rotor comprises permanent magnet material, said device comprising a yoke with an electromagnetic coil arranged to produce a pulsed magnetic field for magnetizing the permanent magnet material, wherein the magnetic field is sufficient to magnetize a permanent magnetic pole when the rotor and yoke is in a fixed relation to each other, characterized in that the ratio between the length of the at least one permanent magnetic pole and the length of the yoke is between one and two, and wherein the device is configured to displace the rotor in the axial direction of the rotor between a first and a second magnetic pulse.
A rotor blade for a wind turbine, which rotor blade extends in the longitudinal direction from a blade connection to a blade tip with a variable profile depth, wherein - the rotor blade is divided at a separating point and has a separating point profile depth at the separating point, - a relative blade length of the rotor blade, starting from the blade connection, is defined in a blade length value range between 0% to 100%, - the separating point is arranged in a blade length value range between 25% and 50%, - a rotor blade section facing the blade connection and a rotor blade section facing away from the blade connection can be connected at this separating point for correct operation of the rotor blade, - a depth ratio which is composed of the variable profile depth and the separating point profile depth is defined, characterized in that: - a development index is defined as a gradient of the depth ratio in the direction of the relative blade length, and - the development index in the region of the separating point is less than -1. - the rotor blade is divided at a separating point and has a separating point profile depth at the separating point, - a relative blade length of the rotor blade, starting from the blade connection, is defined in a blade length value range between 0% to 100%, - the separating point is arranged in a blade length value range between 25% and 50%, - a rotor blade section facing the blade connection and a rotor blade section facing away from the blade connection can be connected at this separating point for correct operation of the rotor blade, - a depth ratio which is composed of the variable profile depth and the separating point profile depth is defined, characterized in that: - a development index is defined as a gradient of the depth ratio in the direction of the relative blade length, and - the development index in the region of the separating point is less than -1.
Use for cleaning water from suspended particles of oil or oil products, and optionally from metal ions, of an aqueous solution of polysaccharide microgels having a concentration of microgels from 0.1 to 20 g/l, wherein the capability of polysaccharides to become adsorbed on an interphase surface in the form of microgels is used, characterized in that the microgels have a molecular mass of 20,000-200,000 Da and a particle size of 50-600 nm, wherein the pH of the solution is changed so as to cause the formation of agglomerates, consisting of said suspended particles of oil or oil products coated with a thin polysaccharide film.
A sustained release pharmaceutical composition comprising an active pharmaceutical ingredient, or a pharmaceutically acceptable salt thereof, and a geopolymeric binder.