mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining the life of components of a wind turbine or similar according to its location, comprising the following phases: Phase 1: obtaining an aeroelastic model (AM) of the wind turbine according to its design conditions; Phase 2: obtaining an aeroelastic model of the actual wind turbine arranged at its site; Phase 3: determining the specific wind conditions at the site of the wind turbine; Phase 4: determining the specific operating conditions of the wind turbine at its site; Phase 5: determining the design fatigue loads on the components of the wind turbine modeled in phase 1 according to regulatory operating conditions and wind conditions; Phase 6: determining the actual fatigue loads on the components of the wind turbine modeled in phase 2 according to the wind conditions and operating conditions determined in phases 3 and 4; and Phase 7: determining the life of each component of the wind turbine at the site of the wind turbine, reintegrating the actual fatigue loads calculated in phase 6 until the design fatigue loads calculated in phase 5 are reached; characterized in that in phase 4 the degrees of misalignment of the wind turbine with respect to the incident wind are determined, the number of starts, normal stops and emergency stops of the wind turbine are determined, the percentage of the time during which the wind turbine is stopped is determined, and the percentage of the time during which the wind turbine is subjected to ice accretion and/or subjected to accretion conditions on aerodynamic surfaces of the wind turbine due to materials that are suspended in the air is determined. Phase 1: obtaining an aeroelastic model (AM) of the wind turbine according to its design conditions; Phase 2: obtaining an aeroelastic model of the actual wind turbine arranged at its site; Phase 3: determining the specific wind conditions at the site of the wind turbine; Phase 4: determining the specific operating conditions of the wind turbine at its site; Phase 5: determining the design fatigue loads on the components of the wind turbine modeled in phase 1 according to regulatory operating conditions and wind conditions; Phase 6: determining the actual fatigue loads on the components of the wind turbine modeled in phase 2 according to the wind conditions and operating conditions determined in phases 3 and 4; and Phase 7: determining the life of each component of the wind turbine at the site of the wind turbine, reintegrating the actual fatigue loads calculated in phase 6 until the design fatigue loads calculated in phase 5 are reached; characterized in that in phase 4 the degrees of misalignment of the wind turbine with respect to the incident wind are determined, the number of starts, normal stops and emergency stops of the wind turbine are determined, the percentage of the time during which the wind turbine is stopped is determined, and the percentage of the time during which the wind turbine is subjected to ice accretion and/or subjected to accretion conditions on aerodynamic surfaces of the wind turbine due to materials that are suspended in the air is determined.
A guidewire, comprising: a) a core wire extending along a longitudinal axis from a core wire proximal end to a core wire distal portion having a core wire distal end; b) a housing connected to the core wire distal end; c) a printed circuit board (PCB) electrically connected to a camera chip, wherein the PCB is connected to the housing; d) a power cable extending along the core wire to the PCB to thereby provide electrical power to the camera chip; and e) an atraumatic lens supported by the housing, wherein the camera chip resides between the atraumatic lens and the housing so that light rays entering the atraumatic lens are refracted to a focal plane aligned along a distal face of the camera chip. a) a core wire extending along a longitudinal axis from a core wire proximal end to a core wire distal portion having a core wire distal end; b) a housing connected to the core wire distal end; c) a printed circuit board (PCB) electrically connected to a camera chip, wherein the PCB is connected to the housing; d) a power cable extending along the core wire to the PCB to thereby provide electrical power to the camera chip; and e) an atraumatic lens supported by the housing, wherein the camera chip resides between the atraumatic lens and the housing so that light rays entering the atraumatic lens are refracted to a focal plane aligned along a distal face of the camera chip.
Integrated circuitry, comprising: a signal path connected to a connection pad, for connection to external circuitry; a substrate configured to act as a voltage reference; and a termination circuit connected between the signal path and the substrate and configured to compensate for parasitic capacitance associated with the connection pad, wherein: the termination circuit comprises first and second resistors connected in series between the signal path and the substrate, and an inductor connected in parallel with one of the resistors; and a resistance of the substrate is higher than a resistance of the termination circuit. a signal path connected to a connection pad, for connection to external circuitry; a substrate configured to act as a voltage reference; and a termination circuit connected between the signal path and the substrate and configured to compensate for parasitic capacitance associated with the connection pad, wherein: the termination circuit comprises first and second resistors connected in series between the signal path and the substrate, and an inductor connected in parallel with one of the resistors; and a resistance of the substrate is higher than a resistance of the termination circuit. the termination circuit comprises first and second resistors connected in series between the signal path and the substrate, and an inductor connected in parallel with one of the resistors; and a resistance of the substrate is higher than a resistance of the termination circuit.
A compound for use in treating cardiac hypertrophy in a subject in need thereof, said compound selected from 1-octyl alpha-ketoglutarate and pharmaceutically acceptable solvates and salts thereof, wherein the heart size is reduced and the cardiac output of the subject is restored to pre-cardiac hypertrophic output levels.
A carbon composite comprising: a porous carbonaceous core having a nanostructure; and a polymer electrolyte membrane disposed on the carbonaceous core, the polymer electrolyte membrane comprising a first ionic liquid, a first polymer layer disposed on the carbonaceous core and having a first ionic charge, and a second polymer layer disposed on the first polymer layer and having a second ionic charge, which is opposite to the first ionic charge of the first polymer layer, wherein the first and second polymer layers form a polymer bilayer; wherein the carbon composite comprises a second ionic liquid disposed on the carbonaceous core, the second ionic liquid having a third ionic charge which is opposite to the first ionic charge of the first polymer layer; and wherein the second ionic liquid is between the carbonaceous core and the first polymer layer. a porous carbonaceous core having a nanostructure; and a polymer electrolyte membrane disposed on the carbonaceous core, the polymer electrolyte membrane comprising a first ionic liquid, a first polymer layer disposed on the carbonaceous core and having a first ionic charge, and a second polymer layer disposed on the first polymer layer and having a second ionic charge, which is opposite to the first ionic charge of the first polymer layer, wherein the first and second polymer layers form a polymer bilayer; wherein the carbon composite comprises a second ionic liquid disposed on the carbonaceous core, the second ionic liquid having a third ionic charge which is opposite to the first ionic charge of the first polymer layer; and wherein the second ionic liquid is between the carbonaceous core and the first polymer layer. a first ionic liquid, a first polymer layer disposed on the carbonaceous core and having a first ionic charge, and a second polymer layer disposed on the first polymer layer and having a second ionic charge, which is opposite to the first ionic charge of the first polymer layer, wherein the first and second polymer layers form a polymer bilayer; wherein the carbon composite comprises a second ionic liquid disposed on the carbonaceous core, the second ionic liquid having a third ionic charge which is opposite to the first ionic charge of the first polymer layer; and wherein the second ionic liquid is between the carbonaceous core and the first polymer layer.
A flow restriction device , comprising: a housing comprising a first end portion , a second end portion , an inner surface forming a cavity between the first and second end portions, a first opening through the first end portion, and a second opening through the second end portions; and an insert body comprising a first end , a second end , a longitudinal axis (A1) extending through the first and second ends, and an inner surface forming a fluid passage extending between the first and second ends, the fluid passage comprising a first portion that extends in a first direction (D1) away from the longitudinal axis (A1), a second portion that extends in a second direction (D2) toward the longitudinal axis (A1), a third portion that extends in the first direction (D1); wherein the insert body is positioned within the cavity with a first opening of the fluid passage fluidly coupled with the first opening of the housing and a second opening of the fluid passage fluidly coupled with the second opening of the housing, characterized by a third opening of the fluid passage formed by a fourth portion of the fluid passage that extends through an outer surface of the insert body, and a fourth opening of the fluid passage formed by a fifth portion of the fluid passage that extends through the outer surface of the insert body, wherein the fourth opening is spaced apart from the third opening . a housing comprising a first end portion , a second end portion , an inner surface forming a cavity between the first and second end portions, a first opening through the first end portion, and a second opening through the second end portions; and an insert body comprising a first end , a second end , a longitudinal axis (A1) extending through the first and second ends, and an inner surface forming a fluid passage extending between the first and second ends, the fluid passage comprising a first portion that extends in a first direction (D1) away from the longitudinal axis (A1), a second portion that extends in a second direction (D2) toward the longitudinal axis (A1), a third portion that extends in the first direction (D1); wherein the insert body is positioned within the cavity with a first opening of the fluid passage fluidly coupled with the first opening of the housing and a second opening of the fluid passage fluidly coupled with the second opening of the housing, characterized by a third opening of the fluid passage formed by a fourth portion of the fluid passage that extends through an outer surface of the insert body, and a fourth opening of the fluid passage formed by a fifth portion of the fluid passage that extends through the outer surface of the insert body, wherein the fourth opening is spaced apart from the third opening .
An optical connector comprising: a ferrule comprising a first surface and a plurality of bores extending from the first surface ; a waveguide support coupled to the ferrule , the waveguide support comprising a chip coupling surface ; a plurality of first waveguides disposed within the plurality of bores of the ferrule and each having a first end and a second end opposite the first end, wherein the first ends of the plurality of first waveguides are exposed at the first surface of the ferrule and define a first pitch; and a plurality of second waveguides at least partially supported by the waveguide support , the plurality of second waveguides each having a first end and a second end opposite the first end, wherein the second ends of the plurality of second waveguides are optically coupled to the second ends of the plurality of first waveguides , wherein the first ends of the plurality of second waveguides are exposed at the chip coupling surface of the waveguide support and define a second pitch that is the same as or smaller than the first pitch. a ferrule comprising a first surface and a plurality of bores extending from the first surface ; a waveguide support coupled to the ferrule , the waveguide support comprising a chip coupling surface ; a plurality of first waveguides disposed within the plurality of bores of the ferrule and each having a first end and a second end opposite the first end, wherein the first ends of the plurality of first waveguides are exposed at the first surface of the ferrule and define a first pitch; and a plurality of second waveguides at least partially supported by the waveguide support , the plurality of second waveguides each having a first end and a second end opposite the first end, wherein the second ends of the plurality of second waveguides are optically coupled to the second ends of the plurality of first waveguides , wherein the first ends of the plurality of second waveguides are exposed at the chip coupling surface of the waveguide support and define a second pitch that is the same as or smaller than the first pitch.
Hand-held power tool device having at least one intermediate shaft (18a; 18b; 18c) which is in the form of a planet carrier and has a plurality of planet gear receptacles (54a-c, 56a-c, 58a-c) and planet gear bearing points (60a-c, 62a-c, 64a-c) arranged in a circumferential direction, wherein the intermediate shaft (18a; 18b; 18c) has at least one material cutout (66a-c, 68a-c, 70a-c) in its outer circumference at least in the region of at least one planet gear bearing point (60a-c, 62a-c, 64a-c), wherein the at least one planet gear bearing point (60a-c, 62a-c, 64a-c) is arranged along a radial direction between an axis of rotation of the intermediate shaft (18a; 18b; 18c) and the at least one material cutout (66a-c, 68a-c, 70a-c), characterized in that the material cutout (66a-c, 68a-c, 70a-c), when the planet gear receptacle of the intermediate shaft (18a; 18b; 18c) is being produced, is provided to temporarily at least partially receive a milling head spindle.
A conveying device for conveying a conveyance target member (A) to be conveyed, comprising: a rotary shaft ; a plurality of holding mechanisms attached to the rotary shaft in a manner rotatable in response to rotation of the rotary shaft and each capable of holding the conveyance target member (A), wherein the plurality of holding mechanisms are arranged at respective positions having different angles about the rotary shaft ; and a speed-changing mechanism which changes an angular speed of each of the plurality of holding mechanisms such that an angular difference arises between mutually adjacent two of the plurality of holding mechanisms ; characterized by a first cover extending from a first holding mechanism which is one of the adjacent two holding mechanisms , toward a second holding mechanism which is the other of the adjacent two holding mechanisms , such that the first cover prevents foreign matter from entering a gap between the adjacent two holding mechanisms from an outside thereof in a radial direction of the rotary shaft ; and a second cover extending from the second holding mechanism toward the first holding mechanism such that the second cover prevents foreign matter from entering the gap from the outside thereof in the radial direction, and overlapping with the first cover in the radial direction, wherein the first cover and the second cover have respective lengths enough to be able to overlap with each other in the radial direction, in a state in which the two holding mechanisms are furthest apart from each other. a rotary shaft ; a plurality of holding mechanisms attached to the rotary shaft in a manner rotatable in response to rotation of the rotary shaft and each capable of holding the conveyance target member (A), wherein the plurality of holding mechanisms are arranged at respective positions having different angles about the rotary shaft ; and a speed-changing mechanism which changes an angular speed of each of the plurality of holding mechanisms such that an angular difference arises between mutually adjacent two of the plurality of holding mechanisms ; characterized by a first cover extending from a first holding mechanism which is one of the adjacent two holding mechanisms , toward a second holding mechanism which is the other of the adjacent two holding mechanisms , such that the first cover prevents foreign matter from entering a gap between the adjacent two holding mechanisms from an outside thereof in a radial direction of the rotary shaft ; and a second cover extending from the second holding mechanism toward the first holding mechanism such that the second cover prevents foreign matter from entering the gap from the outside thereof in the radial direction, and overlapping with the first cover in the radial direction, wherein the first cover and the second cover have respective lengths enough to be able to overlap with each other in the radial direction, in a state in which the two holding mechanisms are furthest apart from each other.
Device for measuring a work piece , comprising - a work piece receiving room , - a first carriage which can be moved on a first track relative to the work piece receiving room and along at least a part of the work piece receiving room , outside of the work piece receiving room , by means of a first carriage guide with at least two track guide openings , - at least one second carriage which can be moved on guide rods relative to the work piece receiving room and along at least a part of the work piece receiving room , outside of the work piece receiving room , parallel to the first track , - the second carriage being arranged moveably guidable on the first carriage guide attached to the first carriage via a coupling bracket , characterized in that the second carriage is moveably arranged on a second carriage guide that is arranged parallel to the first carriage guide, wherein the second carriage guide is rigidly connected, via the coupling bracket that is arranged extending outside of the work piece receiving room , to the first carriage such that the second carriage can be floatingly moved with the first carriage . - a work piece receiving room , - a first carriage which can be moved on a first track relative to the work piece receiving room and along at least a part of the work piece receiving room , outside of the work piece receiving room , by means of a first carriage guide with at least two track guide openings , - at least one second carriage which can be moved on guide rods relative to the work piece receiving room and along at least a part of the work piece receiving room , outside of the work piece receiving room , parallel to the first track , - the second carriage being arranged moveably guidable on the first carriage guide attached to the first carriage via a coupling bracket , characterized in that the second carriage is moveably arranged on a second carriage guide that is arranged parallel to the first carriage guide, wherein the second carriage guide is rigidly connected, via the coupling bracket that is arranged extending outside of the work piece receiving room , to the first carriage such that the second carriage can be floatingly moved with the first carriage .
A method of building a tire in which, when layering and wrapping a plurality of strip-shaped rubber members around a building drum to form a cylindrical shape, an outer circumferential side strip-shaped rubber member wrapped around a relatively outer circumferential side of the building drum is layered on an inner circumferential side strip-shaped rubber member wrapped around a relatively inner circumferential side of the building drum such that the outer circumferential side strip-shaped rubber member projects in a drum width direction, and longitudinal direction end portions of the outer circumferential side strip-shaped rubber member that are inclined relative to the drum width direction when viewed in a front view are bonded together, the method 2. characterised by comprising: when bonding the longitudinal direction end portions together, supporting inner circumferential surfaces of projecting parts of the longitudinal direction end portions projecting relative to the inner circumferential side strip-shaped rubber member in the drum width direction; positioning the inner circumferential surfaces at a level of an outer circumferential surface of the inner circumferential side strip-shaped rubber member; and pressing the projecting parts in the drum width direction to bond the longitudinal direction end portions together. supporting inner circumferential surfaces of projecting parts of the longitudinal direction end portions projecting relative to the inner circumferential side strip-shaped rubber member in the drum width direction; positioning the inner circumferential surfaces at a level of an outer circumferential surface of the inner circumferential side strip-shaped rubber member; and pressing the projecting parts in the drum width direction to bond the longitudinal direction end portions together.
Dynamic shaking device for bags emptying, consisting of: a) an inlet (A) for the full bags to be emptied; b) a discharge (B) of the product contained within the bags; c) an outlet (C) of the empty bags; d) at least one rotary shaft disposed in a perpendicular way in relation to the direction of the displacement of the hanging bags, and supporting, at least, one cutting disk with a blade at the outer edge; e) at least one shaker; and characterized in that the at least one shaker consists of a serpentine-shaped shaker element , shaking the bag in both circular and linear directions simultaneously. a) an inlet (A) for the full bags to be emptied; b) a discharge (B) of the product contained within the bags; c) an outlet (C) of the empty bags; d) at least one rotary shaft disposed in a perpendicular way in relation to the direction of the displacement of the hanging bags, and supporting, at least, one cutting disk with a blade at the outer edge; e) at least one shaker; and