mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine, comprising: a rotor base coupled to a generally horizontal supporting surface and rotatable about a rotor-base axis generally perpendicular to the supporting surface; a plurality of blade elements extending from the rotor base and having distal blade tip portions, and blade base portions opposite the distal blade tip portions and coupled to the rotor base, each blade element having a respective angle of attack, each blade base portion having a base-portion axis generally perpendicular to the rotor base, each blade element being rotatable about its respective base-portion axis thereby altering the respective angle of attack of each respective blade element; and a controller coupled to the blade elements and configured to rotate each blade element; characterized in that each distal blade tip portion has a distal blade tip vortex control device. a rotor base coupled to a generally horizontal supporting surface and rotatable about a rotor-base axis generally perpendicular to the supporting surface; a plurality of blade elements extending from the rotor base and having distal blade tip portions, and blade base portions opposite the distal blade tip portions and coupled to the rotor base, each blade element having a respective angle of attack, each blade base portion having a base-portion axis generally perpendicular to the rotor base, each blade element being rotatable about its respective base-portion axis thereby altering the respective angle of attack of each respective blade element; and a controller coupled to the blade elements and configured to rotate each blade element; characterized in that each distal blade tip portion has a distal blade tip vortex control device.
A burner for a turbomachine, the burner comprising a central axis, the central axis of the burner defines an axial direction, a radial direction perpendicular to the central axis, and a circumferential direction extending around the central axis, the burner comprising: a pilot nozzle formed proximate to an aft end of the burner; an air inlet formed proximate to a forward end of the burner in fluid communication with the pilot nozzle; a mixing channel extending along the axial direction between the air inlet and the pilot nozzle such that the air inlet is in fluid communication with the pilot nozzle via the mixing channel, the mixing channel defining a centerline; an annular fuel plenum extending along the circumferential direction; and a fuel port in fluid communication with the annular fuel plenum and the mixing channel, the fuel port comprising an outlet configured to inject fuel into the mixing channel such that a shear flow is induced, characterized in that the fuel port comprises a rectangular cross-section, the rectangular cross-section of the fuel port being oriented such that a diagonal of the rectangular cross-section is generally aligned with the centerline of the mixing channel. a pilot nozzle formed proximate to an aft end of the burner; an air inlet formed proximate to a forward end of the burner in fluid communication with the pilot nozzle; a mixing channel extending along the axial direction between the air inlet and the pilot nozzle such that the air inlet is in fluid communication with the pilot nozzle via the mixing channel, the mixing channel defining a centerline; an annular fuel plenum extending along the circumferential direction; and a fuel port in fluid communication with the annular fuel plenum and the mixing channel, the fuel port comprising an outlet configured to inject fuel into the mixing channel such that a shear flow is induced, characterized in that the fuel port comprises a rectangular cross-section, the rectangular cross-section of the fuel port being oriented such that a diagonal of the rectangular cross-section is generally aligned with the centerline of the mixing channel.
A sheet-processing machine comprising: a sheet transport device having a sheet-conveying system (3, 4) receiving sheets from a sheet-guiding cylinder; a gripping device for the clamped fixing and transporting of a front edge of a sheet; and at least two peripheral sheet support segments simultaneously holding the sheet on the lateral cylinder surface of the sheet-guiding cylinder and/or pneumatic fixing devices for the rear edge of the sheet, characterized in that the pneumatic sheet support segments and/or the fixing devices are pneumatically connected to a compressed air generator, wherein the compressed air generator provides a pneumatic pressure that is permanently above the ambient pressure.
A cutting tool holder adapted for mounting thereon a cutting insert to form a cutting tool, said cutting tool holder comprising: an insert seat space configured for receiving therein the cutting insert, the insert seat space being defined by a base and at least one side wall (34a, 34b) extending from said base; a support element extending from the base into the insert seat space; a fastening member; and a bore open at the base to the insert seat space adjacent said support element and between said side wall (34a, 34b) and said support element when seen in a plan view of the base, and configured for receiving said fastening member for engagement therewith, said fastening member being displaceable with respect to the base between a mounting position configured for allowing said cutting insert to be mounted within said insert seat space, and a securing position adapted for securing the cutting insert within said insert seat space, in which securing position the fastening member is received within the bore; wherein said support element is fixed and integrally formed with said base; characterized in that said fastening member, in its securing position, engages a side wall of the support element in order to apply a biasing force, directed away from the support element and towards said side wall (34a, 34b), on the cutting insert, thereby securing the cutting insert within said insert seat space. an insert seat space configured for receiving therein the cutting insert, the insert seat space being defined by a base and at least one side wall (34a, 34b) extending from said base; a support element extending from the base into the insert seat space; a fastening member; and a bore open at the base to the insert seat space adjacent said support element and between said side wall (34a, 34b) and said support element when seen in a plan view of the base, and configured for receiving said fastening member for engagement therewith, said fastening member being displaceable with respect to the base between a mounting position configured for allowing said cutting insert to be mounted within said insert seat space, and a securing position adapted for securing the cutting insert within said insert seat space, in which securing position the fastening member is received within the bore; wherein said support element is fixed and integrally formed with said base; characterized in that said fastening member, in its securing position, engages a side wall of the support element in order to apply a biasing force, directed away from the support element and towards said side wall (34a, 34b), on the cutting insert, thereby securing the cutting insert within said insert seat space.
A system for repairing an anatomical vessel at the junction of a main anatomical vessel and branch anatomical vessel including: a primary stent graft (40; 60) configured for placement in the main anatomical vessel, including a tubular graft material, at least one stent, a fenestration (42; 65) in a sidewall of the tubular graft material, the fenestration having a diameter; a branch vessel stent graft (30; 62) including: a proximal end; a distal end; a body portion configured for placement in a body vessel branching from a main body vessel; and a fixation coupling positioned at or near the proximal end and configured for placement within the fenestration; wherein the fixation coupling comprises a distal non-helical ring coupled to its distal end, a proximal non-helical ring coupled to its proximal end, characterized by a hyperboloid-shaped section positioned between the rings, and a first outer extent and a second outer extent, wherein the diameter or directrix of both of the rings is larger than any diameter of the hyperboloid-shaped section; and wherein the diameter of the apex of the hyperboloid-shaped section is larger than the diameter of the fenestration. a primary stent graft (40; 60) configured for placement in the main anatomical vessel, including a tubular graft material, at least one stent, a fenestration (42; 65) in a sidewall of the tubular graft material, the fenestration having a diameter; a branch vessel stent graft (30; 62) including: a proximal end; a distal end; a body portion configured for placement in a body vessel branching from a main body vessel; and a fixation coupling positioned at or near the proximal end and configured for placement within the fenestration; wherein the fixation coupling comprises a distal non-helical ring coupled to its distal end, a proximal non-helical ring coupled to its proximal end, characterized by a hyperboloid-shaped section positioned between the rings, and a first outer extent and a second outer extent, wherein the diameter or directrix of both of the rings is larger than any diameter of the hyperboloid-shaped section; and wherein the diameter of the apex of the hyperboloid-shaped section is larger than the diameter of the fenestration. a proximal end; a distal end; a body portion configured for placement in a body vessel branching from a main body vessel; and a fixation coupling positioned at or near the proximal end and configured for placement within the fenestration; wherein the fixation coupling comprises a distal non-helical ring coupled to its distal end, a proximal non-helical ring coupled to its proximal end, characterized by a hyperboloid-shaped section positioned between the rings, and a first outer extent and a second outer extent, wherein the diameter or directrix of both of the rings is larger than any diameter of the hyperboloid-shaped section; and wherein the diameter of the apex of the hyperboloid-shaped section is larger than the diameter of the fenestration.
A negative active material, wherein the negative active material comprises a carbon material; and 6 < Gr/K < 16, wherein, Gr is a graphitization degree of the carbon material, measured by means of X-ray diffraction; and K is a ratio Id/Ig of a peak intensity Id of the carbon material at a wavenumber of 1250 cm -1 to 1650 cm -1 to a peak intensity Ig of the carbon material at a wavenumber of 1500 cm -1 to 1650 cm -1, and is measured by using Raman spectroscopy, and K is 0.06 to 0.15, characterized in that La / S > 20, wherein La is a size of a crystal of the carbon material along a horizontal axis as measured by means of X-ray diffraction, and is measured in units of nm; S is a ratio of a peak area C004 of a surface to a peak area C110 of a surface of the negative active material as measured by using an X-ray diffraction pattern; and La is greater than 50. wherein, Gr is a graphitization degree of the carbon material, measured by means of X-ray diffraction; and K is a ratio Id/Ig of a peak intensity Id of the carbon material at a wavenumber of 1250 cm -1 to 1650 cm -1 to a peak intensity Ig of the carbon material at a wavenumber of 1500 cm -1 to 1650 cm -1, and is measured by using Raman spectroscopy, and K is 0.06 to 0.15, characterized in that La / S > 20, wherein La is a size of a crystal of the carbon material along a horizontal axis as measured by means of X-ray diffraction, and is measured in units of nm; S is a ratio of a peak area C004 of a surface to a peak area C110 of a surface of the negative active material as measured by using an X-ray diffraction pattern; and La is greater than 50. La is a size of a crystal of the carbon material along a horizontal axis as measured by means of X-ray diffraction, and is measured in units of nm; S is a ratio of a peak area C004 of a surface to a peak area C110 of a surface of the negative active material as measured by using an X-ray diffraction pattern; and La is greater than 50.
A buckling loop rotary motor, comprising: a rigid stator, comprising a cylindrical inner surface having a circular cross-section; a buckling loop, constrained within said cylindrical inner surface to form one or more buckles; and characterized by means for generating an activation force within said buckling loop, said activation force effecting a change of shape of said one or more buckles, thereby impelling said buckling loop to rotate with respect to said rigid stator about an axis of rotation located substantially coaxially with a central axis of said cylindrical inner surface. a rigid stator, comprising a cylindrical inner surface having a circular cross-section; a buckling loop, constrained within said cylindrical inner surface to form one or more buckles; and characterized by means for generating an activation force within said buckling loop, said activation force effecting a change of shape of said one or more buckles, thereby impelling said buckling loop to rotate with respect to said rigid stator about an axis of rotation located substantially coaxially with a central axis of said cylindrical inner surface.
A mobile station configured to transmit an uplink signal to a radio base station (eNB) according to carrier aggregation by using a plurality of carriers (CC#1, CC#2) having different carrier frequencies, comprising: a timer management unit configured to manage a timing advance timer corresponding to the plurality of carriers; and a state management unit configured to consider the carriers, for which the timing advance timer has expired, as an asynchronous state, the mobile station further comprising a transmission unit configured to transmit a random access preamble on the carriers that are in the asynchronous state. a timer management unit configured to manage a timing advance timer corresponding to the plurality of carriers; and a state management unit configured to consider the carriers, for which the timing advance timer has expired, as an asynchronous state, the mobile station further comprising a transmission unit configured to transmit a random access preamble on the carriers that are in the asynchronous state.
An optical sensor (110, 210) for the detection of at least one height profile of an object surface in accordance with the principle of light sectioning method, the optical sensor (110, 210) comprising: a light transmitter which is configured to project at least one light line onto the object surface; a receiving unit comprising a light receiver having an array of receiving elements and a receiving optics arranged upstream of the light receiver for generating an image of the at least one projected light line on the light receiver; and an evaluation unit connected to the light receiver and configured for determining the height profile from an image of the at least one projected light line recorded by the light receiver; wherein the receiving unit further comprises a tunable aperture associated with the receiving optics and configured for varying the size and/or the shape of the aperture of the receiving optics, wherein the evaluation unit is configured for controlling the tunable aperture in dependence from at least one image parameter of the image of the at least one projected light line, characterized in that, the at least one image parameter comprises the presence of an image artefact to be compensated which includes unwanted side peaks or side lines in the image, or multiple reflections and ghost images of the projected line. a light transmitter which is configured to project at least one light line onto the object surface; a receiving unit comprising a light receiver having an array of receiving elements and a receiving optics arranged upstream of the light receiver for generating an image of the at least one projected light line on the light receiver; and an evaluation unit connected to the light receiver and configured for determining the height profile from an image of the at least one projected light line recorded by the light receiver; wherein the receiving unit further comprises a tunable aperture associated with the receiving optics and configured for varying the size and/or the shape of the aperture of the receiving optics, wherein the evaluation unit is configured for controlling the tunable aperture in dependence from at least one image parameter of the image of the at least one projected light line, characterized in that, the at least one image parameter comprises the presence of an image artefact to be compensated which includes unwanted side peaks or side lines in the image, or multiple reflections and ghost images of the projected line.
An in vitro method for stimulating proliferation or enhancing proliferation of stem cells or progenitor cells by activating MUC1 receptor on the cells, wherein the MUC1 receptor is a cleavage product that comprises a cytoplasmic tail, a transmembrane portion and an extracellular domain which is cleaved, wherein the extracellular domain of MUC1 cleavage product is the peptide sequence defined in SEQ ID NO:10 and all functional variants and fragments thereof having any integer value of amino acid additions or deletions up to 20 at its N-terminus and/or C-terminus.
A method for manufacturing a CMP polishing pad, comprising: determining a diameter of holes to be formed on a CMP Polishing pad; determining a particular type of laser capable of generating light of a range of visible rays or near IR rays, such as GaAs lasers, Nd-YAG lasers or HF lasers, to be used according to the diameter of the holes; determining a particular type of light-absorbing material capable of absorbing the light correspoding to near IR rays and visible rays according to the type of laser; dispersing the light-absorbing material in or on the surface of the CMP polishing pad; and irradiating the CMP polishing pad having the light-absorbing material dispersed with the laser beams to form the holes. determining a diameter of holes to be formed on a CMP Polishing pad; determining a particular type of laser capable of generating light of a range of visible rays or near IR rays, such as GaAs lasers, Nd-YAG lasers or HF lasers, to be used according to the diameter of the holes; determining a particular type of light-absorbing material capable of absorbing the light correspoding to near IR rays and visible rays according to the type of laser; dispersing the light-absorbing material in or on the surface of the CMP polishing pad; and irradiating the CMP polishing pad having the light-absorbing material dispersed with the laser beams to form the holes.
Device for disintegrating food waste, comprising bones, at a machine for cutting vegetables using a rotating disc provided with an opening in the disc and a knife arranged by and along the opening, which cutting disc is mounted on a driven vertical axis, and wherein the cutting disc is arranged in the lower part of a cylindrical housing into which food leftovers are arranged to be fed down from above the cutting disc, characterised in that a stationary stopping means is mounted above the cutting disc and from the center of the cutting disc to the periphery of the cutting disc, in that the stopping means extends a certain distance upwards from the cutting disc, in that the stopping means has a stopping surface, facing in a direction opposite to the direction of motion of the cutting disc, in that the angle between the edge of the knife and the stopping surface in a rotational position of the cutting disc, in which the edge of the knife and the stopping surface partly overlap as seen in a direction perpendicularly to the plane of the cutting disc, opens inwards towards the center of the cutting disc, and in that the vertical distance between the edge of the knife and the underside of the stopping means allows cutting of bones, but is less than about 1 millimeters.
A straddle type vehicle having two front wheels and a single rear wheel, which has a front wheel suspension device axially supporting a front wheel, a front fender covering an upper part of said front wheel, and a front wheel brake system for braking said front wheel, wherein said front wheel brake system has a brake disc provided on said front wheel, and a brake caliper generating braking force by gripping said brake disc, characterized in that said front fender has a cover portion covering said brake caliper and avoiding said front wheel suspension device, and in that said brake caliper and said cover portion are disposed in front of a shaft of said front wheel.
A computer-implemented method for drug discovery, the method comprising: (a) collecting one or more datasets of one or more molecules, wherein each dataset of the one or more datasets has labels for a different characteristic of inputs of the dataset; (b) training a deep featurizer, wherein training the deep featurizer comprises: (i) training a master model and a set of one or more secondary models based on the one or more datasets, wherein the master model is a neural network that comprises a set of one or more layers, and training the master model based on the trained secondary models, (ii) creating a set of outputs from the master model, and (iii) training a set of one or more orthogonal models on the created set of outputs; (c) creating a feature set of one or more outputs from the deep featurizer; and (d) identifying a drug candidate using the trained set of one or more orthogonal models. (a) collecting one or more datasets of one or more molecules, wherein each dataset of the one or more datasets has labels for a different characteristic of inputs of the dataset; (b) training a deep featurizer, wherein training the deep featurizer comprises: (i) training a master model and a set of one or more secondary models based on the one or more datasets, wherein the master model is a neural network that comprises a set of one or more layers, and training the master model based on the trained secondary models, (ii) creating a set of outputs from the master model, and (iii) training a set of one or more orthogonal models on the created set of outputs; (i) training a master model and a set of one or more secondary models based on the one or more datasets, wherein the master model is a neural network that comprises a set of one or more layers, and training the master model based on the trained secondary models, (ii) creating a set of outputs from the master model, and (iii) training a set of one or more orthogonal models on the created set of outputs; (c) creating a feature set of one or more outputs from the deep featurizer; and (d) identifying a drug candidate using the trained set of one or more orthogonal models.
An extract of bog myrtle for use in masking the odor of a fish semiochemical in water, wherein the attraction between a parasite and a fish in said water is reduced, characterized in that said extract of bog myrtle is added to said water or is administered to a fish in said water.