mhurhangee/ep-ind-claims huggingface dataset:
A rotary electric machine comprising: a rotor; a stator that includes an annular stator core that is disposed so as to surround said rotor; and a plurality of coils that are wound onto said stator core; an insulating member that includes an annular holder portion in which a groove is formed on one surface so as to extend circumferentially, said insulating member being disposed on a first axial end of said stator such that a second surface of said holder portion is oriented toward said stator; and a plurality of connecting terminals that are held by said insulating member; characterized in that coil terminals of said plurality of coils each extend outward from said coils, are led around circumferentially through said groove, and are connected to connecting terminals that are subject to connection therewith among said plurality of connecting terminals, said insulating member includes a terminal holding portion that is formed so as to protrude radially outward from said holder portion, and each of said plurality of connecting terminals includes a first terminal portion to which one of said coil terminals is joined, a second terminal portion to which the power converting portion is joined, and a third terminal portion extending in a direction opposite to said first terminal portion, each of said plurality of connecting terminals being held on a first surface of said terminal holding portion in a state where said third terminal portion is inserted from a first surface side of said terminal holding portion into a terminal insertion aperture of said terminal holding portion. a rotor; a stator that includes an annular stator core that is disposed so as to surround said rotor; and a plurality of coils that are wound onto said stator core; an insulating member that includes an annular holder portion in which a groove is formed on one surface so as to extend circumferentially, said insulating member being disposed on a first axial end of said stator such that a second surface of said holder portion is oriented toward said stator; and a plurality of connecting terminals that are held by said insulating member; characterized in that coil terminals of said plurality of coils each extend outward from said coils, are led around circumferentially through said groove, and are connected to connecting terminals that are subject to connection therewith among said plurality of connecting terminals, said insulating member includes a terminal holding portion that is formed so as to protrude radially outward from said holder portion, and each of said plurality of connecting terminals includes a first terminal portion to which one of said coil terminals is joined, a second terminal portion to which the power converting portion is joined, and a third terminal portion extending in a direction opposite to said first terminal portion, each of said plurality of connecting terminals being held on a first surface of said terminal holding portion in a state where said third terminal portion is inserted from a first surface side of said terminal holding portion into a terminal insertion aperture of said terminal holding portion.
A method of protecting a 5LPP or 7LPP coating comprising alternating layers of solid and foamed polypropylene on a length of pipe for subsea use, the method comprising applying a protective edge finisher of thermoplastics to a cut edge of the coating to encase the cut edge of the coating, heat being applied to melt the thermoplastics of the edge finisher and the polypropylene of the coating at their interface to fuse the edge finisher with the coating, wherein the edge finisher is a discrete component mirror-welded to the edge of the coating.
A sound emission and collection device comprising: a plurality of unidirectional microphones (12, 12A-12H) arranged on a circumference of a first circle, wherein an axis is orthogonal to said first circle and intersects a center of said first circle, said plurality of unidirectional microphones (12, 12A-12H) pointing toward the center of said first circle; characterized in that it further comprises a plurality of speakers (11,11A-11H) arranged on a circumference of a second circle, wherein the axis is orthogonal to said second circle and intersects a center of said second circle, said plurality of speakers (11, 11A-11 H) pointing toward a direction opposite the center of said second circle; and signal processing means that is adapted to estimate a sound source direction based on a level of a sound signal collected by each unidirectional microphone (12, 12A-12H), to select a unidirectional microphone (12,12A-12H) facing toward the sound source direction, and to output a sound signal collected by the selected unidirectional microphone (12, 12A-12H) to a rear processing stage, wherein the signal processing means is adapted to add sound signals collected by adjacent unidirectional microphones (12, 12A-12H) for each set of adjacent unidirectional microphones (12, 12A-12H) to thereby obtain a plurality of added signals, to select a signal having a highest sound pressure level among the plurality of added signals, and to output the selected signal to the rear processing stage. a plurality of unidirectional microphones (12, 12A-12H) arranged on a circumference of a first circle, wherein an axis is orthogonal to said first circle and intersects a center of said first circle, said plurality of unidirectional microphones (12, 12A-12H) pointing toward the center of said first circle;
A method for managing a system for generation of electric power, comprising at least one direct current source, which delivers an electric power subject to fluctuations, and a plurality of inverters (5A, 5B, 5N), provided with respective control units (6A, 6B, 6N), the inputs of which are connected to said source and which transform the electric power at the input into ac electric power at the output with controlled frequency and voltage, comprising the steps of: a. selecting one of said inverters (5A, 5B, 5N) as master unit and the remaining inverters as slave units; b. performing, via said master unit, a maximum power point tracking algorithm and generating a power-modulation control signal (Sw) via said master unit; characterized in that said power-modulation control signal (Sw) is used to control and manage in parallel and simultaneously the master unit and all the active ones of said slave units such as to modulate the power absorbed by said master unit and all said active slave units, so that said units deliver a variable power that tracks the fluctuations of the power at the output of said direct current source. a. selecting one of said inverters (5A, 5B, 5N) as master unit and the remaining inverters as slave units; b. performing, via said master unit, a maximum power point tracking algorithm and generating a power-modulation control signal (Sw) via said master unit;
Aqueous adhesive composition, characterized in that it comprises a resin based: - on at least one aromatic aldehyde bearing at least two aldehyde functional groups, comprising at least one aromatic ring, and - on at least one compound of formula: in which: each group R1, R2 and R3 represents, independently of one another, an alkyl, aryl, arylalkyl, alkylaryl, cycloalkyl or hydrogen group, and X represents S, O or N-R4, with R4 representing an alkyl, aryl, arylalkyl, alkylaryl or cycloalkyl group. - on at least one aromatic aldehyde bearing at least two aldehyde functional groups, comprising at least one aromatic ring, and - on at least one compound of formula: in which: each group R1, R2 and R3 represents, independently of one another, an alkyl, aryl, arylalkyl, alkylaryl, cycloalkyl or hydrogen group, and X represents S, O or N-R4, with R4 representing an alkyl, aryl, arylalkyl, alkylaryl or cycloalkyl group. each group R1, R2 and R3 represents, independently of one another, an alkyl, aryl, arylalkyl, alkylaryl, cycloalkyl or hydrogen group, and X represents S, O or N-R4, with R4 representing an alkyl, aryl, arylalkyl, alkylaryl or cycloalkyl group.
Method for operating a passive access system for a motor vehicle, having an ID transmitter which exchanges wireless communication, particularly in the LF range, with a control unit arranged inside the vehicle in order to unlock and/or lock the vehicle, wherein the ID transmitter comprises at least - a control unit for exchanging the wireless communication, - a sensor, particularly an acceleration sensor, which senses a user motion sequence of the ID transmitter, and - a memory unit for storing a predefined motion sequence of the ID transmitter, wherein when the ID transmitter is idle for a certain time, the ID transmitter, in particular the control unit, is placed in a standby mode, in which at least a wireless communication in the LF range between the motor vehicle and the ID transmitter is impossible, characterized in that at least one predefined motion sequence of the ID transmitter which is assigned to a function of the ID transmitter is stored in der memory unit, wherein the same sensor detects the user motion sequence when the ID transmitter moves and compares it with the predefined motion sequence stored in the memory unit, and if the predefined motion sequence matches the user motion sequence, the control unit performs the function. - a control unit for exchanging the wireless communication, - a sensor, particularly an acceleration sensor, which senses a user motion sequence of the ID transmitter, and - a memory unit for storing a predefined motion sequence of the ID transmitter, wherein when the ID transmitter is idle for a certain time, the ID transmitter, in particular the control unit, is placed in a standby mode, in which at least a wireless communication in the LF range between the motor vehicle and the ID transmitter is impossible, characterized in that at least one predefined motion sequence of the ID transmitter which is assigned to a function of the ID transmitter is stored in der memory unit, wherein the same sensor detects the user motion sequence when the ID transmitter moves and compares it with the predefined motion sequence stored in the memory unit, and if the predefined motion sequence matches the user motion sequence, the control unit performs the function.
An assembly comprising a rotating shaft supported with respect to a stationary housing by at least one active magnetic bearing presenting a mean radial air gap and at least one auxiliary bearing comprising on the one hand a first smooth surface integral with the housing and on the other hand a second smooth surface integral with the rotating shaft, said first and second smooth surfaces (24, 23) being opposite and defining a clearance which is less than said mean radial air gap, said first smooth surface and said second smooth surface each exhibit symmetry around a longitudinal axis of said shaft whilst having different profiles in a longitudinal cross-section including said longitudinal axis, characterized in that said first surface has a straight profile in said longitudinal cross-section, whereas said second surface has a convex profile in said longitudinal cross-section, in that said second smooth surface is a heat-treated surface which is formed on a sleeve fixedly mounted on said rotating shaft, in that said sleeve has a crowned profile and in that the reduction delta H of the radius of the crowned sleeve is given by the equation: Delta H = h* 2 * u − lc / la − lc ∧ exp Where h is the total drop at the end of the sleeve profile u is the distance of the point from the center of the sleeve Ic is the total length of the profiled section of the sleeve to which no modification is done la is the total length of the profiled section of the sleeve, and exp is an exponent larger than 1. Where h is the total drop at the end of the sleeve profile u is the distance of the point from the center of the sleeve Ic is the total length of the profiled section of the sleeve to which no modification is done la is the total length of the profiled section of the sleeve, and exp is an exponent larger than 1.
A method for heating a gas sensing material formulation on a micro-hotplate which comprises: a dielectric membrane formed on a semiconductor substrate comprising an etched portion and a non-etched portion; and the gas sensing material formulation being located on one side of the dielectric membrane; the method comprising: selectively heating the gas sensing material formulation using an infra-red heater located over the substrate, and controllably cooling the semiconductor substrate using a cooling plate provided under the substrate; charaterised by using a thermally insulating medium (9, 10) located between the non-etched portion of the substrate and the cooling plate so that a gas sensing structure is formed on said one side of the dielectric membrane from the gas sensing material formulation. a dielectric membrane formed on a semiconductor substrate comprising an etched portion and a non-etched portion; and the gas sensing material formulation being located on one side of the dielectric membrane; the method comprising: selectively heating the gas sensing material formulation using an infra-red heater located over the substrate, and controllably cooling the semiconductor substrate using a cooling plate provided under the substrate; selectively heating the gas sensing material formulation using an infra-red heater located over the substrate, and controllably cooling the semiconductor substrate using a cooling plate provided under the substrate; charaterised by using a thermally insulating medium (9, 10) located between the non-etched portion of the substrate and the cooling plate so that a gas sensing structure is formed on said one side of the dielectric membrane from the gas sensing material formulation.
A personal movable working chair configured to be operated along any direction of a surface by manual force in the legs and feet acting on said surface by a user sitting in said chair, wherein said chair comprises a frame with a seat for said user and a plurality of non-driven wheels which are all freely and independently rotatable about a vertical axis; said chair having a driven wheel which is configured for assisting said user to move the chair, and a support arrangement for said driven wheel, characterized in that said support arrangement comprises an actuator which is configured for lifting and lowering, upon actuation, said driven wheel in relation to said surface, between a first position in which it is in contact with said surface and a second position in which it is raised from said surface, and wherein the chair also comprises a manually operated switching unit which is accessible to the user and which is configured for moving the driven wheel between its raised and lowered positions by the user and for actuating the driven wheel when it is positioned in the lowered position.
A lamp, comprising: a light casing having an accommodation cavity, a light source unit disposed in said accommodation cavity; and a light adjusting module which comprises a movable member disposed in said accommodation cavity and movably coupled between said light casing and said light source unit, wherein when an external actuation force is applied to said light source unit, said light source unit rotates in said accommodation cavity to selectively adjust an illumination angle of said light source unit, wherein said light casing comprises a mounting bracket and a base, wherein said mounting bracket is coupled at said base to form said accommodation cavity, wherein said light source unit comprises a heat dissipation member and a light emitter coupled to said heat dissipation member, wherein said heat dissipation member serves as a heat sink for dissipating heat generated by said light emitter, wherein a first spherical indention is formed at said mounting bracket, wherein at least a portion of said movable member is rotatably engaged with said first spherical indention, characterized in that a second spherical indention is formed at said heat dissipation member, wherein at least a portion of said movable member is rotatably engaged with said second spherical indention. a light casing having an accommodation cavity, a light source unit disposed in said accommodation cavity; and a light adjusting module which comprises a movable member disposed in said accommodation cavity and movably coupled between said light casing and said light source unit, wherein when an external actuation force is applied to said light source unit, said light source unit rotates in said accommodation cavity to selectively adjust an illumination angle of said light source unit, wherein said light casing comprises a mounting bracket and a base, wherein said mounting bracket is coupled at said base to form said accommodation cavity, wherein said light source unit comprises a heat dissipation member and a light emitter coupled to said heat dissipation member, wherein said heat dissipation member serves as a heat sink for dissipating heat generated by said light emitter, wherein a first spherical indention is formed at said mounting bracket, wherein at least a portion of said movable member is rotatably engaged with said first spherical indention, characterized in that a second spherical indention is formed at said heat dissipation member, wherein at least a portion of said movable member is rotatably engaged with said second spherical indention.
A method for burying a pipeline in a bed of a body of water, the method comprising the steps of: - making a trench with a bottom surface in a bed of a body of water by means of a bed working vehicle advanced in an advancing direction; - advancing a floating unit in the body of water substantially in the advancing direction; - releasing the pipeline in a controlled manner from the floating unit by means of at least one tensioner and along a tiltable lay device mounted on the floating unit so that the pipeline forms one single curve with an upward-facing concavity between the lay device and the bottom surface of the trench; - guiding the pipeline to the bottom surface of the trench by means of a guide vehicle advanced along the trench substantially in the advancing direction; and - controlling the floating unit, the bed working vehicle, and the guide vehicle as a function of the advancing of the pipeline along the lay device for minimizing stress along the pipeline in the section extending between the floating unit and the bottom surface of the trench; characterised by - acquiring the average advancing speed of the pipeline along the lay device; and - controlling the average advancing speed of the bed working vehicle and of the guide device as a function of the average advancing speed of the pipeline along the lay device. - making a trench with a bottom surface in a bed of a body of water by means of a bed working vehicle advanced in an advancing direction; - advancing a floating unit in the body of water substantially in the advancing direction; - releasing the pipeline in a controlled manner from the floating unit by means of at least one tensioner and along a tiltable lay device mounted on the floating unit so that the pipeline forms one single curve with an upward-facing concavity between the lay device and the bottom surface of the trench; - guiding the pipeline to the bottom surface of the trench by means of a guide vehicle advanced along the trench substantially in the advancing direction; and - controlling the floating unit, the bed working vehicle, and the guide vehicle as a function of the advancing of the pipeline along the lay device for minimizing stress along the pipeline in the section extending between the floating unit and the bottom surface of the trench; characterised by - acquiring the average advancing speed of the pipeline along the lay device; and - controlling the average advancing speed of the bed working vehicle and of the guide device as a function of the average advancing speed of the pipeline along the lay device.
Lightweight construction board having at least two outer plies (2, 3) and at least one core ply disposed between the outer plies (2, 3), where a profile strip can be fastened to at least one of the narrow sides of the lightweight construction board, where the profile strip has a functional layer and a structural layer joined to the functional layer, where the structural layer and the functional layer are coextruded, characterized in that the material of the functional layer has been chemically modified such that it comprises polar and/or apolar and/or reactive groups in the molecular structure, in that the functional layer comprises energy-absorbing additives, where the profile strip is fixed on the narrow side of the lightweight construction board in such a way that the functional layer engages, integrally and supportingly, behind not only the end face (21, 31) of the outer plies (2, 3) but also the underside, disposed at right angles thereto, of the outer plies (2, 3).
Oscillation applicator for MR rheology, comprising: - a plurality of transducers, each of which is configured to generate a reciprocating motion at a given frequency; - a belt mechanically coupled to the plurality of transducers, which belt is designed to be wrapped around a patient's body, the belt itself providing mechanical coupling between the plurality of transducers and the patient's body for the reciprocating motion generated by the plurality of transducers to act on the patient's body via the belt, and wherein - each of the plurality of transducers is coupled to the belt at a different position along its longitudinal extension. - a plurality of transducers, each of which is configured to generate a reciprocating motion at a given frequency; - a belt mechanically coupled to the plurality of transducers, which belt is designed to be wrapped around a patient's body, the belt itself providing mechanical coupling between the plurality of transducers and the patient's body for the reciprocating motion generated by the plurality of transducers to act on the patient's body via the belt, and wherein - each of the plurality of transducers is coupled to the belt at a different position along its longitudinal extension.
Sintering preform comprising a support having a surface that comprises at least one structural element containing solidified paste, characterised in that the solidified paste contains (a) metal particles comprising a coating that contains at least one organic compound selected from the group consisting of fatty acids, fatty acid salts, and fatty acid esters; and (b) at least one sintering aid selected from the group consisting of inorganic acids representing oxidation agents, salts selected from the group consisting of magnesium formate, aluminium formate, iron formate, tin formate, copper formate, silver formate, and manganese formate, esters selected from the group consisting of methyl formate, ethyl formate, propyl formate, and butyl formate, and carbonyl complexes, whereby the solidified paste contains 75 - 95% by weight metal particles, 0.1 - 15% by weight sintering aid, 0 - 0.5% by weight solvent, 0 - 12% by weight metal precursor, and 0 - 10% by weight further ingredients, based on the weight of the solidified paste, and the surface of the support comprising the solidified paste is non-reactive with respect to the ingredients of the paste. (a) metal particles comprising a coating that contains at least one organic compound selected from the group consisting of fatty acids, fatty acid salts, and fatty acid esters; and (b) at least one sintering aid selected from the group consisting of inorganic acids representing oxidation agents, salts selected from the group consisting of magnesium formate, aluminium formate, iron formate, tin formate, copper formate, silver formate, and manganese formate, esters selected from the group consisting of methyl formate, ethyl formate, propyl formate, and butyl formate, and carbonyl complexes, whereby the solidified paste contains 75 - 95% by weight metal particles, 0.1 - 15% by weight sintering aid, 0 - 0.5% by weight solvent, 0 - 12% by weight metal precursor, and 0 - 10% by weight further ingredients, based on the weight of the solidified paste, and