mhurhangee/ep-ind-claims huggingface dataset:
A method of regenerating a devitalized catalyst/absorber comprising an oxidation catalyst component selected from platinum, palladium, rhodium, cobalt, nickel, iron, copper, molybdenum, or combinations thereof disposed on a high surface area support and an absorber material selected from a hydroxide, carbonate, bicarbonate or mixture thereof of an alkali or alkaline earth or mixtures thereof and having nitrogen oxides absorbed therein or thereon, said method comprising the steps of: providing a stream of regenerating gas comprising hydrocarbon and an inert carrier gas, said regenerating gas having an effective amount of hydrocarbon for removing said nitrogen oxides from said devitalized catalyst/absorber, said regenerating gas including a hydrocarbon selected from the group consisting of methane, propane, propylene, and toluene; and passing said stream of regenerating gas over said devitalized catalyst/absorber at a space velocity in the range of 10 hr-1 to 100,000 hr-1, for an effective time, at an effective temperature and at an effective space velocity to remove said nitrogen oxides from said devitalized absorber to form a regenerated catalyst/absorber. providing a stream of regenerating gas comprising hydrocarbon and an inert carrier gas, said regenerating gas having an effective amount of hydrocarbon for removing said nitrogen oxides from said devitalized catalyst/absorber, said regenerating gas including a hydrocarbon selected from the group consisting of methane, propane, propylene, and toluene; and passing said stream of regenerating gas over said devitalized catalyst/absorber at a space velocity in the range of 10 hr-1 to 100,000 hr-1, for an effective time, at an effective temperature and at an effective space velocity to remove said nitrogen oxides from said devitalized absorber to form a regenerated catalyst/absorber.
Magnetic resonance imaging method for generating a plurality of image data sets of an image recording region (FoV) of an examination object, wherein - at least one set (R-RD) of reference magnetic resonance raw data is captured from the image recording region (FoV), - a plurality of magnetic resonance raw data sets are captured temporally sequentially, wherein at least a plurality (SMS-RD n) of the magnetic resonance raw data sets are recorded with an SMS image recording sequence, - a reconstruction of a plurality of image data sets takes place on the basis of the captured magnetic resonance raw data sets, wherein a plurality of SMS image data sets (SMS-BD n) are each reconstructed on the basis of one of the magnetic resonance raw data sets (SMS-RD n) recorded with an SMS image recording sequence and each on the basis of one and the same set (R-RD) of reference magnetic resonance raw data, characterised in that the image data sets comprise image data sets (SMS-BD n) and navigator image data sets (SMS-N-BD n) for image display of the image recording region, and magnetic resonance raw data sets (SMS-N-RD n) are captured for reconstruction of navigator image data sets (SMS-N-BD n) between the recording of magnetic resonance raw data sets (SMS-RD n) which are used for the reconstruction of an image display of the image recording region (FoV). - at least one set (R-RD) of reference magnetic resonance raw data is captured from the image recording region (FoV), - a plurality of magnetic resonance raw data sets are captured temporally sequentially, wherein at least a plurality (SMS-RD n) of the magnetic resonance raw data sets are recorded with an SMS image recording sequence, - a reconstruction of a plurality of image data sets takes place on the basis of the captured magnetic resonance raw data sets, wherein a plurality of SMS image data sets (SMS-BD n) are each reconstructed on the basis of one of the magnetic resonance raw data sets (SMS-RD n) recorded with an SMS image recording sequence and each on the basis of one and the same set (R-RD) of reference magnetic resonance raw data, characterised in that the image data sets comprise image data sets (SMS-BD n) and navigator image data sets (SMS-N-BD n) for image display of the image recording region, and magnetic resonance raw data sets (SMS-N-RD n) are captured for reconstruction of navigator image data sets (SMS-N-BD n) between the recording of magnetic resonance raw data sets (SMS-RD n) which are used for the reconstruction of an image display of the image recording region (FoV).
Antenna arrangement for a motor vehicle, having at least one seal made of a non-conductive material, and comprising an antenna which is applied in the region of a sealing face of the seal and has the purpose of receiving radio signals, characterised in that the arrangement comprises a convertible roof or sun roof or other metallic vehicle part which can be placed in contact with the sealing face during the operation of the antenna and can be removed again, wherein the antenna forms, with the metallic vehicle part which is in contact with the seal, a slot antenna which is effective between at least two metal faces (1, 14), and in that, in the state in which no vehicle part is in contact with the seal, the antenna forms a flat electrical reception monopole which extends at a distance from a metal face which forms the antenna earth.
A recoil control device for use in a firearm, said device comprising: - a bolt head configured to alternate between a forward position and a rearward position in response to the firing of one or more cartridges; and - a slider connected to the bolt head; - wherein the slider comprises an oblique slot which comprises - an initial first sloped surface and - a second sloped surface which oblique slot is designed to accept a transverse spindle or pin that connects the bolt head to the slider so that the initial first sloped and second sloped surfaces of the slider contact the bolt head or a linkage to the bolt head, such that the slider is articulated with the bolt head, - wherein the bolt head is configured to transmit an impulse to the slider upon the backwards movement of said bolt head from the forward position to the rearward position - wherein the movement of the slider has a component perpendicular to the firing axis of the barrel of the firearm - to impulsively transfer the recoil forces in a direction lateral to the longitudinal axis of the barrel when said bolt head tilts out of the longitudinal axis of the barrel during its backward movement from said forward to said rearward position. - a bolt head configured to alternate between a forward position and a rearward position in response to the firing of one or more cartridges; and - a slider connected to the bolt head; - wherein the slider comprises an oblique slot which comprises - an initial first sloped surface and - a second sloped surface which oblique slot is designed to accept a transverse spindle or pin that connects the bolt head to the slider so that the initial first sloped and second sloped surfaces of the slider contact the bolt head or a linkage to the bolt head, such that the slider is articulated with the bolt head, - wherein the slider comprises an oblique slot which comprises - an initial first sloped surface and - a second sloped surface which oblique slot is designed to accept a transverse spindle or pin that connects the bolt head to the slider so that the initial first sloped and second sloped surfaces of the slider contact the bolt head or a linkage to the bolt head, such that the slider is articulated with the bolt head, - an initial first sloped surface and - a second sloped surface - wherein the bolt head is configured to transmit an impulse to the slider upon the backwards movement of said bolt head from the forward position to the rearward position - wherein the movement of the slider has a component perpendicular to the firing axis of the barrel of the firearm - to impulsively transfer the recoil forces in a direction lateral to the longitudinal axis of the barrel when said bolt head tilts out of the longitudinal axis of the barrel during its backward movement from said forward to said rearward position.
A method of forming a guide wire of an intravascular device, the method comprising: forming a flexible elongate member by providing a conductive core member; providing an insulating outer layer on the conductive core member by coating the conductive core member with a polymeric material; introducing conductive wires into the coating process as the thickness of the coating is built up, such that they become completely coated within the outer layer; modifying the insulating outer layer for exposing the conductive wires at multiple locations along the flexible elongate member; forming conductive bands to the conductive wires by applying conductive material to the flexible elongate member over multiple exposed locations at a proximal portion of the flexible elongate member; wherein the conductive material covers the exposed sections of the conductive wires to define the conductive bands that are in contact with the exposed conductive wires, wherein a plurality of the conductive bands is in contact with a common conductive wire; coupling a component at a distal portion of the flexible elongate member to the conductive wires through exposed locations; wherein the component is provided as at least one of the group of electronic, optical, and electro-optical components comprising at least one of the group of a pressure sensor, a temperature sensor, an imaging element, an optical fiber, an ultrasound transducer, a reflector, a mirror, a prism, an ablation element, an RF electrode, a conductor, and combinations thereof. forming a flexible elongate member by providing a conductive core member; providing an insulating outer layer on the conductive core member by coating the conductive core member with a polymeric material; introducing conductive wires into the coating process as the thickness of the coating is built up, such that they become completely coated within the outer layer; modifying the insulating outer layer for exposing the conductive wires at multiple locations along the flexible elongate member; forming conductive bands to the conductive wires by applying conductive material to the flexible elongate member over multiple exposed locations at a proximal portion of the flexible elongate member; wherein the conductive material covers the exposed sections of the conductive wires to define the conductive bands that are in contact with the exposed conductive wires, wherein a plurality of the conductive bands is in contact with a common conductive wire; coupling a component at a distal portion of the flexible elongate member to the conductive wires through exposed locations; wherein the component is provided as at least one of the group of electronic, optical, and electro-optical components comprising at least one of the group of a pressure sensor, a temperature sensor, an imaging element, an optical fiber, an ultrasound transducer, a reflector, a mirror, a prism, an ablation element, an RF electrode, a conductor, and combinations thereof.
Valve having a housing, a drive, a tappet which is connected to the drive, a closing body which is connected to the tappet and interacts with a valve seat, a magnet which is arranged at one end of the tappet, and a sensor which is arranged opposite the magnet, wherein the tappet is connected to an additional component which is designed in such a way that rotational movements of the tappet are prevented, characterized in that the additional component has a flexible region which permits a movement of the additional component in such a way that the additional component follows a linear movement of the tappet.
A foil bearing, comprising: an outer member that has an inner circumferential surface having a cylindrical surface shape; and a plurality of foils that are mounted to the inner circumferential surface of the outer member and directly face the inner circumferential surface of the outer member in a radial direction without interposition of another member, the foil bearing being configured to radially support a shaft inserted on an inner circumference of the outer member in a freely relatively rotatable manner, wherein the plurality of foils each comprise: holding portions (13a, 13b) that are formed at both circumferential ends and held while in contact with the outer member; and a body portion that is formed circumferentially between the holding portions (13a, 13b) and has a bearing surface, and wherein at least an end portion on one side in a circumferential direction of the body portion of each of the plurality of foils is raised radially inward with respect to the inner circumferential surface of the outer member, characterized in that a) the holding portion on the one side in the circumferential direction of the each of the plurality of foils is inserted to a fixing groove formed in the inner circumferential surface of the outer member, and b) the holding portion on another end side in the circumferential direction of the each of the plurality of foils is inserted to a space between an adjacent foil and the inner circumferential surface of the outer member. an outer member that has an inner circumferential surface having a cylindrical surface shape; and a plurality of foils that are mounted to the inner circumferential surface of the outer member and directly face the inner circumferential surface of the outer member in a radial direction without interposition of another member, the foil bearing being configured to radially support a shaft inserted on an inner circumference of the outer member in a freely relatively rotatable manner, wherein the plurality of foils each comprise: holding portions (13a, 13b) that are formed at both circumferential ends and held while in contact with the outer member; and a body portion that is formed circumferentially between the holding portions (13a, 13b) and has a bearing surface, and holding portions (13a, 13b) that are formed at both circumferential ends and held while in contact with the outer member; and a body portion that is formed circumferentially between the holding portions (13a, 13b) and has a bearing surface, and wherein at least an end portion on one side in a circumferential direction of the body portion of each of the plurality of foils is raised radially inward with respect to the inner circumferential surface of the outer member, a) the holding portion on the one side in the circumferential direction of the each of the plurality of foils is inserted to a fixing groove formed in the inner circumferential surface of the outer member, and b) the holding portion on another end side in the circumferential direction of the each of the plurality of foils is inserted to a space between an adjacent foil and the inner circumferential surface of the outer member.
Yarn tension sensor for measuring the yarn tension of a running thread, comprising - a rod-like force transmission element having a first end which is in operative connection with the running thread, - guide means (3, 4), which comprise at least one membrane and guide the rod-like force transmission element in its movement in the direction of its longitudinal axis perpendicular to the running direction of the thread, - measuring means, which are in operative connection with the second end of the rod-like force transmission element, - accommodating means (7, 8) for mounting the measuring means, - a housing, in which the rod-like force transmission element, the guide means (3, 4), the measuring means and the accommodating means (7, 8) are arranged, characterised in that the yarn tension sensor comprises holding means for holding the guide means (3,4), the holding means are secured onto the housing and the accommodating means (7, 8) are only held by a rigid connection with the holding means. - a rod-like force transmission element having a first end which is in operative connection with the running thread, - guide means (3, 4), which comprise at least one membrane and guide the rod-like force transmission element in its movement in the direction of its longitudinal axis perpendicular to the running direction of the thread, - measuring means, which are in operative connection with the second end of the rod-like force transmission element, - accommodating means (7, 8) for mounting the measuring means, - a housing, in which the rod-like force transmission element, the guide means (3, 4), the measuring means and the accommodating means (7, 8) are arranged,
An electrical connection means comprising a female part having a socket section in which a male part is received, said male part having openings in the region of a base, wherein the socket section has projections which project into the openings and which, in the openings, are connected in a form-fitted manner to the male part, characterized in that an elastic latch projection is formed from a part of a wall of the socket section and projects outwardly, with a nose (74, 75) being formed at a side of the latch projection and projecting into a wall opening (76, 77) of the socket section, with the wall opening (76, 77) being larger than the nose (74, 75) so that the latch projection is movable.
A metal container configured to be used as an electrochemical battery cell container, the container comprising a side wall, an open end, and a closed end, the closed end comprising a metal plate and a positive terminal cover, wherein: a pressure relief vent formed in the metal plate comprising a first surface, a second surface, and an interrupted annular reduced thickness groove formed in at least one of the first and second surfaces; the reduced thickness groove is interrupted in at least two places (62 a, 62 b), each by an unthinned section of the metal plate, to form at least two reduced thickness arcs (60 a, 60 b); the plate being configured to open at one or more of the arcs (60 a, 60 b) forming outward deflected portions (74 a, 74 b) when exposed to a pressure differential between the first and second surfaces above a predetermined level, such that an area of the plate radially inside the groove remains attached to an area of the plate radially outside the groove by one or more of the unthinned sections (62 a, 62 b) interrupting the groove, characterized in that the reduced thickness groove is formed closer to the center than to the periphery of the plate; and the positive terminal cover extends over the vent and comprises a central protruding nubbin, wherein the nubbin is configured to facilitate the plate to open outward at the one or more of the arcs (60 a, 60 b) without the positive terminal cover interfering with the outward deflected portions (74 a, 74 b). a pressure relief vent formed in the metal plate comprising a first surface, a second surface, and an interrupted annular reduced thickness groove formed in at least one of the first and second surfaces; the reduced thickness groove is interrupted in at least two places (62 a, 62 b), each by an unthinned section of the metal plate, to form at least two reduced thickness arcs (60 a, 60 b); the plate being configured to open at one or more of the arcs (60 a, 60 b) forming outward deflected portions (74 a, 74 b) when exposed to a pressure differential between the first and second surfaces above a predetermined level, such that an area of the plate radially inside the groove remains attached to an area of the plate radially outside the groove by one or more of the unthinned sections (62 a, 62 b) interrupting the groove, characterized in that the reduced thickness groove is formed closer to the center than to the periphery of the plate; and the positive terminal cover extends over the vent and comprises a central protruding nubbin, wherein the nubbin is configured to facilitate the plate to open outward at the one or more of the arcs (60 a, 60 b) without the positive terminal cover interfering with the outward deflected portions (74 a, 74 b).
Multiple screwdriver with a plurality of drive spindles arranged around a centre and equipped or able to be equipped on the end side with a respective clamping tool, and a ratchet drive, assigned to each drive spindle and driven by means of a hydraulic piston drive, for driving the drive spindles, characterised in that the drive spindles are mounted and held in a rotatable manner in a drive block, and comprise at each end a drive portion (7, 7.1) protruding from the drive block, wherein the drive portions (7, 7.1) of the drive spindles serve, on one side of the drive block, to carry the clamping tools, in which drive block the pistons (3.1) of the piston drives are guided in cylinder housings so as to be adjustable in translation in both directions, wherein, in order to transmit a forward stroke movement and a return stroke movement to a respective ratchet lever having an entraining claw, the piston rods are connected kinematically to the ratchet lever, and which drive block comprises in its central region at least one fluid distributor cavity (18, 24), into which a plurality of fluid ducts located in the drive block lead, wherein a fluid connection between the fluid distributor cavity (18, 24) and a first fluid inlet of a cylinder housing is established through each fluid duct, and that, arranged on a flat side of the drive block, is a fluid distributor with an annular duct, connected to a fluid feed duct, as fluid distributor cavity, into which fluid distributor cavity a plurality of fluid feed ducts lead, wherein a fluid connection between the fluid distributor cavity and a second fluid inlet of a cylinder housing is established through each fluid duct.
A cap to be used with a plastic cable spool, said cap comprising a back side adapted to be arranged towards a barrel of a plastic cable spool and a front side adapted to be directed away from a barrel of a plastic cable spool, wherein said cap has a through-hole adapted to be aligned with a center axis of a cable spool, wherein said through-hole is at least partly surrounded by an inner wall on the back side of said cap, wherein said cap is provided with an outer wall extending around at least a part of the outer circumference of said cap, on the back side of said cap, wherein said back side of said cap is provided with at least four reinforcement ribs extending between said outer wall and said inner wall, characterized in that: the cap is provided with integral attachment means adapted for snap-fitting the plastic cap to a cable spool, wherein the cap is provided with a rotational lock adapted for rotationally locking said cap in relation to a cable spool, and wherein the rotational lock is provided on a flange (10, 11) extending outside said outer wall of said cap. the cap is provided with integral attachment means adapted for snap-fitting the plastic cap to a cable spool, wherein the cap is provided with a rotational lock adapted for rotationally locking said cap in relation to a cable spool, and wherein the rotational lock is provided on a flange (10, 11) extending outside said outer wall of said cap.
A fibre for use in artificial turf, the fibre having an elongate cross-sectional shape defining a first face and a second face that meet at side edges (12, 14) of the fibre, the first and second faces having respective first and second ridges (6, 8) that are offset with respect to each other and the cross-sectional shape is 2-fold rotationally symmetric with no reflectional symmetry, characterised in that a ratio between a maximum thickness of the fibre measured transverse to the centre line extending between the side edges and a length of the centre line is between 0.25 and 0.6 and no part of the first and second faces crosses the centre line.