mhurhangee/ep-ind-claims huggingface dataset:
An assembly for a serial sequential turbocharger system, the assembly comprising: a housing (510, 910) that defines an exhaust chamber and that comprises a recess (513, 913) that extends axially away from a face of the housing (510, 910); an exhaust bypass valve disposed at least partially in the exhaust chamber wherein the exhaust bypass valve comprises an arm and a poppet; a gasket (560, 960, 961) that extends axially into the recess (513, 913); a valve seat (530, 930) disposed at least partially in the recess (513, 913) wherein the valve seat (530, 930) comprises an upper surface for seating the poppet of the exhaust bypass valve and a lower surface (536, 936) for seating the gasket (560, 960, 961); and a component coupled to the housing (510, 910) wherein the component comprises an exhaust passage, characterized in that the valve seat (530, 930) is disposed wholly within the housing (510, 910), and the lower surface (536, 936), being a surface of the valve seat (530, 930), is wholly within the housing (510, 910) and therefore not flush with the face 516 of the housing; and the gasket comprises a V-shaped cross-section and an open side that faces radially inwardly from a perimeter of the gasket (560, 960, 961), and the gasket (560, 960, 961) is disposed between the component and the housing (510, 910) to position the valve seat (530, 930) with respect to the poppet for an orientation of the exhaust bypass valve that seals the exhaust chamber from the exhaust passage wherein, for said orientation, exhaust pressure applies force via the open side of the gasket (560, 960, 961) to enhance sealing of the gasket (560, 960, 961). a housing (510, 910) that defines an exhaust chamber and that comprises a recess (513, 913) that extends axially away from a face of the housing (510, 910); an exhaust bypass valve disposed at least partially in the exhaust chamber wherein the exhaust bypass valve comprises an arm and a poppet; a gasket (560, 960, 961) that extends axially into the recess (513, 913); a valve seat (530, 930) disposed at least partially in the recess (513, 913) wherein the valve seat (530, 930) comprises an upper surface for seating the poppet of the exhaust bypass valve and a lower surface (536, 936) for seating the gasket (560, 960, 961); and a component coupled to the housing (510, 910) wherein the component comprises an exhaust passage,
An arrangement for supplying electric traction motors in a rail vehicle with electrical energy, wherein the arrangement comprises: - at least two internal combustion engines, - for the at least two internal combustion engines each an associated electrical machine for generating the electrical energy, in which the electrical machine is coupled mechanically to the internal combustion engine so that it is driven by the internal combustion engine when the electrical machine is operating in generator mode, so that at least a first and a second internal combustion engine combination are formed, - at least one electrical traction connection by which a traction motor of the rail vehicle is connectible electrically to at least one of the electrical machines, - for the electrical machines each an associated machine power converter for supplying the electrical machine with electrical energy during motor operation of the electrical machine, wherein an alternating voltage connection of the machine power converter is connected with the electrical machine, and - a control arrangement for controlling at least the operation of the machine power converter, wherein a first of the electrical machines is connected electrically with an alternating voltage connection of a rectifier, characterized in that a direct voltage connection of the rectifier is connected electrically, via an electrical direct voltage line, with a direct voltage side of a second of the machine power converters associated with a second of the electrical machines, wherein the rectifier rectifies the electrical alternating current generated by the first electrical machine and feeds it, via the direct voltage line, to the second machine power converter, and the control arrangement is designed so that it operates the second machine power converter as inverter in order to supply the second electrical machine with alternating current, while the second machine power converter is supplied with direct current from the rectifier. - at least two internal combustion engines, - for the at least two internal combustion engines each an associated electrical machine for generating the electrical energy, in which the electrical machine is coupled mechanically to the internal combustion engine so that it is driven by the internal combustion engine when the electrical machine is operating in generator mode, so that at least a first and a second internal combustion engine combination are formed, - at least one electrical traction connection by which a traction motor of the rail vehicle is connectible electrically to at least one of the electrical machines, - for the electrical machines each an associated machine power converter for supplying the electrical machine with electrical energy during motor operation of the electrical machine, wherein an alternating voltage connection of the machine power converter is connected with the electrical machine, and - a control arrangement for controlling at least the operation of the machine power converter, wherein a first of the electrical machines is connected electrically with an alternating voltage connection of a rectifier,
An ink composition comprising: a polyurethane resin; and at least one component selected from hollow resin particles as a colorant, wherein the polyurethane resin is a polycarbonate-based or a polyether-based anionic polyurethane resin, and wherein the polyurethane resin is in the form of a self-emulsification dispersion. a polyurethane resin; and at least one component selected from hollow resin particles as a colorant, wherein the polyurethane resin is a polycarbonate-based or a polyether-based anionic polyurethane resin, and wherein the polyurethane resin is in the form of a self-emulsification dispersion.
A packer assembly for providing a seal in a telescoping assembly of a subsea riser, the subsea riser operatively connectable between a platform and subsea equipment, the packer assembly comprising: a packer housing configured to be arranged between an inner barrel and an outer barrel, of the telescoping assembly, whereupon, in use, the telescoping assembly is positioned along the subsea riser and, operatively connects the subsea riser to the platform; at least one packer (556,558) positioned along an inner surface of the packer housing to form a seal with the inner barrel, the at least one packer comprising a plurality of packer segments, each of the plurality of segments having a male connector on one end and a female connector on another end thereof, wherein the female connector of each of the plurality of packer segments is configured to mate with and form a seal connection (1370a-d) with a male connector of another of the plurality of packer segments, the male connector comprises a tongue and the female connector comprises a groove characterized in that the male connector further comprises a bevel end section and the female connector comprises a bevel cavity in the groove to receive the tongue and the bevel end to define a non-linear leak path (1372a-d) configured to resist leakage of fluid between the plurality of packer segments, the non-linear leak path extending between a surface end and a subsea end of the at least one packer wherein compression of the interlocking bevel end section in the bevel cavity seals against the inner barrel. a packer housing configured to be arranged between an inner barrel and an outer barrel, of the telescoping assembly, whereupon, in use, the telescoping assembly is positioned along the subsea riser and, operatively connects the subsea riser to the platform; at least one packer (556,558) positioned along an inner surface of the packer housing to form a seal with the inner barrel, the at least one packer comprising a plurality of packer segments, each of the plurality of segments having a male connector on one end and a female connector on another end thereof, wherein the female connector of each of the plurality of packer segments is configured to mate with and form a seal connection (1370a-d) with a male connector of another of the plurality of packer segments, the male connector comprises a tongue and the female connector comprises a groove characterized in that the male connector further comprises a bevel end section and the female connector comprises a bevel cavity in the groove to receive the tongue and the bevel end to define a non-linear leak path (1372a-d) configured to resist leakage of fluid between the plurality of packer segments, the non-linear leak path extending between a surface end and a subsea end of the at least one packer wherein compression of the interlocking bevel end section in the bevel cavity seals against the inner barrel.
An ink for use in an ink jet recording process in which an ink is ejected from a recording head by the action of thermal energy, comprising a pigment, a water-soluble polyurethane polymer, a compound represented by the following general formula having a weight-average molecular weight of 1,000 or more and 8,500 or less, and a polyethylene oxide alkyl ether the alkyl group of which has 12 or more carbon atoms, wherein based on the total mass of the ink the content (mass %) of the compound represented by the general formula is 0.4 times or more and 10.0 times or less in terms of mass ratio with respect to the content (mass %) of the polyethylene oxide alkyl ether, wherein n/(n + m) is 0.15 or more and 0.85 or less.
A spark plug for internal-combustion engines, comprising: a rod-like center electrode extending in an axis direction; an insulator having an axial bore in the axis direction in which the center electrode is inserted; a generally cylindrical metal shell provided on an outer circumference of the insulator; a ground electrode extending from a front end portion of the metal shell and disposed so that a front end thereof is bent toward the center electrode; and a gap formed between the ground electrode and the center electrode, wherein a front end portion of the ground electrode is positioned outside of a virtual outer circumferential face that is formed by extending a front end outer circumferential face of the center electrode in the axis direction, and is positioned on a front end side in the axis direction with respect to a virtual face including a front end face of the center electrode, and characterized in that the following equation is satisfied: 1.1 ≤ b / a ≤ 1.6, where "a" (mm) represents a first minimal distance between the front end portion of the center electrode and the front end portion of the ground electrode, and where "b" (mm) represents a second minimal distance between the front end portion of the insulator and the front end portion of the ground electrode. a rod-like center electrode extending in an axis direction; an insulator having an axial bore in the axis direction in which the center electrode is inserted; a generally cylindrical metal shell provided on an outer circumference of the insulator; a ground electrode extending from a front end portion of the metal shell and disposed so that a front end thereof is bent toward the center electrode; and a gap formed between the ground electrode and the center electrode, wherein a front end portion of the ground electrode is positioned outside of a virtual outer circumferential face that is formed by extending a front end outer circumferential face of the center electrode in the axis direction, and is positioned on a front end side in the axis direction with respect to a virtual face including a front end face of the center electrode, and the following equation is satisfied: 1.1 ≤ b / a ≤ 1.6, where "a" (mm) represents a first minimal distance between the front end portion of the center electrode and the front end portion of the ground electrode, and where "b" (mm) represents a second minimal distance between the front end portion of the insulator and the front end portion of the ground electrode.
A bottle insert (100, 700, 5200), the insert comprising: a neck adapted to fit against a neck of a bottle; a first chamber adapted for storing a first substance; and a first permeable partition adapted to be located between the interior of the bottle and the first chamber; wherein the bottle insert is characterized by comprising: a second chamber adapted for storing a second substance; and a second permeable partition adapted to be located between the interior of the bottle and the second chamber, wherein the second permeable partition is adapted to be sealed by an induction seal while the bottle is closed. a neck adapted to fit against a neck of a bottle; a first chamber adapted for storing a first substance; and a first permeable partition adapted to be located between the interior of the bottle and the first chamber; a second chamber adapted for storing a second substance; and a second permeable partition adapted to be located between the interior of the bottle and the second chamber, wherein the second permeable partition is adapted to be sealed by an induction seal while the bottle is closed.
A device for sensor placement within a tire, the tire having an inside surface and a pair of opposing sidewalls, the device comprising: a pair of sensor supports,, each sensor support comprising a sensor for positioning along the inside surface of the tire at one of the opposing sidewalls; a substrate upon which the sensor is supported; a bracket; a plurality of support arms,, extending between the substrate and the bracket, each support arm having a first end that is rotatably connected with the bracket and a second end that is rotatably connected with the substrate whereby the substrate can pivot relative to the bracket; a pair of rollers, that are connected with the bracket and rotatable relative to the bracket, the rollers spaced apart from each other and positioned in an opposing manner about the bracket, the pair of rollers configured for riding along the inside surface of the tire; and a biasing element attached with the bracket and configured for urging the substrate and sensor towards the inside surface of the tire. a pair of sensor supports,, each sensor support comprising a sensor for positioning along the inside surface of the tire at one of the opposing sidewalls; a substrate upon which the sensor is supported; a bracket; a plurality of support arms,, extending between the substrate and the bracket, a sensor for positioning along the inside surface of the tire at one of the opposing sidewalls; a substrate upon which the sensor is supported; a bracket; a plurality of support arms,, extending between the substrate and the bracket, each support arm having a first end that is rotatably connected with the bracket and a second end that is rotatably connected with the substrate whereby the substrate can pivot relative to the bracket; a pair of rollers, that are connected with the bracket and rotatable relative to the bracket, the rollers spaced apart from each other and positioned in an opposing manner about the bracket, the pair of rollers configured for riding along the inside surface of the tire; and a biasing element attached with the bracket and configured for urging the substrate and sensor towards the inside surface of the tire. a pair of rollers, that are connected with the bracket and rotatable relative to the bracket, the rollers spaced apart from each other and positioned in an opposing manner about the bracket, the pair of rollers configured for riding along the inside surface of the tire; and a biasing element attached with the bracket and configured for urging the substrate and sensor towards the inside surface of the tire.
A pharmaceutical solid preparation comprising [(1R,5S,6S)-6-(aminomethyl)-3-ethylbicyclo[3.2.0]hept-3-en-6-yl]acetic acid monobenzenesulfonate which is a compound represented by the following formula: in combination with (i) one or two or more components selected from the group consisting of D-mannitol, lactose, corn starch, and crystalline cellulose, (ii) carmellose calcium, and (iii) rutile type titanium oxide, red iron sesquioxide, and yellow iron sesquioxide, as colorants. (i) one or two or more components selected from the group consisting of D-mannitol, lactose, corn starch, and crystalline cellulose, (ii) carmellose calcium, and (iii) rutile type titanium oxide, red iron sesquioxide, and yellow iron sesquioxide, as colorants.
A terminal comprising: a transmission section configured to transmit a physical uplink shared channel, PUSCH; and a control section configured to perform a control to transmit the PUSCH after a physical random access channel, PRACH, is transmitted, characterized in that a radio resource for the PRACH is determined based on a beam indicator corresponding to a beam applied to the PUSCH. a transmission section configured to transmit a physical uplink shared channel, PUSCH; and a control section configured to perform a control to transmit the PUSCH after a physical random access channel, PRACH, is transmitted, characterized in that a radio resource for the PRACH is determined based on a beam indicator corresponding to a beam applied to the PUSCH.
A sensor testing apparatus, comprising: a sensor mounting plate for mounting a sensor; and a vehicle part mounting device for mounting a vehicle part; wherein the vehicle part mounting device is configured to be movable in at least three different directions relative to the sensor mounting plate, and wherein the sensor testing apparatus is characterised in that the vehicle part mounting device extends from the sensor mounting plate. a sensor mounting plate for mounting a sensor; and a vehicle part mounting device for mounting a vehicle part; wherein the vehicle part mounting device is configured to be movable in at least three different directions relative to the sensor mounting plate, and wherein the sensor testing apparatus is characterised in that the vehicle part mounting device extends from the sensor mounting plate.
A shrinking apparatus for heat shrinking planar packaging material onto articles or sets of articles, with an endless conveying means that is permeable to shrink medium, the endless conveying means comprising an upper strand and a bottom strand; wherein the upper strand is guided on at least one sliding rail; wherein a distribution device for shrink medium is disposed between the upper strand and the bottom strand below the at least one sliding rail; wherein at least the top side of the distribution device has nozzle openings for the shrink medium; wherein the at least one sliding rail has passage openings for the shrink medium.
A clip assembly (18b-18e) for securing an end portion of a sinuous spring to a wooden rail (14b-14e), said clip assembly (18b-18e) comprising: a non-metallic clip (22b-22e) having a generally planar body portion (28b-28e) and a U-shaped hook portion (26b-26e) adapted to receive and retain a portion of the spring, the body portion (28b-28e) having spaced grooves (36b-36e) adapted to receive flexible and non-metallic connectors to join multiple clip assemblies (18b-18e) together; a metal fastener (24b-24e) including multiple tacks (42b-42e) extending outwardly from a generally planar portion of the fastener (24b-24e), wherein each of the tacks (42b-42e) passes through a preexisting opening (40b-40e) in the body portion (28b-28e) of the non-metallic clip (22b-22e); and portions of the flexible and non-metallic connectors being inside the spaced grooves (36b-36e) of the non-metallic clip (22b-22e) and sandwiched between the non-metallic clip (22b-22e) and the metal fastener (24e-24e) of the clip assembly (18b-18e). a non-metallic clip (22b-22e) having a generally planar body portion (28b-28e) and a U-shaped hook portion (26b-26e) adapted to receive and retain a portion of the spring, the body portion (28b-28e) having spaced grooves (36b-36e) adapted to receive flexible and non-metallic connectors to join multiple clip assemblies (18b-18e) together; a metal fastener (24b-24e) including multiple tacks (42b-42e) extending outwardly from a generally planar portion of the fastener (24b-24e), wherein each of the tacks (42b-42e) passes through a preexisting opening (40b-40e) in the body portion (28b-28e) of the non-metallic clip (22b-22e); and portions of the flexible and non-metallic connectors being inside the spaced grooves (36b-36e) of the non-metallic clip (22b-22e) and sandwiched between the non-metallic clip (22b-22e) and the metal fastener (24e-24e) of the clip assembly (18b-18e).
A moving sensor management unit that is configured to provide, to a user, sensing data generated by a sensing device attached to a mobile object, characterized by the moving sensor management unit comprising: a run operation information storage unit configured to store run operation information of the mobile object, the run operation information being information indicating a travelling path on which the mobile object is scheduled to travel; a run operation information update unit configured to, when a change request to change the run operation information is received, update the run operation information stored in the run operation information storage unit, in accordance with the change request; a first output control unit configured to output, in response to a provision request to provide sensing data that is based on the run operation information, sensing data corresponding to the provision request, to the user. a run operation information storage unit configured to store run operation information of the mobile object, the run operation information being information indicating a travelling path on which the mobile object is scheduled to travel; a run operation information update unit configured to, when a change request to change the run operation information is received, update the run operation information stored in the run operation information storage unit, in accordance with the change request; a first output control unit configured to output, in response to a provision request to provide sensing data that is based on the run operation information, sensing data corresponding to the provision request, to the user.
A membrane in combination with autologous mesenchymal stem cells, said membrane comprising a polyester selected from the group consisting of polylactic acid, polyglycolic acid, and a co-polymer comprising polylactic acid and polyglycolic acid (PLGA), the polyester being entangled with hyaluronic acid, for use in a method for repairing a hyaline cartilage defect in a mammalian joint.