mhurhangee/ep-ind-claims huggingface dataset:
A seat assembly for a vehicle comprising: a stem (312, 412) extending downwardly from the seat and having a runner at its distal end; the runner moveably engages a track on the floor of the vehicle to permit motion of the seat over the floor; a web covering having a longitudinal opening which lies substantially in register with the track to permit movement of the runner along the track; the opening having a zip fastener (330, 430) comprising a pair of mutually-opposing teeth (32A, 32B) and first (340A, 440A, 441A) and second (340B, 440B, 441B) sliders mounted on the zip teeth in opposite directions, whereby simultaneous movement of the sliders along the teeth causes one slider to open the teeth and the other to close the teeth; wherein the sliders are connected to opposing sides of the stem and the teeth are in a closed condition at all points along the zip other than between the two sliders, characterised in that the stem has an extended z-configuration. a stem (312, 412) extending downwardly from the seat and having a runner at its distal end; the runner moveably engages a track on the floor of the vehicle to permit motion of the seat over the floor; a web covering having a longitudinal opening which lies substantially in register with the track to permit movement of the runner along the track; the opening having a zip fastener (330, 430) comprising a pair of mutually-opposing teeth (32A, 32B) and first (340A, 440A, 441A) and second (340B, 440B, 441B) sliders mounted on the zip teeth in opposite directions, whereby simultaneous movement of the sliders along the teeth causes one slider to open the teeth and the other to close the teeth; wherein the sliders are connected to opposing sides of the stem and the teeth are in a closed condition at all points along the zip other than between the two sliders, characterised in that the stem has an extended z-configuration.
Method for the remote control of a function of a vehicle by means of a mobile control device, wherein the function is enabled for execution or blocked depending on a detected movement of the control device, characterised in that it is a mandatory condition for enabling the function for execution that the detected movement is a micro-movement in which fluctuations of a position and/or orientation of the control device are so insignificant that they correspond to a movement performed by the user of a vehicle with the hand when trying to hold the control device still in the hand.
A traffic steering method, characterized by comprising: judging, by User Equipment, UE, whether the UE meets a traffic steering condition or not; and when the UE meets the traffic steering condition, initiating, by the UE, a Wireless Local Area Network, WLAN connection establishment according to a principle that a processing for the traffic steering is preferred to a processing for a handover according to a 3 rd Generation Partnership Project, 3GPP, protocol specification, and steering traffic to a WLAN. judging, by User Equipment, UE, whether the UE meets a traffic steering condition or not; and when the UE meets the traffic steering condition, initiating, by the UE, a Wireless Local Area Network, WLAN connection establishment according to a principle that a processing for the traffic steering is preferred to a processing for a handover according to a 3 rd Generation Partnership Project, 3GPP, protocol specification, and steering traffic to a WLAN.
A method of steam cracking using a steam cracking system including a first steam cracking furnace unit or a plurality of first steam cracking furnace units and a second steam cracking furnace unit or a plurality of second steam cracking furnace units, wherein the first steam cracking furnace unit or each of the plurality of first steam cracking furnace units comprises one or more fired steam cracking furnaces, characterized in that the second steam cracking furnace unit or each of the plurality of second steam cracking furnace units comprises one or more electric steam cracking furnaces, and in that the first steam cracking furnace unit or each of the plurality of first steam cracking furnace units comprises means for preheating at least a part of the combustion air provided to its fired steam cracking furnace or furnaces to a temperature level of at least 100 °C.
Fuel injection device for fuel injection systems of internal combustion engines, in particular for direct injection of fuel into a combustion chamber, wherein the fuel injection device comprises at least one fuel injection valve and a receiving bore for the fuel injection valve, and a decoupling element is introduced between a valve housing of the fuel injection valve and a wall of the receiving bore, wherein the decoupling element is captively arranged on the fuel injection valve in that a securing ring is mounted on the outer circumference of the fuel injection valve below the decoupling element and the securing ring is a closed plastic ring, characterized in that the securing ring constitutes a solid structural element which has functional regions which project in different directions.
An antenna for a wireless network, comprising: a first reflector having a first plurality of radiators coupled thereto; and a second reflector having a second plurality of radiators coupled thereto; characterized in that the first and second plurality of radiators are arranged in a generally vertical direction with alternate radiators alternately configured on said first and second reflectors, said first and second reflectors being partially overlapping with an interlocking comb shape and providing a generally rectangular shape in combination, wherein said first and second reflectors are rotatable in opposite angular directions in the azimuth to alter signal beam width of the antenna. a first reflector having a first plurality of radiators coupled thereto; and a second reflector having a second plurality of radiators coupled thereto; characterized in that the first and second plurality of radiators are arranged in a generally vertical direction with alternate radiators alternately configured on said first and second reflectors, said first and second reflectors being partially overlapping with an interlocking comb shape and providing a generally rectangular shape in combination, wherein said first and second reflectors are rotatable in opposite angular directions in the azimuth to alter signal beam width of the antenna.
A power control method, comprising: sending, by a first device to device, D2D, device, a first message to a second D2D device at a first transmit power, wherein the first message carries information about expected coverage performance of the first D2D device; receiving, by the first D2D device, a second message sent by the second D2D device, wherein the second message carries a coverage ratio of actual coverage performance of the first D2D device relative to the second D2D device, to the expected coverage performance; and adjusting, by the first D2D device, a transmit power of the first message to be a second transmit power according to the coverage ratio. sending, by a first device to device, D2D, device, a first message to a second D2D device at a first transmit power, wherein the first message carries information about expected coverage performance of the first D2D device; receiving, by the first D2D device, a second message sent by the second D2D device, wherein the second message carries a coverage ratio of actual coverage performance of the first D2D device relative to the second D2D device, to the expected coverage performance; and adjusting, by the first D2D device, a transmit power of the first message to be a second transmit power according to the coverage ratio.
Heat exchanger for an oxygenator, comprising a plurality of tube sections each having a longitudinal tube axis, wherein - the tube sections are arranged in a bundle having a longitudinal bundle axis and spaces are formed between the tube sections, - the tube sections are connected to each other in at least one connecting section of the bundle by joining by way of chemical and/or physical bonded joints, - two connecting elements are provided, which each are arranged at a bundle end, - wherein the connecting elements are designed cylindrically, - the bundle is at least partially arranged in a housing, - the individual tube sections are directly connected to each other by adhesive bonding, whereby the bundle is formed independently and inherently dimensionally stable, - the spaces are free of flow obstacles, characterized in that - the prefabricated, dimensionally stable bundle is adhesively bonded to an inner side of the housing at the connecting sections via their outer cylinder surfaces. - the tube sections are arranged in a bundle having a longitudinal bundle axis and spaces are formed between the tube sections, - the tube sections are connected to each other in at least one connecting section of the bundle by joining by way of chemical and/or physical bonded joints, - two connecting elements are provided, which each are arranged at a bundle end, - wherein the connecting elements are designed cylindrically, - the bundle is at least partially arranged in a housing, - the individual tube sections are directly connected to each other by adhesive bonding, whereby the bundle is formed independently and inherently dimensionally stable, - the spaces are free of flow obstacles, characterized in that - the prefabricated, dimensionally stable bundle is adhesively bonded to an inner side of the housing at the connecting sections via their outer cylinder surfaces.
A closure element adapted to be installed in a vessel wall provided with an aperture, said closure element comprising at least one peripheral flange (202, 222) and a central cover unit, said central cover unit covering said aperture, in which the closure element is provided with at least one light source, wherein said at least one light source is provided within a predefined zone located in the central cover unit, and wherein the closure element is fixed and the at least one flange (202, 222) is circumferential and located at an edge portion of the central cover unit, characterized in that the central cover unit comprising at least one transparent section constituting said predefined zone and the transparent section is formed by a transparent sheet located between a first and a second flange and said at least one light source is confined within the central cover unit.
Electronic module comprising: a circuit carrier comprising a substrate with at least one electrically conductive lead and at least one electrical connector module connectable to a mating connector, the electrical connector module being arranged on the substrate and being connected to said at least one electrically conductive lead; a casing comprising a retainer shell and a separate cover shell, wherein the separate cover shell is adapted for for at least partly covering said at least one connector module; the at least one connector module comprising an electrically insulating contact carrier and at least one electrically conductive contact element, said connector module being at least partly encompassed by said retainer shell; wherein said retainer shell comprises at least one retaining member for retaining the at least one connector module at the retainer shell, wherein said retaining member is formed to exert retaining forces on the at least one connector module in a direction along a mating direction of the at least one connector module, wherein the retainer shell at least partially encompasses said circuit carrier and wherein the retaining member is formed to retain the connector module with the substrate at the retainer shell, and wherein said circuit carrier is removable from the retaining member in a direction across said mating direction of said connector module; wherein said cover shell comprises at least one receiving passage being adapted to receive the at least one connector module and being further adapted to guide said mating connector. a circuit carrier comprising a substrate with at least one electrically conductive lead and at least one electrical connector module connectable to a mating connector, the electrical connector module being arranged on the substrate and being connected to said at least one electrically conductive lead; a casing comprising a retainer shell and a separate cover shell, wherein the separate cover shell is adapted for for at least partly covering said at least one connector module; the at least one connector module comprising an electrically insulating contact carrier and at least one electrically conductive contact element, said connector module being at least partly encompassed by said retainer shell; wherein said retainer shell comprises at least one retaining member for retaining the at least one connector module at the retainer shell, wherein said retaining member is formed to exert retaining forces on the at least one connector module in a direction along a mating direction of the at least one connector module, wherein the retainer shell at least partially encompasses said circuit carrier and wherein the retaining member is formed to retain the connector module with the substrate at the retainer shell, and wherein said circuit carrier is removable from the retaining member in a direction across said mating direction of said connector module; wherein said cover shell comprises at least one receiving passage being adapted to receive the at least one connector module and being further adapted to guide said mating connector.
Composite layered material comprising a monolithic glass film having a thickness of less than 20 μm and a polymer film having a thickness of 1-200 μm, said polymer film is adhered to at least one side of the glass film and said polymer film consists of a UV-cured or peroxide-cured coating obtainable from a UV-curable or peroxide-curable coating composition, wherein said composition comprises monomers comprising acidic functional groups and silane functional groups.
A cylindrical hydrogen generator, comprising: an outer case 15 entirely surrounding the cylindrical hydrogen generator 1, an inner wall of which is provided with a layer of insulating material 16; a combustion unit 2; a reforming unit 3 including two or more reactor tubes 20 filled with a catalyst and cylindrically disposed around a heat source 10 provided in the combustion unit 2, said combustion unit 2 generating the heat necessary for a steam-reforming reaction by exhaust gas generated from the combustion unit 2; flames guides 14 which divide the inside of the hydrogen generator 1 to define the combustion unit 2; and a pressure loss induction structure in which an exhaust gas collecting passage 34 communicating with an exhaust gas discharge pipe 31 is formed by a partition wall 32, along an inner circumference of the cylindrical hydrogen generator, and orifices 33 are radially arranged by perforating the partition wall 32 at regular intervals such that exhaust gas is evenly transferred to the exhaust gas collecting passage 34, wherein the partition wall 32 is formed by extending along an outer surface of the insulating material layer 16 provided in the hydrogen generator 1. an outer case 15 entirely surrounding the cylindrical hydrogen generator 1, an inner wall of which is provided with a layer of insulating material 16; a combustion unit 2; a reforming unit 3 including two or more reactor tubes 20 filled with a catalyst and cylindrically disposed around a heat source 10 provided in the combustion unit 2, said combustion unit 2 generating the heat necessary for a steam-reforming reaction by exhaust gas generated from the combustion unit 2; flames guides 14 which divide the inside of the hydrogen generator 1 to define the combustion unit 2; and a pressure loss induction structure in which an exhaust gas collecting passage 34 communicating with an exhaust gas discharge pipe 31 is formed by a partition wall 32, along an inner circumference of the cylindrical hydrogen generator, and orifices 33 are radially arranged by perforating the partition wall 32 at regular intervals such that exhaust gas is evenly transferred to the exhaust gas collecting passage 34, wherein the partition wall 32 is formed by extending along an outer surface of the insulating material layer 16 provided in the hydrogen generator 1.
A geared turbofan engine comprising a fan, a compressor section having a low pressure portion and a high pressure portion, a combustor section, a turbine having a low pressure portion, the low pressure turbine portion driving said low pressure compressor portion and the fan, and a gear reduction effecting a reduction in the speed of said fan relative to a speed of the low pressure turbine portion and the low pressure compressor portion, the low pressure compressor portion having a number of blades in each of a plurality of rows of said low pressure compressor portion, and being configured to rotate said blades at least some of the time at a rotational speed, characterised in that: said number of blades and said rotational speed are such that the following formula holds true for a plurality, but not all, of the blade rows of the low pressure compressor portion: number of blades × rotational speed / 60 ≥ 5500 Hz, said rotational speed is an approach speed in revolutions per minute; and said gas turbine engine is rated to produce 6,804 kg (15,000 pounds) of thrust or more. said number of blades and said rotational speed are such that the following formula holds true for a plurality, but not all, of the blade rows of the low pressure compressor portion: number of blades × rotational speed / 60 ≥ 5500 Hz, said rotational speed is an approach speed in revolutions per minute; and said gas turbine engine is rated to produce 6,804 kg (15,000 pounds) of thrust or more.
An electric spindle with double output, comprising an electric motor the driving shaft of which actuates at one end a coupling for interchangeable milling cutter tools and the like, and, at the opposite end, a blade tool, said spindle being characterized in that said blade tool is supported by a driven secondary shaft that is actuated by said driving shaft by way of the interposition of an epicyclic reduction unit, and in that the sun pinion of the epicyclic reduction unit is receiving torque by way of a sleeve that is fixed to the driving shaft by way of a transverse pin.
Method for quantitative analysis of a tree or part of a tree of recursively splitting tubular organs, the method comprising the following steps: - providing a 3D model of said tree or part of said tree, such 3D model giving a representation of the surface of the lumen wall of the tubular organs forming the tree or part of the tree; - defining the 3D centrelines of said tree or part of the tree; - identifying the branches of the tree; - identifying N-furcations of the tree or part of the tree, an N-furcation being a part of the tree where a proximal tubular organ branches into N distal tubular organs with N≥2, characterised in comprising the step of - dividing each branch in regions of two different types, named single vessel region and splitting region, different cross-section surfaces being defined in such regions to perform quantitative analysis on said tree or part of said tree, wherein - the cross-sections of the splitting regions are curved surfaces and the cross-sections of the single vessel regions are straight surfaces; - said splitting regions can exist at the proximal side of a branch as well as at the distal side of said branch; and - each N-furcation comprises the distal splitting region of a branch and the proximal splitting regions of the N branches directly distal to said branch. - providing a 3D model of said tree or part of said tree, such 3D model giving a representation of the surface of the lumen wall of the tubular organs forming the tree or part of the tree; - defining the 3D centrelines of said tree or part of the tree; - identifying the branches of the tree; - identifying N-furcations of the tree or part of the tree, an N-furcation being a part of the tree where a proximal tubular organ branches into N distal tubular organs with N≥2, - dividing each branch in regions of two different types, named single vessel region and splitting region, different cross-section surfaces being defined in such regions to perform quantitative analysis on said tree or part of said tree, - the cross-sections of the splitting regions are curved surfaces and the cross-sections of the single vessel regions are straight surfaces; - said splitting regions can exist at the proximal side of a branch as well as at the distal side of said branch; and - each N-furcation comprises the distal splitting region of a branch and the proximal splitting regions of the N branches directly distal to said branch.
Decorative panel, including a layered structure comprising a plate-shaped carrier on which a decoration substrate and a decorative layer applied on the decoration substrate are provided, wherein the decorative panel further comprises at least one protective layer (24, 26) applied onto the decorative layer in its layered structure, characterized in that the decorative panel comprises at least one stability layer in its layered structure, wherein the stability layer comprises polyurethane, and wherein the stability layer has a density of > 0.8 g/cm 3.
Solid bowl screw centrifuge having a housing and a rotor rotatably mounted in the housing, which comprises at least the following: a. a rotatable drum having an axis of rotation, wherein the drum comprises a cylindrical portion having a length L 1 and a conical portion having a length L 2, which, when added, give the length L T of the drum, b. at least one liquid discharge arranged in the cylindrical portion of the drum and at least one solids discharge arranged in the conical portion of the drum, c. a screw arranged in the drum and rotatable relative to the rotatable drum at a differential speed, wherein the drum and the screw together form the rotor, d. at least two drum bearings (221, 222) for supporting the drum in the housing, spaced at a distance L L, e. at least one screw bearing for supporting the screw in the drum, f. wherein the distance L L between the drum bearings (221, 222) for supporting the drum relative to one another is less than the length L T of the drum, and g. wherein one of the drum bearings is positioned radially outside on the conical portion of the drum, characterized in that h. the drum bearing positioned radially outwardly on the conical portion of the drum has a smaller inner diameter than the cylindrical portion of the drum. a. a rotatable drum having an axis of rotation, wherein the drum comprises a cylindrical portion having a length L 1 and a conical portion having a length L 2, which, when added, give the length L T of the drum, b. at least one liquid discharge arranged in the cylindrical portion of the drum and at least one solids discharge arranged in the conical portion of the drum, c. a screw arranged in the drum and rotatable relative to the rotatable drum at a differential speed, wherein the drum and the screw together form the rotor, d. at least two drum bearings (221, 222) for supporting the drum in the housing, spaced at a distance L L, e. at least one screw bearing for supporting the screw in the drum, f. wherein the distance L L between the drum bearings (221, 222) for supporting the drum relative to one another is less than the length L T of the drum, and g. wherein one of the drum bearings is positioned radially outside on the conical portion of the drum, characterized in that h. the drum bearing positioned radially outwardly on the conical portion of the drum has a smaller inner diameter than the cylindrical portion of the drum.