mhurhangee/ep-ind-claims huggingface dataset:
Torque transmission device, notably for a motor vehicle, comprising: - a torque input element rotating about an axis, that can be coupled in rotation to a crankshaft of a heat engine, - a first torque output element, that can be coupled in rotation to a first input shaft of a gearbox, - a rotating electrical machine comprising a stator and a rotor disposed, in the direction of torque transmission, between the torque input element and the first output element, - a main hub comprising a top face composed of an inner set of teeth, said main hub being liked to the first output element by a first output clutch, - a rotor support radially supporting the rotor comprising a bottom face facing the main hub composed of an outer set of teeth, said support being linked to the torque input element by an input clutch, characterized in that said inner and outer sets of teeth together form a splined link and each have at least one orifice for the passage of a fluid, the at least one orifice being arranged entirely on a surface portion delimited by two consecutive flanks of each set of teeth. - a torque input element rotating about an axis, that can be coupled in rotation to a crankshaft of a heat engine, - a first torque output element, that can be coupled in rotation to a first input shaft of a gearbox, - a rotating electrical machine comprising a stator and a rotor disposed, in the direction of torque transmission, between the torque input element and the first output element, - a main hub comprising a top face composed of an inner set of teeth, said main hub being liked to the first output element by a first output clutch, - a rotor support radially supporting the rotor comprising a bottom face facing the main hub composed of an outer set of teeth, said support being linked to the torque input element by an input clutch,
A fuel vapor transfer system comprising a filler-neck closure including a closure body adapted to be extended into a fuel-conducting passageway formed in a fuel-tank filler neck, the closure body being formed to include a vent aperture adapted to communicate with the fuel-conducting passageway formed in the fuel-tank filler neck when the closure body is mounted on the fuel-tank filler neck, the closure body also being formed to include an interior chamber arranged to lie in fluid communication with the vent aperture formed in the closure body, the filler-neck closure also including an upper O-ring seal arranged to surround and mate with the closure body and adapted to mate with the fuel-tank filler neck and cooperate with the closure body to close a filler-neck mouth opening into the fuel-conducting passageway formed in the fuel-tank filler neck and a vacuum-relief valve mounted in the closure body for movement relative to the closure body from a normally closed position blocking flow of pressurized fuel vapor extant in the fuel-tank filler neck through the vent aperture into the interior chamber of the closure body to an opened position allowing flow of air from the atmosphere into the fuel-tank filler neck in response to exposure of the vacuum-relief valve to fuel vapor extant in the fuel-tank filler neck, a closure cover arranged to overlie the filler-neck closure and to be gripped by a user and supported for movement relative to the filler-neck closure, and a valve mover coupled to the vacuum-relief valve and arranged to move the vacuum-relief valve from the normally closed position to the opened position in response to movement of the closure cover relative to the filler-neck closure, wherein the closure body also includes a side wall adapted to be surrounded by an interior surface of the fuel-tank filler neck when the closure body mates with the fuel-tank filler neck and the side wall of the closure body is formed to include a vent channel having a channel inlet opening into the interior chamber formed in the closure body and a channel outlet adapted to open into the fuel-conducting passageway formed in the fuel-tank filler neck when the closure body and the upper O-ring seal mate with the fuel-tank filler neck to close the filler-neck mouth opening into the fuel-conducting passageway formed in the fuel-tank filler neck.
A compound of Formula 1: wherein each of n 1 and n 2 is an integer equal to or greater than 1, with their the sum (n 1 +n 2) being equal to or greater than 3, and Z is a moiety derived from a branched polyol which contains n branches (n=n 1 +n 2), wherein each branch is a chain comprising not less than 3 repeating units which are alkylene oxide units.
A video decoding method, performed by a decoder side, wherein the method comprises: a) receiving background-picture indication information, a background-picture bitstream, and a primary bitstream, wherein the background-picture bitstream comprises a bitstream obtained by encoding a background picture, wherein b) the background-picture indication information indicates a time point from which the background picture is used as a reference picture, and the primary bitstream comprises a coding picture of a video picture encoded by using the background picture as the reference picture; and c) decoding the primary bitstream by using the background picture as the reference picture from the time point indicated by the background-picture indication information; characterized in that: d) the background-picture indication information is a background-picture initial usage flag, and the method further comprises: e) sending feedback information to an encoder side after completing receiving the background-picture bitstream, wherein the feedback information indicates that reception of the background-picture bitstream is completed; and f) receiving the background-picture initial usage flag from the encoder side after the feedback information is sent. a) receiving background-picture indication information, a background-picture bitstream, and a primary bitstream, wherein the background-picture bitstream comprises a bitstream obtained by encoding a background picture, wherein b) the background-picture indication information indicates a time point from which the background picture is used as a reference picture, and the primary bitstream comprises a coding picture of a video picture encoded by using the background picture as the reference picture; and c) decoding the primary bitstream by using the background picture as the reference picture from the time point indicated by the background-picture indication information; d) the background-picture indication information is a background-picture initial usage flag, and the method further comprises: e) sending feedback information to an encoder side after completing receiving the background-picture bitstream, wherein the feedback information indicates that reception of the background-picture bitstream is completed; and f) receiving the background-picture initial usage flag from the encoder side after the feedback information is sent.
A method, comprising, at a server: receiving from a second client device a user request to clarify audible verbal information associated with a media content item playing on a first client device in proximity to the second client device, wherein the user request includes content information derived from an audio sample of the media content item playing on the first client device captured by the second client device, wherein the user request further includes a user voice input query issued to the second client device by a user, and wherein the audio sample corresponds to a portion of the media content item playing on the first client device proximate in time to issuance of the user voice input query; and in response to the user request: identifying the media content item and a first playback position in the media content corresponding to the audio sample by matching the content information to a content fingerprint; identifying a portion of the media content item based on the first playback position and the user voice input query; in accordance with the identity of the media content item, obtaining textual information responsive to the user voice input query for the portion of the media content item; and transmitting to the second client device at least a portion of the textual information. receiving from a second client device a user request to clarify audible verbal information associated with a media content item playing on a first client device in proximity to the second client device, wherein the user request includes content information derived from an audio sample of the media content item playing on the first client device captured by the second client device, wherein the user request further includes a user voice input query issued to the second client device by a user, and wherein the audio sample corresponds to a portion of the media content item playing on the first client device proximate in time to issuance of the user voice input query; and in response to the user request: identifying the media content item and a first playback position in the media content corresponding to the audio sample by matching the content information to a content fingerprint; identifying a portion of the media content item based on the first playback position and the user voice input query; in accordance with the identity of the media content item, obtaining textual information responsive to the user voice input query for the portion of the media content item; and transmitting to the second client device at least a portion of the textual information. identifying the media content item and a first playback position in the media content corresponding to the audio sample by matching the content information to a content fingerprint; identifying a portion of the media content item based on the first playback position and the user voice input query; in accordance with the identity of the media content item, obtaining textual information responsive to the user voice input query for the portion of the media content item; and transmitting to the second client device at least a portion of the textual information.
A railway sleeper, including at least one block in particular made of concrete, having a lower face intended to rest on a support, an upper face intended to receive at least one longitudinal rail, and four peripheral faces (13, 14) which connect the upper face to the lower face and each of which includes a substantially planar lower portion (13a, 14a), at the rate of two longitudinal peripheral faces whose lower portions converge mutually downwards and of two transverse peripheral faces whose lower portions converge mutually downwards, the sleeper comprising a sealed rigid shell enclosing the lower face and the lower portions (13a, 14a) of the peripheral faces (13, 14) of the block, load transmission means (50, 60) configured to transmit and spread the loads generated by the passage of a train, positioned between the rigid shell and the block, wherein the block, the shell and the load transmission means (50, 60) define an unoccupied volume between the shell and the block, the sleeper further comprising a filling device disposed in the unoccupied volume, between the sealed rigid shell and the lower portion (13a, 14a) of one of the peripheral faces (13, 14) of the block, and/or the sealed rigid shell and the lower face of the block, so that the filling device at least partially fills said unoccupied volume, characterized in that the material of the filling device has physical characteristics such as resistance to elastic deformation much lower than the resistance to elastic deformation of the load transmission means (50, 60) so that it is transparent with regard to the transmission and to the damping of vibrations generated by the passage of a train, or such as resistance to plastic deformation much lower than the resistance to plastic deformation of the load transmission means (50, 60) so that the filling device deforms definitively as soon as the first train passes.
An electrosurgical device, comprising: a housing; an elongate shaft extending from the housing; an end effector coupled to a distal end of the elongate shaft, the end effector including first and second jaws (16b, 16a), at least one of the first and second jaws being pivotable relative to the other to move the end effector between an open position and a closed position; and first and second electrode portions on the first jaw (30, 32), the first electrode portion being in surrounding relation along a perimeter of the second electrode portion such that the first electrode portion is positioned laterally outward of the second electrode portion, the first electrode portion being configured to be exposed along an edge of the first jaw with the end effector in the closed position and with the end effector in the open position; wherein in a bipolar mode of operation the second electrode portion is configured to deliver energy to tissue engaged by the end effector, and the first electrode portion is disabled from delivering energy to tissue engaged by the end effector; and wherein in a monopolar mode of operation the first electrode portion is configured to deliver energy to tissue. a housing; an elongate shaft extending from the housing; an end effector coupled to a distal end of the elongate shaft, the end effector including first and second jaws (16b, 16a), at least one of the first and second jaws being pivotable relative to the other to move the end effector between an open position and a closed position; and first and second electrode portions on the first jaw (30, 32), the first electrode portion being in surrounding relation along a perimeter of the second electrode portion such that the first electrode portion is positioned laterally outward of the second electrode portion, the first electrode portion being configured to be exposed along an edge of the first jaw with the end effector in the closed position and with the end effector in the open position; wherein in a bipolar mode of operation the second electrode portion is configured to deliver energy to tissue engaged by the end effector, and the first electrode portion is disabled from delivering energy to tissue engaged by the end effector; and wherein in a monopolar mode of operation the first electrode portion is configured to deliver energy to tissue.
Vulcanized or prevulcanized profiled tread for the cold retreading of a commercial vehicle tyre, wherein the tyre tread, seen in cross section, has a curved outer contour line (k 1) extending along the tread periphery and a curved inner contour line (k 2) extending along the tread inner side, wherein the contour lines (k 1, k 2) extend symmetrically in relation to the centre plane of the tread and extend parallel to one another, seen in the cross section of the tread, and are in each case made up of arcs (b 1, b 2, b 3) with at least two different radii (r 1, r 2, r 3) - one central arc (b 1) extending through the centre plane and two peripheral arcs (b 3) - wherein the central arc (b 1) has the greatest radius (r 1) and wherein the tread is applied to a commercial vehicle tyre roughened according to the inner contour line, characterized in that the contour lines (k 1, k 2), seen in the cross section of the tread, are in each case made up of arcs (b 1, b 2, b 3) with three or four different radii (r 1, r 2, r 3), wherein the arcs (b 2) extending between the central arc (b 1) and the peripheral arcs (b 3) have a radius (r 2), or in each case a radius (r 2), which is smaller than the radius (r 3) of the peripheral arcs (b 3) and is at least 100 mm.
Sheet metal plate for creating flooring, in particular of industrial vehicles, over which trucks are to run, said sheet metal plate having on its upper face a plurality of patterns, each pattern comprising one or several protruding portions, called "reliefs", said patterns being arranged in a periodic, discrete and ordered manner, the maximum height (H max) of said reliefs being between 0.2 and 1.5 mm, said reliefs having a surface, referred to as "friction surface", which is defined by the intersection of a relief with a plane parallel to the surface of the sheet metal plate and located at half the distance from the top of said relief and which has, regardless of the direction according to which it is measured, an average width at least equal to 0.7 mm, the sheet metal plate comprising more than 3,000 reliefs per square metre, said reliefs being arranged in a plurality of aligned groups (26, 28, 32, 41, 42, 51, 52, 53), i.e. a plurality of groups of reliefs wherein the reliefs of each one of said aligned groups have the same shape, the same orientation and have their centres of gravity substantially aligned in one and the same given direction, characterised in that the minimum distance measured along said given direction between two adjacent reliefs of the same aligned group is always less than 6 mm, said aligned groups being arranged in such a way that the minimum distance along the direction perpendicular to said given direction between two adjacent reliefs of two different aligned groups is less than 15 mm.
Heat exchanger having an annular shape, formed by an independent tube assembly assembled by holding means and housed in a cylindrical cavity, characterized in that it comprises two coaxial annular cassettes (5, 6): a) an outer annular cassette formed by a first series of rectilinear tubes, each extending between a proximal perforated connection plate and a distal perforated connection plate, - said outer annular cassette being capable of communicating with an annular connector of a compressor b) an inner annular cassette which is coaxial with said outer annular cassette and formed by a second series of rectilinear tubes, each extending between said proximal perforated connection plate and said distal perforated connection plate, - said inner annular cassette being capable of communicating with an annular connector of a combustion chamber c) said two cassettes (5, 6) being joined, at the opposite end to the compressor, by an annular closing structure. a) an outer annular cassette formed by a first series of rectilinear tubes, each extending between a proximal perforated connection plate and a distal perforated connection plate, - said outer annular cassette being capable of communicating with an annular connector of a compressor - said outer annular cassette being capable of communicating with an annular connector of a compressor b) an inner annular cassette which is coaxial with said outer annular cassette and formed by a second series of rectilinear tubes, each extending between said proximal perforated connection plate and said distal perforated connection plate, - said inner annular cassette being capable of communicating with an annular connector of a combustion chamber - said inner annular cassette being capable of communicating with an annular connector of a combustion chamber c) said two cassettes (5, 6) being joined, at the opposite end to the compressor, by an annular closing structure.
A heat exchanger unit comprising: tube units arranged within a duct unit configured for heat exchange with combustion gas supplied from a furnace of a thermal power plant; and heat exchanger fins longitudinally formed on outer peripheral surfaces of the tube units and having different thicknesses and sizes, and being configured to perform heat exchange with the combustion gas, characterized in that the tube units have different diameters, wherein the tube units comprise a first tube unit configured to come into contact with the combustion gas first among the tube units, and second to nth tube units (10b to 10n) arranged in order adjacent to the first tube unit, and the tube units have increasing diameters in a direction from the first tube unit toward the nth tube unit. tube units arranged within a duct unit configured for heat exchange with combustion gas supplied from a furnace of a thermal power plant; and heat exchanger fins longitudinally formed on outer peripheral surfaces of the tube units and having different thicknesses and sizes, and being configured to perform heat exchange with the combustion gas, characterized in that the tube units have different diameters, wherein the tube units comprise a first tube unit configured to come into contact with the combustion gas first among the tube units, and second to nth tube units (10b to 10n) arranged in order adjacent to the first tube unit, and the tube units have increasing diameters in a direction from the first tube unit toward the nth tube unit.
A fuel injection device for an engine to perform premixed charge compression ignition combustion, comprising: a fuel injection valve configured to inject fuel into a combustion chamber of the engine; and controlling means for controlling the fuel injection valve to inject the fuel in multiple separate injections, wherein the controlling means controls a timing of a first fuel injection by the fuel injection valve to carry out the first fuel injection on the retard side with respect to a minimum timing when the ending point of the fuel injection of the first fuel injection is before the compression top dead center and when the starting point of the ignition, which is due to the high-temperature oxidation reaction of the first fuel injection, is after the compression top dead center, and wherein the controlling means controls a timing of a second fuel injection by the fuel injection valve to carry out the second fuel injection after a heat release peak due to a low-temperature oxidation reaction caused by the first fuel injection and before a heat release peak due to a high-temperature oxidation reaction caused by the first fuel injection in such a manner that a heat release rate waveform produced by the first fuel injection and the second fuel injection shows a further heat release peak due to a high-temperature oxidation reaction caused by the second fuel injection. a fuel injection valve configured to inject fuel into a combustion chamber of the engine; and controlling means for controlling the fuel injection valve to inject the fuel in multiple separate injections, wherein the controlling means controls a timing of a first fuel injection by the fuel injection valve to carry out the first fuel injection on the retard side with respect to a minimum timing when the ending point of the fuel injection of the first fuel injection is before the compression top dead center and when the starting point of the ignition, which is due to the high-temperature oxidation reaction of the first fuel injection, is after the compression top dead center, and wherein the controlling means controls a timing of a second fuel injection by the fuel injection valve to carry out the second fuel injection after a heat release peak due to a low-temperature oxidation reaction caused by the first fuel injection and before a heat release peak due to a high-temperature oxidation reaction caused by the first fuel injection in such a manner that a heat release rate waveform produced by the first fuel injection and the second fuel injection shows a further heat release peak due to a high-temperature oxidation reaction caused by the second fuel injection.