mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a hybrid drive assembly for a motor vehicle with an electric motor and a manual gearbox, wherein the manual gearbox has: - a first sub-gearbox with a first input shaft, which can be coupled to an internal combustion engine of the motor vehicle, and with a plurality of main gears (I, II, III) for transmitting torque from the internal combustion engine to an output of the motor vehicle, - a second sub-gearbox with a second input shaft, which is coupled to a rotor of the electric motor, and with at least one auxiliary gear (e I, e II) for transmitting torque from the electric motor to the output; - a torque transmission unit, by means of which torque from the internal combustion engine can be transmitted from the first sub-gearbox to the second sub-gearbox, wherein in order to shift from an engaged starting main gear to a target main gear, the method comprises the following steps: a) using the auxiliary gear (e I, e II) as a support gear for filling a torque gap during the shift from the starting main gear to the target main gear; b) providing a transmission capacity of the torque transmission unit, so that torque from the internal combustion engine is transmitted from the first sub-gearbox to the second sub-gearbox, wherein the output is driven by the support gear by a first boost torque; c) providing torque from the electric motor, so that the output is driven via the support gear by a second boost torque; d) disengaging the starting main gear and engaging the target main gear; e) reducing the transmission capacity of the clutch unit and reducing the torque of the electric motor after engaging the target main gear. - a first sub-gearbox with a first input shaft, which can be coupled to an internal combustion engine of the motor vehicle, and with a plurality of main gears (I, II, III) for transmitting torque from the internal combustion engine to an output of the motor vehicle, - a second sub-gearbox with a second input shaft, which is coupled to a rotor of the electric motor, and with at least one auxiliary gear (e I, e II) for transmitting torque from the electric motor to the output; - a torque transmission unit, by means of which torque from the internal combustion engine can be transmitted from the first sub-gearbox to the second sub-gearbox, a) using the auxiliary gear (e I, e II) as a support gear for filling a torque gap during the shift from the starting main gear to the target main gear; b) providing a transmission capacity of the torque transmission unit, so that torque from the internal combustion engine is transmitted from the first sub-gearbox to the second sub-gearbox, wherein the output is driven by the support gear by a first boost torque; c) providing torque from the electric motor, so that the output is driven via the support gear by a second boost torque; d) disengaging the starting main gear and engaging the target main gear; e) reducing the transmission capacity of the clutch unit and reducing the torque of the electric motor after engaging the target main gear.
An electrical steel sheet on a surface of which an insulating coating is present, wherein the insulating coating is free of chromium and comprises plate-like particles of inorganic compound and a metal phosphate, and the content of the plate-like particles of inorganic compound is no less than 0.1 parts by mass and no greater than 20 parts by mass with respect to 100 parts by mass of the metal phosphate, and wherein the plate-like particles of inorganic compound are in the form of secondary particles, which are formed by aggregating primary particles, and the secondary particles have an average particle diameter of no less than 0.05 μm and no greater than 5 μm, and have a specific surface area of 1 to 80 m 2 /g, and the primary particles have an aspect ratio of 50 to 1000.
A method for correction of displayed information, comprising: accessing one or more parameters defining an initial orientation of a display device, the display device, when positioned at the initial orientation, presents information to a user in a manner to minimize perspective distortion within a threshold amount; detecting a change in orientation of the display device; identifying at least two opposing edges of the display device; determining a first distance from a user's eye and a first of the opposing edges on the display device; determining a second distance from the user's eye and a second of the opposing edges on the display device; calculating a first correction factor based on the first distance (408, 806); calculating a second correction factor based on the second distance (408, 806); and correcting perspective distortion of information displayed on the display device based on the first correction factor and the second correction factor (414, 810), wherein the first correction factor is a first scaling factor and the second correction factor is a second scaling factor, and where correcting displayed information comprises applying a proportional scaling factor between the first scaling factor and second scaling factor based on a third distance between the two opposing edges of the display. accessing one or more parameters defining an initial orientation of a display device, the display device, when positioned at the initial orientation, presents information to a user in a manner to minimize perspective distortion within a threshold amount; detecting a change in orientation of the display device; identifying at least two opposing edges of the display device; determining a first distance from a user's eye and a first of the opposing edges on the display device; determining a second distance from the user's eye and a second of the opposing edges on the display device; calculating a first correction factor based on the first distance (408, 806); calculating a second correction factor based on the second distance (408, 806); and correcting perspective distortion of information displayed on the display device based on the first correction factor and the second correction factor (414, 810), wherein the first correction factor is a first scaling factor and the second correction factor is a second scaling factor, and where correcting displayed information comprises applying a proportional scaling factor between the first scaling factor and second scaling factor based on a third distance between the two opposing edges of the display.
A lamp comprising: a solid-state lighting element; a light guide having two oppositely arranged outer surfaces (3b, 3c) and a circumferential edge joining the respective circumferences of the two outer surfaces, the light guide being arranged to couple in light emitted by the solid-state lighting element at the circumferential edge; and two slits (3e, 3f) arranged in the light guide and adapted to couple light out from the light guide, wherein each of the two slits (3e, 3f) extends from one of the outer surfaces (3b, 3c) to the other one of the outer surfaces (3b, 3c), characterised by the two slits (3e, 3f) at least partly crossing each other inside the light guide. a solid-state lighting element; a light guide having two oppositely arranged outer surfaces (3b, 3c) and a circumferential edge joining the respective circumferences of the two outer surfaces, the light guide being arranged to couple in light emitted by the solid-state lighting element at the circumferential edge; and two slits (3e, 3f) arranged in the light guide and adapted to couple light out from the light guide, wherein each of the two slits (3e, 3f) extends from one of the outer surfaces (3b, 3c) to the other one of the outer surfaces (3b, 3c), characterised by the two slits (3e, 3f) at least partly crossing each other inside the light guide.
A contactless transponder comprising: - a memory, - an antenna configured to receive signals, - a contactless interface coupled to the antenna and configured to emit memory access requests according to the signals received, - a wired interface configured to receive memory access requests, - an arbitration module configured to authorise access to the memory either for access requests emitted by the contactless interface or for access requests received by the wired interface, characterised in that the wired interface is also configured to receive shutdown controls and transmit these shutdown controls to the arbitration module, the arbitration module being configured to be able to shut down the contactless interface when it receives a shutdown control, so as to authorise exclusive access to the memory for access requests received by the wired interface. - a memory, - an antenna configured to receive signals, - a contactless interface coupled to the antenna and configured to emit memory access requests according to the signals received, - a wired interface configured to receive memory access requests, - an arbitration module configured to authorise access to the memory either for access requests emitted by the contactless interface or for access requests received by the wired interface, characterised in that the wired interface is also configured to receive shutdown controls and transmit these shutdown controls to the arbitration module, the arbitration module being configured to be able to shut down the contactless interface when it receives a shutdown control, so as to authorise exclusive access to the memory for access requests received by the wired interface.
A gasket (20; 40; 80; 100) for use in a starved electrolyte bipolar battery, said gasket comprising: - a structural part (27; 44; 82) in the shape of a frame having an upper surface and a lower surface, said structural part being made from a first material, and - at least one channel (23, 24; 83, 84; 103, 104) to permit gas passage through the gasket (20; 40; 80; 100), characterised in that: - said gasket (20; 40; 80; 100) further comprises at least a first sealing surface (30; 47; 91; 111) arranged in a closed loop along the frame projecting out from said upper surface, and at least a second sealing surface (30; 47; 92; 112) arranged in a closed loop projecting out from said lower surface, said at least first (30; 47; 91; 111) and second (30; 47; 92; 112) sealing surfaces are provided on at least one sealing part (26 1, 26 2; 41, 42; 81; 101) being made from a second material which is deformable, - at least one of the first and the second materials having hydrophobic properties, and - the first material of the structural part (27; 44; 82) has a higher elastic modulus than an elastic modulus of said second material of said at least one sealing part (26 1, 26 2; 41, 42; 81; 101). - a structural part (27; 44; 82) in the shape of a frame having an upper surface and a lower surface, said structural part being made from a first material, and - at least one channel (23, 24; 83, 84; 103, 104) to permit gas passage through the gasket (20; 40; 80; 100), characterised in that: - said gasket (20; 40; 80; 100) further comprises at least a first sealing surface (30; 47; 91; 111) arranged in a closed loop along the frame projecting out from said upper surface, and at least a second sealing surface (30; 47; 92; 112) arranged in a closed loop projecting out from said lower surface, said at least first (30; 47; 91; 111) and second (30; 47; 92; 112) sealing surfaces are provided on at least one sealing part (26 1, 26 2; 41, 42; 81; 101) being made from a second material which is deformable, - at least one of the first and the second materials having hydrophobic properties, and - the first material of the structural part (27; 44; 82) has a higher elastic modulus than an elastic modulus of said second material of said at least one sealing part (26 1, 26 2; 41, 42; 81; 101).
A composition comprising a fluorine-containing polymer and a cage silsesquioxane dendrimer of formula: wherein R 1 -R 8 each individually are H, halogen or an organic group.
Motorcycle transmission comprising - a swingarm which extends from a hinging end to an associable motorcycle chassis, defining an oscillation axis (X-X), to a connection end to a wheel, - a homokinetic joint positioned on the side of the hinging end, and a geared coupling positioned on the side of the connection end, - wherein the homokinetic joint kinematically connects to each other a first end of an input shaft, connected to a power take-off, and a second end of an output shaft mechanically connected to said geared coupling, and wherein the geared coupling transmits the movement to the wheel, characterised in that - the homokinetic joint performs an instantaneously constant transmission ratio between said first and second end (44, 52), - the homokinetic joint is offset to the hinging end of the swingarm, in a vertical direction (Y-Y) perpendicular to the support surface of the wheel and permits an oscillation of the output shaft between a stroke start and a stroke end, parallel to said oscillation axis (X-X). - a swingarm which extends from a hinging end to an associable motorcycle chassis, defining an oscillation axis (X-X), to a connection end to a wheel, - a homokinetic joint positioned on the side of the hinging end, and a geared coupling positioned on the side of the connection end, - wherein the homokinetic joint kinematically connects to each other a first end of an input shaft, connected to a power take-off, and a second end of an output shaft mechanically connected to said geared coupling, and wherein the geared coupling transmits the movement to the wheel, characterised in that - the homokinetic joint performs an instantaneously constant transmission ratio between said first and second end (44, 52), - the homokinetic joint is offset to the hinging end of the swingarm, in a vertical direction (Y-Y) perpendicular to the support surface of the wheel and permits an oscillation of the output shaft between a stroke start and a stroke end, parallel to said oscillation axis (X-X).
An assembly comprising: an expandable prosthetic heart valve (480; 524) comprising a frame and a valve structure positioned within the frame; and a support structure separate from the prosthetic heart valve (480; 524) configured to be positioned such that the support structure extends around the native mitral valve leaflets within the left ventricle of a patient's heart; wherein after the support structure is deployed around the native mitral valve leaflets, the prosthetic heart valve (480; 524) is expandable within the native mitral valve leaflets such that the native mitral valve leaflets are positioned between and engaged by the support structure and the prosthetic heart valve (480; 524). an expandable prosthetic heart valve (480; 524) comprising a frame and a valve structure positioned within the frame; and a support structure separate from the prosthetic heart valve (480; 524) configured to be positioned such that the support structure extends around the native mitral valve leaflets within the left ventricle of a patient's heart; wherein after the support structure is deployed around the native mitral valve leaflets, the prosthetic heart valve (480; 524) is expandable within the native mitral valve leaflets such that the native mitral valve leaflets are positioned between and engaged by the support structure and the prosthetic heart valve (480; 524).
Process for building tyres for vehicle wheels, comprising: i. arranging a forming drum having a radially outer surface and comprising a first body and a second body that are movable with respect to each other, wherein a relative movement between said first body and said second body causes the passage between a radially contracted configuration and a radially expanded configuration of the radially outer surface; ii. coupling the forming drum by means of a grip unit of a handling device; iii. carrying said forming drum, by means of the handling device, to at least one delivering station for delivering semifinished products and making it rotate around a symmetry axis (x-x) thereof in order to wind at least one semifinished product on the radially outer surface and form a sleeve; iv. contracting the radially outer surface of the forming drum in order to release the sleeve from said drum; wherein coupling the forming drum comprises: removably engaging the first body of the forming drum with first grip devices associated with a first shaft of the grip unit; removably engaging the second body of the forming drum with second grip devices associated with a second shaft of the grip unit coaxial and external with respect to the first shaft. i. arranging a forming drum having a radially outer surface and comprising a first body and a second body that are movable with respect to each other, wherein a relative movement between said first body and said second body causes the passage between a radially contracted configuration and a radially expanded configuration of the radially outer surface; ii. coupling the forming drum by means of a grip unit of a handling device; iii. carrying said forming drum, by means of the handling device, to at least one delivering station for delivering semifinished products and making it rotate around a symmetry axis (x-x) thereof in order to wind at least one semifinished product on the radially outer surface and form a sleeve; iv. contracting the radially outer surface of the forming drum in order to release the sleeve from said drum; removably engaging the first body of the forming drum with first grip devices associated with a first shaft of the grip unit; removably engaging the second body of the forming drum with second grip devices associated with a second shaft of the grip unit coaxial and external with respect to the first shaft.
A Laves phase intermetallic compound having a composition represented by general formula ARu 2, wherein A is Y, Sc, or at least one element selected from lanthanoid elements excluding Ce; a crystallite size of the Laves phase intermetallic compound is 1 nm to 100 nm, and a specific surface area of the Laves phase intermetallic compound is 0.5 m 2 /g or more. wherein A is Y, Sc, or at least one element selected from lanthanoid elements excluding Ce; a crystallite size of the Laves phase intermetallic compound is 1 nm to 100 nm, and a specific surface area of the Laves phase intermetallic compound is 0.5 m 2 /g or more.
A method for producing a hydrogenated polymer comprising: a polymerization step of polymerizing at least a conjugated diene monomer in a hydrocarbon solvent using an organolithium compound as a polymerization initiator, and obtaining a polymer; a hydrogenation step of hydrogenating the obtained polymer and obtaining a hydrogenated polymer; and, following steps to, successively performing after the polymerization step and the hydrogenation step: a step of mixing an acid into the solution containing the hydrogenated polymer and mixing water in an amount of 20 to 300 parts by mass with the solution containing the polymer, based on 100 parts by mass of the solution containing the hydrogenated polymer, a step of adjusting an amount of the water to 10 parts by mass or less based on 100 parts by mass of the solution containing the hydrogenated polymer, wherein said step is performed by decantation, a step of adding carbon dioxide gas and/or a compound to be decarboxylated to the solution containing the hydrogenated polymer, a step of removing a solvent from the solution containing the hydrogenated polymer until a concentration of the polymer reaches 95 mass% or more, and a step of adding an antioxidant to the solution containing the hydrogenated polymer after the step. a step of mixing an acid into the solution containing the hydrogenated polymer and mixing water in an amount of 20 to 300 parts by mass with the solution containing the polymer, based on 100 parts by mass of the solution containing the hydrogenated polymer, a step of adjusting an amount of the water to 10 parts by mass or less based on 100 parts by mass of the solution containing the hydrogenated polymer, wherein said step is performed by decantation, a step of adding carbon dioxide gas and/or a compound to be decarboxylated to the solution containing the hydrogenated polymer, a step of removing a solvent from the solution containing the hydrogenated polymer until a concentration of the polymer reaches 95 mass% or more, and a step of adding an antioxidant to the solution containing the hydrogenated polymer after the step.
An apparatus for transmitting or receiving data securely using a cryptographic secret key, said apparatus comprising: a key generation controller (33; 43; 53; 73; 83) for controlling a number of messages to be exchanged with another transmission side during generating said cryptographic secret key, based on an iteration number; and an iteration number providing unit (33; 43; 53; 73; 83) for providing said iteration number to the key generation controller, characterised by said iteration number providing unit being arranged to receive said iteration number from the other transmission side or to generate and transmit said iteration number to the other transmission side. a key generation controller (33; 43; 53; 73; 83) for controlling a number of messages to be exchanged with another transmission side during generating said cryptographic secret key, based on an iteration number; and an iteration number providing unit (33; 43; 53; 73; 83) for providing said iteration number to the key generation controller, characterised by said iteration number providing unit being arranged to receive said iteration number from the other transmission side or to generate and transmit said iteration number to the other transmission side.
An automatic flame extinguisher, comprising: a base for positioning the automatic flame extinguisher in relation to a candle; a lid coupled to the base about a pivot, the lid being selectively positionable between a first open position and a second closed position to extinguish a burning wick of the candle; and a timer including a clock for selectively activating the pivot to reposition the lid from the first open position to the second closed position after the clock reaches a threshold operation time, characterized in that the timer houses a cam having an oblong shape being spaced from and in non-contact relation with a spring-loaded actuation lever, said cam being actuable by the timer in response to the clock reaching the threshold operation time, the cam being movable between a disengaged position in non-contact relation relative to said actuation lever when the lid is in the first open position and an engaged position contacting the actuation lever to reposition the lid in the second closed position. a base for positioning the automatic flame extinguisher in relation to a candle; a lid coupled to the base about a pivot, the lid being selectively positionable between a first open position and a second closed position to extinguish a burning wick of the candle; and a timer including a clock for selectively activating the pivot to reposition the lid from the first open position to the second closed position after the clock reaches a threshold operation time, characterized in that the timer houses a cam having an oblong shape being spaced from and in non-contact relation with a spring-loaded actuation lever, said cam being actuable by the timer in response to the clock reaching the threshold operation time, the cam being movable between a disengaged position in non-contact relation relative to said actuation lever when the lid is in the first open position and an engaged position contacting the actuation lever to reposition the lid in the second closed position.