mhurhangee/ep-ind-claims huggingface dataset:
A method for estimating a grip of a tire supporting a vehicle, the method comprising the steps of: generating a first set of data from a tire-mounted sensor unit; generating a second set of data from the tire-mounted sensor unit and from data obtained from the vehicle; generating a third set of data from data obtained from the vehicle and from the internet; providing a grip estimation module; and receiving the first, second and third sets of data (82, 84, 86) in the grip estimation module; characterized in that the method further comprises calculating a friction probability distribution with the grip estimation module using the first, second and third sets of data (82, 84, 86); inputting the friction probability distribution into at least one vehicle system; and calculating the current tire load and the current tire wear state with a sensor fusion module. generating a first set of data from a tire-mounted sensor unit; generating a second set of data from the tire-mounted sensor unit and from data obtained from the vehicle; generating a third set of data from data obtained from the vehicle and from the internet; providing a grip estimation module; and receiving the first, second and third sets of data (82, 84, 86) in the grip estimation module; characterized in that the method further comprises calculating a friction probability distribution with the grip estimation module using the first, second and third sets of data (82, 84, 86); inputting the friction probability distribution into at least one vehicle system; and calculating the current tire load and the current tire wear state with a sensor fusion module.
A method for assigning redundancy versions to a circular buffer, the method comprising the steps of: receiving systematic bits, a first block of parity bits, and a second block of parity bits, wherein the systematic bits, the first block of parity bits, and the second block of parity bits all comprise dummy bits; individually block interleaving the systematic bits, first block of parity bits, and second block of parity bits; interlacing the first block of parity bits with the second block of parity bits to create interlaced parity bits; pre-pending the interleaved systematic bits to the interlaced parity bits to create a circular buffer, characterised by: deleting one or more of columns from the circular buffer to form a shortened circular buffer, each column comprising interlaced first and second parity bits; defining redundancy versions to start in a particular row of the shortened circular buffer; receiving a redundancy version, RV, and a number of desired bits; and outputting the number of desired bits starting at the RV bit position. receiving systematic bits, a first block of parity bits, and a second block of parity bits, wherein the systematic bits, the first block of parity bits, and the second block of parity bits all comprise dummy bits; individually block interleaving the systematic bits, first block of parity bits, and second block of parity bits; interlacing the first block of parity bits with the second block of parity bits to create interlaced parity bits; pre-pending the interleaved systematic bits to the interlaced parity bits to create a circular buffer, characterised by: deleting one or more of columns from the circular buffer to form a shortened circular buffer, each column comprising interlaced first and second parity bits; defining redundancy versions to start in a particular row of the shortened circular buffer; receiving a redundancy version, RV, and a number of desired bits; and outputting the number of desired bits starting at the RV bit position. deleting one or more of columns from the circular buffer to form a shortened circular buffer, each column comprising interlaced first and second parity bits; defining redundancy versions to start in a particular row of the shortened circular buffer; receiving a redundancy version, RV, and a number of desired bits; and outputting the number of desired bits starting at the RV bit position.
Series of electrolysis cells for the production of aluminum by igneous electrolysis according to the Hall-Heroult process, comprising: - at least one first and one second row (F, F'), rectilinear and parallel to each other, of the electrolysis cells electrically connected in series, - a connecting conductor between a first end cell of the first row and a corresponding first end cell of the second row (F'), characterized in that the series comprises at least one magnetic-balancing circuit of the end cells having a magnetic-balancing first electric conductor of the end cells extending along the first row of cells solely with regard to an end portion of the first row of cells. - at least one first and one second row (F, F'), rectilinear and parallel to each other, of the electrolysis cells electrically connected in series, - a connecting conductor between a first end cell of the first row and a corresponding first end cell of the second row (F'), characterized in that the series comprises at least one magnetic-balancing circuit of the end cells having a magnetic-balancing first electric conductor of the end cells extending along the first row of cells solely with regard to an end portion of the first row of cells.
A method of digital halftoning a continuous tone image into a halftone raster image having halftone cells wherein each halftone cell has a shape; wherein the method comprises the step: - generating a halftone dot in said halftone cell with a threshold array for determining non-image pixels and image pixels in said halftone cell and wherein said non-image pixels represent a first closed contour and image pixels represent a second closed contour (100, 300); and wherein the halftone cells are arranged according to a periodic tessellation using a tile; and characterised in that said first closed contour and/or second closed contour has an eroded shape from the shape of said halftone cell and each halftone cell has minimum one edge having an arced part. - generating a halftone dot in said halftone cell with a threshold array for determining non-image pixels and image pixels in said halftone cell and wherein said non-image pixels represent a first closed contour and image pixels represent a second closed contour (100, 300); and wherein the halftone cells are arranged according to a periodic tessellation using a tile; and characterised in that said first closed contour and/or second closed contour has an eroded shape from the shape of said halftone cell and each halftone cell has minimum one edge having an arced part.
A method for controlling starting of a gas turbine, comprising: - measuring a number of rotations of the gas turbine; - determining a target acceleration rate of the gas turbine based on the number of rotations of the gas turbine; - calculating a current acceleration rate of the gas turbine; - determining a flow rate of fuel supplied to the gas turbine based on a difference between the current acceleration rate and the target acceleration rate; - supplying fuel to the gas turbine at the determined flow rate of the fuel, wherein the flow rate of the fuel is determined between a maximum flow rate of the fuel that has been previously stored and a minimum flow rate of the fuel, - monitoring a temperature of an exhaust gas after supplying the fuel, - measuring the temperature of the exhaust gas; and - determine whether or not to perform an emergency stop of the gas turbine based on a temperature of the exhaust gas monitored when the gas turbine is started. - measuring a number of rotations of the gas turbine; - determining a target acceleration rate of the gas turbine based on the number of rotations of the gas turbine; - calculating a current acceleration rate of the gas turbine; - determining a flow rate of fuel supplied to the gas turbine based on a difference between the current acceleration rate and the target acceleration rate; - supplying fuel to the gas turbine at the determined flow rate of the fuel, wherein the flow rate of the fuel is determined between a maximum flow rate of the fuel that has been previously stored and a minimum flow rate of the fuel, - monitoring a temperature of an exhaust gas after supplying the fuel, - measuring the temperature of the exhaust gas; and - determine whether or not to perform an emergency stop of the gas turbine based on a temperature of the exhaust gas monitored when the gas turbine is started.
A method of calibrating a three-dimensional image in a tiled display comprising a display panel and a plurality of lens arrays, the method comprising: capturing a plurality of structured light images displayed on the display panel; calibrating a geometric model of the tiled display based on the captured plurality of structured light images, the geometric model corresponding to a set of virtual lens arrays with respect to the plurality of lens arrays; generating a ray model based on the calibrated geometric model of the tiled display; and rendering an image based on the ray model, wherein the calibrating comprises: extracting principal observation ray pixels corresponding to light rays passing through an optical center of a capturing unit from the plurality of structured light images; calculating rotation and translation parameters of the plurality of lens arrays with respect to the display panel based on the extracted POR pixels, and calibrating the geometric model of the tiled display based on the extracted POR pixels and the calculated rotation and translation parameters. capturing a plurality of structured light images displayed on the display panel; calibrating a geometric model of the tiled display based on the captured plurality of structured light images, the geometric model corresponding to a set of virtual lens arrays with respect to the plurality of lens arrays; generating a ray model based on the calibrated geometric model of the tiled display; and rendering an image based on the ray model, wherein the calibrating comprises: extracting principal observation ray pixels corresponding to light rays passing through an optical center of a capturing unit from the plurality of structured light images; calculating rotation and translation parameters of the plurality of lens arrays with respect to the display panel based on the extracted POR pixels, and calibrating the geometric model of the tiled display based on the extracted POR pixels and the calculated rotation and translation parameters. extracting principal observation ray pixels corresponding to light rays passing through an optical center of a capturing unit from the plurality of structured light images; calculating rotation and translation parameters of the plurality of lens arrays with respect to the display panel based on the extracted POR pixels, and calibrating the geometric model of the tiled display based on the extracted POR pixels and the calculated rotation and translation parameters.
A treatment plant for treating longitudinal bars comprising at least one painting sub-station for painting the bars and a sequence of decoration sub-stations (19, 19', 19", 19''', 19"") for decorating the painted bars, each decoration sub-station comprising a rotatable annular frame (22, 22', 22", 22''', 22"") through which the bars can be moved, at least one movable support (23, 23', 23", 23''', 23'''') sustained by the annular frame (22, 22', 22", 22''', 22''''), and at least one decoration tool sustained by the movable support (23, 23', 23'', 23''', 23'''') and that can be placed in a position for interacting with the bars passing through the annular frame (22, 22', 22", 22''', 22'''').
Ignition device for a motor of an automotive vehicle, the device comprising: a rotor able to receive a key and mounted in rotation on a bracket, the rotor comprising a retainer configured to retain the rotor in translation relative to the bracket, a first push back mean configured to apply a linear force between the bracket and the rotor along an axis parallel to the axis of the rotation of the rotor, and wherein the bracket and the retainer are configured to cooperate so as to prevent the rotation of the rotor in a predetermined direction from a predetermined angular position and to allow the rotation of the rotor beyond the predetermined angular position in the predetermined direction upon preliminary applying a force on the rotor in the opposite direction to the direction of the linear force applied by the first push back mean. a rotor able to receive a key and mounted in rotation on a bracket, the rotor comprising a retainer configured to retain the rotor in translation relative to the bracket, a first push back mean configured to apply a linear force between the bracket and the rotor along an axis parallel to the axis of the rotation of the rotor, and wherein the bracket and the retainer are configured to cooperate so as to prevent the rotation of the rotor in a predetermined direction from a predetermined angular position and to allow the rotation of the rotor beyond the predetermined angular position in the predetermined direction upon preliminary applying a force on the rotor in the opposite direction to the direction of the linear force applied by the first push back mean.
A thermal processing system, comprising: a source of laser radiation emitting at a laser wavelength; a reflective surface (54, 56) tuned to reflect radiation at said laser wavelength but passing radiation at a pyrometer wavelength; optics (62, 64, 66, 70) disposed between said reflective surface and a substrate to be thermally processed; a pyrometer positioned on a side of said reflective surface opposite said optics, said pyrometer being sensitive to said pyrometer wavelength, wherein said optics images a region of said substrate being thermally processed onto said pyrometer; a first optical filter (67, 68) disposed between said source of laser radiation and said reflective surface to block a portion of radiation emitted by said source of laser radiation including said pyrometer wavelength; wherein the pyrometer includes an optical detector and a second optical filter blocking radiation at said laser wavelength and passing radiation at said pyrometer wavelength, said second optical filter disposed between said substrate and said optical detector, wherein said source of laser radiation comprises an array of laser emitters and said first optical filter (67, 68) comprises a reflective surface angled relative to said array whereby to reflect light of said pyrometer wavelength to zones between adjacent ones of said emitters. a source of laser radiation emitting at a laser wavelength; a reflective surface (54, 56) tuned to reflect radiation at said laser wavelength but passing radiation at a pyrometer wavelength; optics (62, 64, 66, 70) disposed between said reflective surface and a substrate to be thermally processed; a pyrometer positioned on a side of said reflective surface opposite said optics, said pyrometer being sensitive to said pyrometer wavelength, wherein said optics images a region of said substrate being thermally processed onto said pyrometer; a first optical filter (67, 68) disposed between said source of laser radiation and said reflective surface to block a portion of radiation emitted by said source of laser radiation including said pyrometer wavelength; wherein the pyrometer includes an optical detector and a second optical filter blocking radiation at said laser wavelength and passing radiation at said pyrometer wavelength, said second optical filter disposed between said substrate and said optical detector, wherein said source of laser radiation comprises an array of laser emitters and said first optical filter (67, 68) comprises a reflective surface angled relative to said array whereby to reflect light of said pyrometer wavelength to zones between adjacent ones of said emitters.
Cleaning device for installation in a conduit, comprising a sensor unit having at least one sensor tip; an elongate housing, which has a first longitudinal end and a second longitudinal end and at least partially accommodates the sensor unit such that the sensor tip - in the measuring mode - protrudes at the second longitudinal end; and a wiping unit, which is held in the housing so as to be movable in the longitudinal direction, and has a wiping element which is assigned to the sensor tip in such a way that, when the wiping unit moves, the wiping element wipes over the sensor tip, thereby cleaning it; characterized in that the wiping unit has a cylindrical chamber and a piston element provided therein, the piston element being connected to the sensor unit and separating the cylindrical chamber into a first and a second chamber (104, 106). a sensor unit having at least one sensor tip; an elongate housing, which has a first longitudinal end and a second longitudinal end and at least partially accommodates the sensor unit such that the sensor tip - in the measuring mode - protrudes at the second longitudinal end; and a wiping unit, which is held in the housing so as to be movable in the longitudinal direction, and has a wiping element which is assigned to the sensor tip in such a way that, when the wiping unit moves, the wiping element wipes over the sensor tip, thereby cleaning it; characterized in that the wiping unit has a cylindrical chamber and a piston element provided therein, the piston element being connected to the sensor unit and separating the cylindrical chamber into a first and a second chamber (104, 106).
A tire comprising: a plurality of annular tire constituent members respectively having a joint part formed by one end side and another end side of a member being joined; and an electronic component, wherein the plurality of annular tire constituent members respectively having the joint part includes an inner liner covering a tire inner cavity surface, and at least two tire constituent members different from the inner liner, and wherein the electronic component is disposed at a position distanced by at least 15 degrees around a tire rotational axis, with a position of the joint part of the inner liner as a reference, wherein the electronic component is disposed within a range of 45 degrees or less around a tire rotational axis, with a position of the joint part of the inner liner as a reference. a plurality of annular tire constituent members respectively having a joint part formed by one end side and another end side of a member being joined; and an electronic component, wherein the plurality of annular tire constituent members respectively having the joint part includes an inner liner covering a tire inner cavity surface, and at least two tire constituent members different from the inner liner, and wherein the electronic component is disposed at a position distanced by at least 15 degrees around a tire rotational axis, with a position of the joint part of the inner liner as a reference, wherein the electronic component is disposed within a range of 45 degrees or less around a tire rotational axis, with a position of the joint part of the inner liner as a reference.
A shielding device of a passenger compartment of a motor vehicle for shielding an interior of the passenger compartment from a hydrogen tank in the motor vehicle, having a basic body, wherein the basic body has a fibre composite material with a hydrogen permeation-inhibiting coating and is designed as a wall or wall portion of the passenger compartment, characterised in that the hydrogen permeation-inhibiting coating has metallic pigments.
A manufacturing method of a secondary battery comprising: a first sealing process that stores a power generation element inside an exterior body formed by overlapped exterior films and that seals the exterior body at a first sealing part (c), the power generation element being arranged with a space from at least a part of the first sealing part (c); a conditioning process that performs conditioning of the power generation element; a hole forming process that forms a degassing hole between the first sealing part (c) and the power generation element; and a second sealing process that seals the degassing hole, characterized in that the hole forming process comprises a pressing process that presses, from both sides of the exterior body, a portion where the degassing hole is formed in the exterior body so that the overlapped exterior films are brought into contact with each other, before the degassing hole is formed in the exterior body. a first sealing process that stores a power generation element inside an exterior body formed by overlapped exterior films and that seals the exterior body at a first sealing part (c), the power generation element being arranged with a space from at least a part of the first sealing part (c); a conditioning process that performs conditioning of the power generation element; a hole forming process that forms a degassing hole between the first sealing part (c) and the power generation element; and a second sealing process that seals the degassing hole, characterized in that the hole forming process comprises a pressing process that presses, from both sides of the exterior body, a portion where the degassing hole is formed in the exterior body so that the overlapped exterior films are brought into contact with each other, before the degassing hole is formed in the exterior body.
Fountain for sugar-based viscous or pasty food product, characterised in that it comprises - a container including a wall, and an internal tank placed in said container, said wall surrounding said internal tank by defining with the outer surface of said internal tank, a separating volume, said internal tank being intended to contain said food product, - said separating volume being intended to receive a liquid to immerse at least partially, the outer surface of said internal tank, - a heating means for heating said liquid intended to be contained in said separating volume, said liquid thus heated making it possible to heat the contents of said internal tank using a water-bath, - the lower part of said container including an outlet orifice fluidically connected to the only internal volume of said internal tank, and - said fountain being configured such that the temperature of the food product in the internal tank, when the fountain is in operation, is less than 40°C, and preferably 35°C to limit the Maillard reaction in this food product, characterised in that said internal tank is a column wherein the diameter is less than or equal to 12 cm, and preferably 10 cm, such that the temperature of the food product in a central zone of said internal tank and the temperature of the food product at a peripheral zone of said internal tank are substantially equal. - a container including a wall, and an internal tank placed in said container, said wall surrounding said internal tank by defining with the outer surface of said internal tank, a separating volume, said internal tank being intended to contain said food product, - said separating volume being intended to receive a liquid to immerse at least partially, the outer surface of said internal tank, - a heating means for heating said liquid intended to be contained in said separating volume, said liquid thus heated making it possible to heat the contents of said internal tank using a water-bath, - the lower part of said container including an outlet orifice fluidically connected to the only internal volume of said internal tank, and - said fountain being configured such that the temperature of the food product in the internal tank, when the fountain is in operation, is less than 40°C, and preferably 35°C to limit the Maillard reaction in this food product, characterised in that said internal tank is a column wherein the diameter is less than or equal to 12 cm, and preferably 10 cm, such that the temperature of the food product in a central zone of said internal tank and the temperature of the food product at a peripheral zone of said internal tank are substantially equal.