mhurhangee/ep-ind-claims huggingface dataset:
Vehicle comprising an endothermic engine and an exhaust duct, a reducing agent tank and a unit said unit feeding a reducing agent solution from the tank to the exhaust duct of the endothermic engine, said unit comprising a supporting head firmly associated to an aperture of the reducing solution tank and a heating device for heating the reducing solution contained in the tank, the heating device extending longitudinally from the supporting head and being provided with a duct for a heating fluid, said duct being defined by a side wall which, when the unit is in use, is internally in contact with the heating fluid passing through the duct and externally in contact with the reducing solution present in the tank, wherein said duct has circular cross-section and comprises a forward section in which a rectilinear portion and a horseshoe-shaped portion are defined, and a rectilinear return section, said rectilinear portion and return section having axes that are mutually parallel and said horseshoe-shaped portion extending on a plane that is substantially perpendicular to the parallel axes of the rectilinear portion and of the return section of the duct, characterized in that the wall of said rectilinear portion and return section is corrugated inside and outside and comprises a plurality of ridges and valleys oriented perpendicularly to the flow of the fluid circulating in the duct, annularly continuous, mutually alternated and regularly distributed both inside and outside the duct and in that the horseshoe-shaped portion is, instead, smooth for simplifying manufacturing.
Hair clipper holder for the releasable acceptance of a hair clipper, wherein the holder preferably comprises an electrical interface in order to connect a rechargeable accumulator in the hair clipper to an external electrical network when the hair clipper is located in the holder, characterized in that the holder comprises a feed apparatus for feeding lubricating oil to the hair clipper, wherein the feed apparatus comprises: - a fastening section for the releasable fastening of a lubricating oil reservoir to the feed apparatus, for example by means of a screw thread, and - a transport element (104, 104', 104", 104"', 104"") for transporting lubricating oil out of the lubricating oil reservoir to the hair clipper, in particular to a distributing element of the hair clipper. - a fastening section for the releasable fastening of a lubricating oil reservoir to the feed apparatus, for example by means of a screw thread, and - a transport element (104, 104', 104", 104"', 104"") for transporting lubricating oil out of the lubricating oil reservoir to the hair clipper, in particular to a distributing element of the hair clipper.
A vehicle comprising a body, which body comprises an engine compartment in which an internal combustion engine and a filter cartridge are housed, an inlet mouth of which filter cartridge is provided with a flat flange and is able to filter comburent air in aspiration to the internal combustion engine, in which the filter cartridge is located in a position in which the plan volume of the filter cartridge is completely external of the plan volume of the internal combustion engine, characterised in that the portion of the body which perimetrally delimits the engine compartment comprises support means of the filter cartridge, the filter cartridge being located vertically above a wheel well.
An apparatus comprising: - a shaft comprising a first end and a second end and a longitudinal axis extending between the first end and the second end; - a motor coupled to the shaft, wherein the motor is configured to rotate the shaft about the longitudinal axis of the shaft; - a plurality of magnets coupled to the shaft along the longitudinal axis of the shaft, wherein each magnet comprises a first end proximal to the longitudinal axis of the shaft and a second end distal to the longitudinal axis of the shaft; and - a module comprising a plurality of housings arranged along a linear axis, wherein: - each magnet of the plurality of magnets is aligned with a corresponding housing of the plurality of housings, - the shaft is configured to rotate from a shaft first position in which the second end of each magnet is distal from the corresponding housing; and - the shaft is configured to rotate to a second shaft position in which the second end of each magnet is proximal from the corresponding housing, characterized in that the longitudinal axis of the shaft is parallel to the linear axis of the plurality of housings. - a shaft comprising a first end and a second end and a longitudinal axis extending between the first end and the second end; - a motor coupled to the shaft, wherein the motor is configured to rotate the shaft about the longitudinal axis of the shaft; - a plurality of magnets coupled to the shaft along the longitudinal axis of the shaft, wherein each magnet comprises a first end proximal to the longitudinal axis of the shaft and a second end distal to the longitudinal axis of the shaft; and - a module comprising a plurality of housings arranged along a linear axis, - each magnet of the plurality of magnets is aligned with a corresponding housing of the plurality of housings, - the shaft is configured to rotate from a shaft first position in which the second end of each magnet is distal from the corresponding housing; and - the shaft is configured to rotate to a second shaft position in which the second end of each magnet is proximal from the corresponding housing,
A computer-implemented method of generating a three-dimensional colored point cloud, the method comprising: obtaining a first image and a second image, said first and second images encoding a projection of an original three-dimensional colored point cloud, pixels of said first and second images comprising a depth attribute and a color attribute; inverse projecting pixels of said first image and inverse projecting pixels of said second image wherein, when the inverse projecting of a first pixel of the first image and the inverse projecting of a second pixel of the second image refer to a common generated point, attributing to said generated point, the color value of the first or the second pixel, the attributed color being the color stored in the pixel having the lowest local depth variance; wherein the local depth variance is computed for a region of n × n pixels around said first and second pixels, with n being an integer greater than or equal to three. obtaining a first image and a second image, said first and second images encoding a projection of an original three-dimensional colored point cloud, pixels of said first and second images comprising a depth attribute and a color attribute; inverse projecting pixels of said first image and inverse projecting pixels of said second image wherein, when the inverse projecting of a first pixel of the first image and the inverse projecting of a second pixel of the second image refer to a common generated point, attributing to said generated point, the color value of the first or the second pixel, the attributed color being the color stored in the pixel having the lowest local depth variance; wherein the local depth variance is computed for a region of n × n pixels around said first and second pixels, with n being an integer greater than or equal to three.
Filter converter for converting an impulse response signal indicative of an amplitude/frequency filter characteristic in a time domain into filter definition signal, the converter comprising: a complex modulated filter bank for filtering the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain to obtain a plurality of complex valued subband signals forming the filter definition signal, wherein each complex valued subband signal of the plurality of complex valued subband signals obtained by the complex modulated filter bank corresponds to an impulse response for a subband filter for a subband signal to be filtered by the subband filter, wherein at least one complex subband signal of the plurality of complex valued subband signals comprises at least two different non-vanishing values, wherein each complex valued subband signal of the plurality of complex valued subband signals is shorter than the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain, wherein the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain is a time domain FIR (Finite Impulse Response) filter, and wherein the filter converter is configured to perform an extension with zeroes of the time domain FIR filter, wherein the complex modulated filter bank is adapted to output, as the plurality of complex valued subband signals, L complex valued subband signals, wherein L is a positive integer greater than 1. a complex modulated filter bank for filtering the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain to obtain a plurality of complex valued subband signals forming the filter definition signal, wherein each complex valued subband signal of the plurality of complex valued subband signals obtained by the complex modulated filter bank corresponds to an impulse response for a subband filter for a subband signal to be filtered by the subband filter, wherein at least one complex subband signal of the plurality of complex valued subband signals comprises at least two different non-vanishing values, wherein each complex valued subband signal of the plurality of complex valued subband signals is shorter than the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain, wherein the impulse response signal indicative of the amplitude/frequency filter characteristic in the time domain is a time domain FIR (Finite Impulse Response) filter, and wherein the filter converter is configured to perform an extension with zeroes of the time domain FIR filter,
A system for controlling the optical transmission of a plurality of active windows V k with electro-controllable optical transmission properties, comprising: - at least one spatial brightness sensor for supplying at least one value representative of brightness respectively Li=L(Xi) for each spatial area forming a subset X i of a set X and thus supplying a mapping L of brightness in which the subsets L i of L are associated with the subsets X i; - a control unit comprising a memory in which programs are stored which are capable of controlling the optical transmission of each of said windows; said programs being capable of: - defining a mapping A of spatial areas A j of glare from the mapping L of brightness, the spatial areas A j forming subsets of the subset A; - using a mapping O of spatial areas O m with electro-controllable brightness, the spatial areas O m forming subsets of the subset O and each subset O m being associated with one or more of said active windows V k; - controlling the optical transmission of each of said active windows V k as a function of A and of O and as a function also of information concerning the relative influence of each active window V k on the value representative of brightness of each spatial area O m, for example a coefficient assigned to each window V k for each area O m. - at least one spatial brightness sensor for supplying at least one value representative of brightness respectively Li=L(Xi) for each spatial area forming a subset X i of a set X and thus supplying a mapping L of brightness in which the subsets L i of L are associated with the subsets X i; - a control unit comprising a memory in which programs are stored which are capable of controlling the optical transmission of each of said windows; - defining a mapping A of spatial areas A j of glare from the mapping L of brightness, the spatial areas A j forming subsets of the subset A; - using a mapping O of spatial areas O m with electro-controllable brightness, the spatial areas O m forming subsets of the subset O and each subset O m being associated with one or more of said active windows V k; - controlling the optical transmission of each of said active windows V k as a function of A and of O and as a function also of information concerning the relative influence of each active window V k on the value representative of brightness of each spatial area O m, for example a coefficient assigned to each window V k for each area O m.
A bonnet structure applicable to a working vehicle including a radiator, a cooling fan and an engine, which are disposed in order from a front to a rear of the vehicle, a shroud that surrounds the cooling fan, an air cleaner that is disposed in front of the shroud, an intake pipe that has a first end connected to the air cleaner and a second end connected to an inlet port of the engine, an exhaust silencer that has a first end connected to an outlet port of the engine, and a bonnet that is rotatable about a rotary shaft along a vehicle width direction so as to be located at a closed position for covering these members and at an opened position for exposing these members, the intake pipe and the exhaust silencer being disposed above the engine and are separately from each other so as to be on first and second sides in the vehicle width direction, respectively, the intake pipe extending in a vehicle longitudinal direction above and across the shroud, the bonnet structure being characterized in that an upper surface of the bonnet includes a first region in the vehicle width direction and a second region in the vehicle width direction that faces the intake pipe and the exhaust silencer, respectively, and a central region in the vehicle width direction, the first and second regions (5R; 5L) extending along a reference curve shape having a center in the vehicle width direction that is located at a highest position, the central region being concaved downward from the reference curve shape.
Current collector suitable for working in a partially compressed condition in a diaphragm or membrane electrochemical cell, comprising at least one layer obtained by interlacing or weaving of a multiplicity of first sets of metal wires with a multiplicity of single metal wires or of second sets of metal wires and provided with generally parallel corrugations, wherein said layer provided with corrugations has a further planar cloth or flattened stocking obtained by interlacing or weaving of single metal wires juxtaposed thereto.
Thermal management circuit for a motor vehicle, having a refrigerant-fluid loop through which a refrigerant fluid flows, said refrigerant-fluid loop having, in the direction of flow of the refrigerant fluid: - a first compressor, - a first heat exchanger disposed downstream of the first compressor, - a second compressor, - a second heat exchanger disposed downstream of the second compressor, said second heat exchanger being intended to be passed through by a flow of air external to the motor vehicle, - a first expansion device disposed downstream of the second heat exchanger, - a third heat exchanger disposed downstream of the first expansion device, said third heat exchanger being intended to be passed through by a flow of internal air intended for the motor vehicle interior, characterized in that said refrigerant-fluid loop also has a bypass leg connecting the refrigerant-fluid outlet of the second heat exchanger to the refrigerant-fluid inlet of the first heat exchanger, said bypass leg having a second expansion device controlled by the measurement of an intermediate temperature of the refrigerant fluid leaving the first heat exchanger. - a first compressor, - a first heat exchanger disposed downstream of the first compressor, - a second compressor, - a second heat exchanger disposed downstream of the second compressor, said second heat exchanger being intended to be passed through by a flow of air external to the motor vehicle, - a first expansion device disposed downstream of the second heat exchanger, - a third heat exchanger disposed downstream of the first expansion device, said third heat exchanger being intended to be passed through by a flow of internal air intended for the motor vehicle interior,
A salicyl fumarate having a general structural formula: wherein, in the structural formula, R 1 is one of H +, Na +, K + or NH4 +, and R 2 is ethyl, propyl, isopropyl, butyl, or tertbutyl.
A method for making sections of padding for absorbent sanitary articles comprising the steps of: forming on a first conveyor a continuous succession of outer pads comprising at least one panel or layer of absorbent material; forming on a second conveyor a continuous succession of inner pads comprising at least one panel or layer (5, 6) of absorbent material; superposing each outer pad on an inner pad, in such a way as to make pads (3, 4) comprising multiple layers (5, 6; 7) of absorbent material; feeding the pads (3, 4) comprising multiple layers (5, 6; 7) using transfer means to a production line for absorbent sanitary articles, characterised in that it comprises a step of compression of the inner pads before the step of superposing them on the outer pads.
An outboard motor comprising an engine, a gearbox and a propeller connected to a propeller shaft, wherein the engine comprises a substantially horizontal crankshaft connected to a transmission drive shaft of the gearbox through a first power transfer device, wherein an output drive shaft of the gearbox is connected to the propeller shaft through a second power transfer device, and wherein the outboard motor comprises an oil reservoir and an oil pump arranged for pumping oil from the oil reservoir to the engine through a conduit, characterised in that the engine comprises an oil pan formed with a first outlet opening for oil and a second outlet opening for oil; that the outlet openings are arranged at opposite ends of the oil pan; that the first and second outlet opening is connected to a conduit leading to the oil reservoir; that the oil reservoir is arranged separately from the engine and the oil pan; and that the oil pan is provided with a crankshaft oil scraper for removing oil from the crankshaft.
A computer-implemented method for seismic exploration above a region of the subsurface containing structural or stratigraphic features conducive to the presence, migration, or accumulation of hydrocarbons, the method comprising: accessing a seismic survey containing seismic traces acquired proximate to the region of the subsurface; forming a set of a plurality of volumes of the seismic traces prior to any stacking of the plurality of volumes, each volume of the set of plurality of volumes of the seismic traces imaging the same subregion of the subsurface region; calculating a similarity matrix from the set of the plurality of volumes of the seismic traces; selecting, based on the similarity matrix, a subset of correlated volumes of the set of the plurality of volumes, wherein the subset of correlated volumes comprises volumes of the set of plurality of volumes determined to be similar to one another; combining the subset of correlated volumes of the plurality of volumes into a single volume, or multiple realizations thereof, of seismic image volumes or traces, wherein the combining of the subset of correlated volumes comprises stacking the subset of correlated volumes of the set of the plurality of volumes into the single volume, or multiple realizations thereof, of image volumes or seismic traces; and outputting the single volume, or multiple realizations thereof, of image volumes or seismic traces for use with the seismic exploration above the region of the subsurface containing structural or stratigraphic features conducive to the presence, migration, or accumulation of hydrocarbons. accessing a seismic survey containing seismic traces acquired proximate to the region of the subsurface; forming a set of a plurality of volumes of the seismic traces prior to any stacking of the plurality of volumes, each volume of the set of plurality of volumes of the seismic traces imaging the same subregion of the subsurface region; calculating a similarity matrix from the set of the plurality of volumes of the seismic traces; selecting, based on the similarity matrix, a subset of correlated volumes of the set of the plurality of volumes, wherein the subset of correlated volumes comprises volumes of the set of plurality of volumes determined to be similar to one another; combining the subset of correlated volumes of the plurality of volumes into a single volume, or multiple realizations thereof, of seismic image volumes or traces, wherein the combining of the subset of correlated volumes comprises stacking the subset of correlated volumes of the set of the plurality of volumes into the single volume, or multiple realizations thereof, of image volumes or seismic traces; and outputting the single volume, or multiple realizations thereof, of image volumes or seismic traces for use with the seismic exploration above the region of the subsurface containing structural or stratigraphic features conducive to the presence, migration, or accumulation of hydrocarbons.
A method of controlling a wireless communication device, the method comprising: transmitting a frame composed of a fixed plurality of sub-segments, wherein a sub-segment is defined as a power control group; receiving an acknowledgement message indicating that the frame has been successfully decoded, wherein the acknowledgement message is received prior to completed transmission of all power control groups allocated for the frame, wherein the acknowledgement message is received in a symbol position of a received power control bit; stopping transmission of the frame responsive to the acknowledgement message; gating a pilot signal, responsive to the acknowledgement message, by only transmitting the pilot signal for select power control groups according to a gated pilot pattern that is used to signal transmission of a null rate frame containing no traffic bits. transmitting a frame composed of a fixed plurality of sub-segments, wherein a sub-segment is defined as a power control group; receiving an acknowledgement message indicating that the frame has been successfully decoded, wherein the acknowledgement message is received prior to completed transmission of all power control groups allocated for the frame, wherein the acknowledgement message is received in a symbol position of a received power control bit; stopping transmission of the frame responsive to the acknowledgement message; gating a pilot signal, responsive to the acknowledgement message, by only transmitting the pilot signal for select power control groups according to a gated pilot pattern that is used to signal transmission of a null rate frame containing no traffic bits.