mhurhangee/ep-ind-claims huggingface dataset:
Light module for a motor vehicle comprising - at least one light source capable of emitting light rays, - at least one support bearing said light source, - at least one electrical power supply cable of said at least one light source, - at least one optical deflection element arranged so as to deflect the light rays emitted by the at least one light source to form a projected light beam at the output of the light module, - a guiding device for guiding the optical deflection element in rotation about an axis of rotation, in order to transversely shift the projected light beam, the support comprising a first part, bearing the light source, and a second part, between which there is inserted at least a part of the rotation guiding device of the optical deflection element and said at least one cable passes through the rotation guiding device to be connected to said light source characterized in that the rotation guiding device consists of a stator secured to the second part of the support and of a rotor secured to the optical deflection element and configured to rotate about the stator. - at least one light source capable of emitting light rays, - at least one support bearing said light source, - at least one electrical power supply cable of said at least one light source, - at least one optical deflection element arranged so as to deflect the light rays emitted by the at least one light source to form a projected light beam at the output of the light module, - a guiding device for guiding the optical deflection element in rotation about an axis of rotation, in order to transversely shift the projected light beam,
A manufacturing method of a light emitting diode including a semiconductor film having a crystal structure of a hexagonal system, said manufacturing method including: a step of growing said semiconductor film on a C-plane sapphire growth substrate; a step of removing said sapphire growth substrate from said semiconductor film; a step of forming a plurality of recesses arranged at equal intervals along a crystal axis of said semiconductor film on an exposed surface of said semiconductor film exposed by said step of removing; and a step of performing an etching process on said exposed surface of said semiconductor film, thereby forming a plurality of protrusions arranged according to the arrangement form of said plurality of recesses and deriving from the crystal structure of said semiconductor film in said exposed surface of said semiconductor film, the plurality of protrusions each have a six-sided pyramid shape with apexes formed at the point of the recesses, wherein: said plurality of recesses is arranged such that recesses adjacent to any one recess are respectively placed at the vertexes of a regular hexagon and two opposite sides of said regular hexagon are parallel to the direction or direction of a crystal axis of said semiconductor film; said plurality of protrusions form a closest packed arrangement; said exposed surface of said semiconductor film is a N-face, and a plurality of crystal planes is exposed in the inside walls of said plurality of recesses; and said etching process is a wet etching process using an alkali solution. a step of growing said semiconductor film on a C-plane sapphire growth substrate; a step of removing said sapphire growth substrate from said semiconductor film; a step of forming a plurality of recesses arranged at equal intervals along a crystal axis of said semiconductor film on an exposed surface of said semiconductor film exposed by said step of removing; and a step of performing an etching process on said exposed surface of said semiconductor film, thereby forming a plurality of protrusions arranged according to the arrangement form of said plurality of recesses and deriving from the crystal structure of said semiconductor film in said exposed surface of said semiconductor film, the plurality of protrusions each have a six-sided pyramid shape with apexes formed at the point of the recesses, said plurality of recesses is arranged such that recesses adjacent to any one recess are respectively placed at the vertexes of a regular hexagon and two opposite sides of said regular hexagon are parallel to the direction or direction of a crystal axis of said semiconductor film; said plurality of protrusions form a closest packed arrangement; said exposed surface of said semiconductor film is a N-face, and a plurality of crystal planes is exposed in the inside walls of said plurality of recesses; and said etching process is a wet etching process using an alkali solution.
A kneading or mixing machine comprising: a housing with opposite side walls, a motor in said housing for driving a kneading or mixing tool, a safety shield mounted to bearings, for turning about an axis, - said safety shield being adapted to at least partly shield said tool when the safety shield is turned to a shielding position, - said safety shield including a pair of arms, characterised in each arm having a head at a free end thereof, a central portion of each bearing receiving said head to allow for said turning, and said central portion of each bearing communicating with an entry slit configured for insertion of said head into said central portion in a direction transverse to said axis. a housing with opposite side walls, a motor in said housing for driving a kneading or mixing tool, a safety shield mounted to bearings, for turning about an axis, - said safety shield being adapted to at least partly shield said tool when the safety shield is turned to a shielding position, - said safety shield including a pair of arms, - said safety shield being adapted to at least partly shield said tool when the safety shield is turned to a shielding position, - said safety shield including a pair of arms, each arm having a head at a free end thereof, a central portion of each bearing receiving said head to allow for said turning, and said central portion of each bearing communicating with an entry slit configured for insertion of said head into said central portion in a direction transverse to said axis.
A system, comprising: a gas turbine system comprising a compressor, combustor, a turbine, and an exhaust section; a plurality of sensors coupled to components of the gas turbine system; a controller communicatively coupled to the gas turbine system and the plurality of sensors and configured to control operations of the gas turbine system, wherein the controller is configured to calculate a surrogate value for turbine exit Mach number based on the feedback from the plurality of sensors and to utilize the surrogate value to derive a control action for the gas turbine system; wherein the plurality of sensors are coupled to the compressor and the turbine; and the feedback comprises measured parameters for compressor discharge pressure, exhaust section exit pressure, and exhaust temperature adjusted for radial profile effects; characterized in that the measured parameters correlate to parameters related to turbine exit flow function that would otherwise be utilized to directly calculate the turbine exit Mach number but that are not measured on the gas turbine system. a gas turbine system comprising a compressor, combustor, a turbine, and an exhaust section; a plurality of sensors coupled to components of the gas turbine system; a controller communicatively coupled to the gas turbine system and the plurality of sensors and configured to control operations of the gas turbine system, wherein the controller is configured to calculate a surrogate value for turbine exit Mach number based on the feedback from the plurality of sensors and to utilize the surrogate value to derive a control action for the gas turbine system; wherein the plurality of sensors are coupled to the compressor and the turbine; and the feedback comprises measured parameters for compressor discharge pressure, exhaust section exit pressure, and exhaust temperature adjusted for radial profile effects; characterized in that the measured parameters correlate to parameters related to turbine exit flow function that would otherwise be utilized to directly calculate the turbine exit Mach number but that are not measured on the gas turbine system.
An expandable mandrel comprising a retaining device for a sleeve having an annular cross-section, said device comprising a support attached to or integrated into the mandrel and a retaining tab pivotably mounted around an axis in a direction parallel to the axis of the mandrel and on said support, said retaining tab being designed to be able, during use, to pivot from a first position where it covers a portion of the annular surface of the sleeve toward a second position where it releases the annular surface of the sleeve, characterized in that the expandable mandarin comprises a radically movable part (6,8) and in that the pivoting from the first position to the second position or vice versa being, during use, automatically actuated by the radial movement of the moving part (6, 8) of the mandrel.
A pharmaceutical composition comprising, as its sole active ingredient, transnorsertraline hydrochloride or solvate thereof, and mannitol, wherein the composition comprises at least 10% by weight of mannitol, said mannitol containing less than 0.1% by weight of mannose.
Control system for a road-vehicle braking system, the braking system comprising a first braking member constrained to rotate with a wheel of the road vehicle, a second braking member constrained to rotate with a fixed part of a chassis of the road vehicle, an electric actuator and a hydraulic actuator, the braking members being arranged to be able to be moved with respect to each other between a released position, wherein they do not exert any braking torque on the wheel, and a braking position, wherein they exert a braking torque of variable amplitude on the wheel, the electric actuator and the hydraulic actuator each being arranged to be able to generate the variable-amplitude braking torque by moving the braking members, characterised in the control system being configured to, on receiving a braking instruction, - in a first phase, actuate the electric actuator so that it generates a first braking torque the amplitude of which is strictly less than an amplitude (F target) of the braking instruction, and actuate the hydraulic actuator so that it generates a second braking torque of zero amplitude, and - in a second phase, following the first phase, actuate the electric actuator so that it generates a third braking torque the amplitude of which is greater than or equal to the amplitude of the first braking torque and strictly less than the amplitude (F target) of the braking instruction, and actuate the hydraulic actuator so that it generates a fourth braking torque, the sum of the amplitude of the third braking torque and of the amplitude of the fourth braking torque being equal to the amplitude (F target) of the braking instruction. - in a first phase, actuate the electric actuator so that it generates a first braking torque the amplitude of which is strictly less than an amplitude (F target) of the braking instruction, and actuate the hydraulic actuator so that it generates a second braking torque of zero amplitude, and - in a second phase, following the first phase, actuate the electric actuator so that it generates a third braking torque the amplitude of which is greater than or equal to the amplitude of the first braking torque and strictly less than the amplitude (F target) of the braking instruction, and actuate the hydraulic actuator so that it generates a fourth braking torque, the sum of the amplitude of the third braking torque and of the amplitude of the fourth braking torque being equal to the amplitude (F target) of the braking instruction.
Wheel brake disc for a rail wheel of a rail vehicle, having - an annular friction belt, - a plurality of cooling fins (32, 36) formed integrally on a mounting side - averted from a friction surface - of the friction belt, - several screw receptacles formed integrally on the mounting side of the friction belt for receiving a nut or a screw head of a screw for securing the wheel brake disc to a wheel web of a wheel body of the rail wheel, characterised in that - the thickness (d 1) of the friction belt is less than a third of the maximum thickness (d 2) of the wheel brake disc. - an annular friction belt, - a plurality of cooling fins (32, 36) formed integrally on a mounting side - averted from a friction surface - of the friction belt, - several screw receptacles formed integrally on the mounting side of the friction belt for receiving a nut or a screw head of a screw for securing the wheel brake disc to a wheel web of a wheel body of the rail wheel, - the thickness (d 1) of the friction belt is less than a third of the maximum thickness (d 2) of the wheel brake disc.
A hydraulic rotary percussive apparatus of the perforating type, intended to perforate blast holes, including: - a casing forming a support, - a hydraulic striking mechanism equipped with a piston movable in translation along a striking axis and intended to strike a tool, - a hydraulic motor driving the tool in rotation along an axis of rotation, the axis of rotation of the motor being substantially coincident with the striking axis of the piston, characterized in that the striking mechanism includes a longitudinal body inside which the piston is mounted so as to be displaced in translation along the axis of the longitudinal body, the longitudinal body being mounted in rotation in the casing along the axis of the longitudinal body, the longitudinal body being driven in rotation directly by the motor and coupled to the tool. - a casing forming a support, - a hydraulic striking mechanism equipped with a piston movable in translation along a striking axis and intended to strike a tool, - a hydraulic motor driving the tool in rotation along an axis of rotation, the axis of rotation of the motor being substantially coincident with the striking axis of the piston,
A catheter (11A, 11B, 11C) comprising: a tubular inner layer; a reinforcement body (110, 111) wound around an outer periphery of the inner layer; a protective layer (120, 121) partially covering an outer periphery of the reinforcement body (110, 111); and an outer layer covering at least an outer periphery of the protective layer (120, 121), wherein the protective layer (120, 121) covers at least an outer periphery of one end of the reinforcement body (110, 111), characterized in that the one end of the reinforcement body (110, 111) covered with the protective layer (120, 121) is buried deeper in a side of the inner layer relative to a portion of the reinforcement body (110, 111) not covered with the protective layer (120, 121). a tubular inner layer; a reinforcement body (110, 111) wound around an outer periphery of the inner layer; a protective layer (120, 121) partially covering an outer periphery of the reinforcement body (110, 111); and an outer layer covering at least an outer periphery of the protective layer (120, 121), wherein the protective layer (120, 121) covers at least an outer periphery of one end of the reinforcement body (110, 111), characterized in that the one end of the reinforcement body (110, 111) covered with the protective layer (120, 121) is buried deeper in a side of the inner layer relative to a portion of the reinforcement body (110, 111) not covered with the protective layer (120, 121).
A maintenance arrangement for an analysis device for maintaining an environment analysis device, comprising: the stationary environment analysis device comprising a manual input, a monitor, and a barcode generator configured to generate a barcode from an input information item for display on the monitor, the barcode comprising a virtual target address; and a mobile service device comprising a digital camera, a barcode reading module, and a radio module configured to establish a radio link to a stationary radio station, wherein the barcode reading module extracts the virtual target address from the barcode read from the monitor by the digital camera, the target address is sent to the radio station by the radio module, the radio station linking the service device to a target device (12, 18) having the target address. the stationary environment analysis device comprising a manual input, a monitor, and a barcode generator configured to generate a barcode from an input information item for display on the monitor, the barcode comprising a virtual target address; and a mobile service device comprising a digital camera, a barcode reading module, and a radio module configured to establish a radio link to a stationary radio station, wherein the barcode reading module extracts the virtual target address from the barcode read from the monitor by the digital camera, the target address is sent to the radio station by the radio module, the radio station linking the service device to a target device (12, 18) having the target address.
A composition comprising: (i) 0.01 to 10 wt % of a branched cationic conditioning surfactant; selected from structure 1, wherein: • R 1 and R 2 comprise linear alkyl chains, saturated or unsaturated, with carbon-carbon chain lengths of from C 4 to C 20; • R 3 comprises an alkyl chain having a carbon-carbon chain length of from C 1 to C 4, preferably C 1 to C 2; • R 4 comprises a proton or an alkyl chain having a carbon-carbon chain length of from C 1 to C 4, preferably C 1 to C 2; and • n has a range of from 0 to 10; • m has a range of from 1 to 6, preferably selected from 1 and 2; (ii) 0.1 to 10 wt % of a linear fatty material comprising linear carbon-carbon chains, selected from a fatty alcohol, an alkoxylated fatty alcohol, a fatty acid and mixtures thereof; (iii) 0.1 to 10 wt % of a clay; and (iv) a particulate benefit agent selected from conditioning actives, wherein the conditioning actives are silicone emulsions; wherein the molar ratio of branched cationic surfactants (i) to linear fatty material (ii) is in the range of from 1:20 to 1:1. (i) 0.01 to 10 wt % of a branched cationic conditioning surfactant; selected from structure 1, wherein: • R 1 and R 2 comprise linear alkyl chains, saturated or unsaturated, with carbon-carbon chain lengths of from C 4 to C 20; • R 3 comprises an alkyl chain having a carbon-carbon chain length of from C 1 to C 4, preferably C 1 to C 2; • R 4 comprises a proton or an alkyl chain having a carbon-carbon chain length of from C 1 to C 4, preferably C 1 to C 2; and • n has a range of from 0 to 10; • m has a range of from 1 to 6, preferably selected from 1 and 2; selected from structure 1, wherein: • R 1 and R 2 comprise linear alkyl chains, saturated or unsaturated, with carbon-carbon chain lengths of from C 4 to C 20; • R 3 comprises an alkyl chain having a carbon-carbon chain length of from C 1 to C 4, preferably C 1 to C 2; • R 4 comprises a proton or an alkyl chain having a carbon-carbon chain length of from C 1 to C 4, preferably C 1 to C 2; and • n has a range of from 0 to 10; • m has a range of from 1 to 6, preferably selected from 1 and 2; • R 1 and R 2 comprise linear alkyl chains, saturated or unsaturated, with carbon-carbon chain lengths of from C 4 to C 20; • R 3 comprises an alkyl chain having a carbon-carbon chain length of from C 1 to C 4, preferably C 1 to C 2; • R 4 comprises a proton or an alkyl chain having a carbon-carbon chain length of from C 1 to C 4, preferably C 1 to C 2; and • R 3 comprises an alkyl chain having a carbon-carbon chain length of from C 1 to C 4, preferably C 1 to C 2; • R 4 comprises a proton or an alkyl chain having a carbon-carbon chain length of from C 1 to C 4, preferably C 1 to C 2; and • n has a range of from 0 to 10; • m has a range of from 1 to 6, preferably selected from 1 and 2; (ii) 0.1 to 10 wt % of a linear fatty material comprising linear carbon-carbon chains, selected from a fatty alcohol, an alkoxylated fatty alcohol, a fatty acid and mixtures thereof; (iii) 0.1 to 10 wt % of a clay; and (iv) a particulate benefit agent selected from conditioning actives, wherein the conditioning actives are silicone emulsions;
Portable lamp comprising: - a light source (114, 403, 405) comprising one or more sources for generating at least two light beams, comprising at least a wide beam and at least a narrow beam; - means (100, 110) for controlling the brightness of said light beams in response to a control information or a control signal; - a control module (120, 200) for generating said control information or said control signal; characterized in that said control module (120, 200) comprises at least at least a photo sensor (122, 210) and a regulation circuit (125, 125', 230) for controlling a first switch-off phase of said wide beam during a period not visible to the holder of the lamp, said first switch-off phase being combined with at least one measurement made by the photo sensor(s), said regulation circuit (125, 125', 230) controlling a second switch-off phase of said narrow beam during a period not visible to the holder of the lamp, said second switch-off phase being combined with at least one measurement made by the photo sensor(s), then computes the ambient light and adjusts the brightness of the light beam in accordance with the computed light. - a light source (114, 403, 405) comprising one or more sources for generating at least two light beams, comprising at least a wide beam and at least a narrow beam; - means (100, 110) for controlling the brightness of said light beams in response to a control information or a control signal; - a control module (120, 200) for generating said control information or said control signal; characterized in that said control module (120, 200) comprises at least at least a photo sensor (122, 210) and a regulation circuit (125, 125', 230) for controlling a first switch-off phase of said wide beam during a period not visible to the holder of the lamp, said first switch-off phase being combined with at least one measurement made by the photo sensor(s), said regulation circuit (125, 125', 230) controlling a second switch-off phase of said narrow beam during a period not visible to the holder of the lamp, said second switch-off phase being combined with at least one measurement made by the photo sensor(s), then computes the ambient light and adjusts the brightness of the light beam in accordance with the computed light.