mhurhangee/ep-ind-claims huggingface dataset:
A system for capturing cleaner intake air for use within an air intake system of a work vehicle, the system comprising: - an intake duct defining an inlet for receiving air; - at least one actuator (106, 108) associated with the intake duct, the at least one actuator (106, 108) being configured to move at least a portion of the intake duct so as to adjust a position of the inlet relative to a fixed reference location on the work vehicle; - at least one sensor (150, 152) configured to monitor an air-related parameter associated with the work vehicle; and - a controller communicatively coupled to the at least one actuator (106, 108) and the at least one sensor (150, 152), the controller being configured to actively control the operation of the at least one actuator (106, 108) such that the position of the inlet is adjusted based on the air-related parameter so as to reduce an amount of particulates received within the intake duct; characterized in that the air-related parameter comprises a wind direction, wherein the controller is configured to control the operation of the at least one actuator (106, 108) such that a rotational orientation of the inlet is offset from the wind direction by at least 45 degrees, and/or wherein the controller is configured to control the operation of the actuator (106, 108) that the rotational orientation of the inlet is offset from the wind direction by about 180 degrees. - an intake duct defining an inlet for receiving air; - at least one actuator (106, 108) associated with the intake duct, the at least one actuator (106, 108) being configured to move at least a portion of the intake duct so as to adjust a position of the inlet relative to a fixed reference location on the work vehicle; - at least one sensor (150, 152) configured to monitor an air-related parameter associated with the work vehicle; and - a controller communicatively coupled to the at least one actuator (106, 108) and the at least one sensor (150, 152), the controller being configured to actively control the operation of the at least one actuator (106, 108) such that the position of the inlet is adjusted based on the air-related parameter so as to reduce an amount of particulates received within the intake duct;
Device for characterizing a moving object, comprising: - a module for characterizing said object; - an element for guiding the object configured so as to restrict at least part of the movement of the object; - a percussion element disposed so as to generate an impact on the object during its movement, after said object has engaged with at least part of the guiding element, said percussion element being configured so as to be moved and so that the result of this movement is that the percussion element strikes the moving object; - an acoustic system configured so as to store an audible signal representing said impact between the percussion element and the object, said acoustic system being connected to said characterizing module so that the stored audible signal is used in the characterization of said object, said device being characterized in that it comprises an intermediate element arranged with the percussion element, the movement of the percussion element being initiated by the object during its movement causing the transmission of a force to the intermediate element in such a way that said force applied to the intermediate element causes the percussion element to move. - a module for characterizing said object; - an element for guiding the object configured so as to restrict at least part of the movement of the object; - a percussion element disposed so as to generate an impact on the object during its movement, after said object has engaged with at least part of the guiding element, said percussion element being configured so as to be moved and so that the result of this movement is that the percussion element strikes the moving object; - an acoustic system configured so as to store an audible signal representing said impact between the percussion element and the object, said acoustic system being connected to said characterizing module so that the stored audible signal is used in the characterization of said object, said device being characterized in that it comprises an intermediate element arranged with the percussion element, the movement of the percussion element being initiated by the object during its movement causing the transmission of a force to the intermediate element in such a way that said force applied to the intermediate element causes the percussion element to move.
A fiber-reinforced resin composite, comprising: a polymeric resin matrix having a first von Mises strain; a plurality of fibers coated with a first distortional polymeric resin, the first distortional polymeric resin having a second von Mises strain in a range of 0.25 to 0.45 and disposed in the polymeric resin matrix, in which the second von Mises strain is greater than the first von Mises strain; and a distortional interphase region disposed between the plurality of fibers and the polymeric resin matrix, wherein the distortional interphase region comprises the first distortional polymeric resin, wherein chemical functional groups of at least one of the plurality of fibers, and the polymeric resin matrix are reacted with the first distortional polymeric resin. a polymeric resin matrix having a first von Mises strain; a plurality of fibers coated with a first distortional polymeric resin, the first distortional polymeric resin having a second von Mises strain in a range of 0.25 to 0.45 and disposed in the polymeric resin matrix, in which the second von Mises strain is greater than the first von Mises strain; and a distortional interphase region disposed between the plurality of fibers and the polymeric resin matrix, wherein the distortional interphase region comprises the first distortional polymeric resin, wherein chemical functional groups of at least one of the plurality of fibers, and the polymeric resin matrix are reacted with the first distortional polymeric resin.
A combustion chamber assembly comprising a combustion chamber including an upstream end wall having at least one aperture and at least one fuel injector, an air swirler located within the aperture, the air swirler having an annular inner wall, the at least one fuel injector comprising a fuel feed arm and a fuel injector head, the fuel injector head of the at least one fuel injector being arranged coaxially within the air swirler, wherein the air swirler being mounted in the aperture such that the air swirler is movable radially with respect to the aperture, the annular inner wall of the air swirler having a first portion, the fuel injector head having an annular outer wall, the annular outer wall of the fuel injector head having a first portion, the fuel injector head including at least one air swirler, the air swirler of the fuel injector head comprising a plurality of circumferentially spaced swirl vanes extending radially inwardly from the annular outer wall of the fuel injector head, the inner diameter of the first portion of the annular inner wall of the air swirler being less than the outer diameter of the first portion of the annular outer wall of the fuel injector head, one of the first portion of the annular inner wall of the air swirler and the first portion of the annular outer wall of the fuel injector head being elastically radially deformable to allow the fuel injector head to be installed and removed from the annular inner wall of the air swirler, and the annular inner wall of the air swirler and the annular outer wall of the fuel injector head having inter-engaging radially and axially extending faces (82A, 82B, 88A, 88B) arranged to align the fuel injector head axially within the air swirler and to align the fuel injector head radially within the air swirler.
An apparatus for slicing an ingot, the apparatus comprising: a mounting part on which the ingot is mounted; a wire saw for slicing the ingot, said wire saw being disposed under the mounting part; a slurry supply part supplying slurry from an upper side of the wire saw; and a slurry blocking part disposed on the mounting part, wherein the slurry blocking part comprises: a fixing part coupled to one side of the mounting part; a slurry collection part of which a central portion thereof is coupled to a lower portion of the fixing part; being characterized in that the apparatus further comprises a slurry induction part inclined upward from one side of the slurry collection part toward the outside, wherein the slurry induction part is spaced apart from the mounting part and the upper portion of the ingot. a mounting part on which the ingot is mounted; a wire saw for slicing the ingot, said wire saw being disposed under the mounting part; a slurry supply part supplying slurry from an upper side of the wire saw; and a slurry blocking part disposed on the mounting part, wherein the slurry blocking part comprises: a fixing part coupled to one side of the mounting part; a slurry collection part of which a central portion thereof is coupled to a lower portion of the fixing part; being characterized in that the apparatus further comprises a slurry induction part inclined upward from one side of the slurry collection part toward the outside, wherein the slurry induction part is spaced apart from the mounting part and the upper portion of the ingot. a fixing part coupled to one side of the mounting part; a slurry collection part of which a central portion thereof is coupled to a lower portion of the fixing part; being characterized in that the apparatus further comprises a slurry induction part inclined upward from one side of the slurry collection part toward the outside, wherein the slurry induction part is spaced apart from the mounting part and the upper portion of the ingot.
A thermoreversible hydrogel composition comprising at least one therapeutic agent selected from the group consisting of antineoplastic agents, chemotherapeutic agents, anti-infective agents, antimicrobial agents, antiparasitic agents, antiviral agents, agents acting on the blood, antihemorrhagics, antithrombotic agents, antifungals antiseptics, agents for treating diseases of the genito-urinary system, anti-inflammatory agents, neurological agents, gene therapy agents, corticosteroids, analgesic and anesthetic agents, growth factors, VEGF, inhibitory factors, LIF, proteins, mucin, cell cycle modifying agents for synchronization of cell cycle selected from the group comprising chalones, colcemid, methotrexate, and thymidine, and any combination thereof, for use in the treatment of the urinary tract, wherein the therapeutic agent is delivered to the urinary tract; characterized in that said thermoreversible hydrogel composition comprises a thermoreversible hydrogel characterized by: a viscosity of less than 5 Pa·s over a temperature range of 4 °C - 12 °C; a viscosity of greater than 10 3 Pa·s at 37 °C; a "peel strength" adhesiveness according to ASTM standard D2256-03 of 0.5 - 5.0 N cm -2 at 37 °C; and, flexibility sufficient such that a 3 cm 2 × 3 cm 2 section of bladder tissue layered with said thermoreversible hydrogel at room temperature can be stretched to 9 cm 2 × 9 cm 2 without detachment of said thermoreversible hydrogel from said bladder tissue, and wherein said thermoreversible hydrogel comprises a composition comprising a poloxamer. a viscosity of less than 5 Pa·s over a temperature range of 4 °C - 12 °C; a viscosity of greater than 10 3 Pa·s at 37 °C; a "peel strength" adhesiveness according to ASTM standard D2256-03 of 0.5 - 5.0 N cm -2 at 37 °C; and, flexibility sufficient such that a 3 cm 2 × 3 cm 2 section of bladder tissue layered with said thermoreversible hydrogel at room temperature can be stretched to 9 cm 2 × 9 cm 2 without detachment of said thermoreversible hydrogel from said bladder tissue, and wherein said thermoreversible hydrogel comprises a composition comprising a poloxamer.
Projection assembly for a head-up display, at least comprising - a windshield comprising an outer pane and an inner pane, which are connected to one another via a thermoplastic intermediate layer, and having a HUD region; and - an HUD projector which is directed towards the HUD region; wherein - the radiation of the HUD projector has a p-polarised radiation component of greater than 50%, and - the windshield is provided with a reflective coating which is suitable for reflecting p-polarised radiation; and wherein - the reflective coating has exactly one electrically conductive layer, and - in each case one dielectric layer sequence is arranged above and below the electrically conductive layer, which sequence consists of n low-optical-refraction layers having a refractive index of less than 1.8 and (n+1) high-optical-refraction layers having a refractive index of greater than 1.8, which are in each case arranged alternately, where n is an integer greater than or equal to 1. - a windshield comprising an outer pane and an inner pane, which are connected to one another via a thermoplastic intermediate layer, and having a HUD region; and - an HUD projector which is directed towards the HUD region; wherein - the radiation of the HUD projector has a p-polarised radiation component of greater than 50%, and - the windshield is provided with a reflective coating which is suitable for reflecting p-polarised radiation; and wherein - the reflective coating has exactly one electrically conductive layer, and - in each case one dielectric layer sequence is arranged above and below the electrically conductive layer, which sequence consists of n low-optical-refraction layers having a refractive index of less than 1.8 and (n+1) high-optical-refraction layers having a refractive index of greater than 1.8, which are in each case arranged alternately, where n is an integer greater than or equal to 1.
Lever mechanism and drive unit which is formed from a motor unit with a package consisting of a stator and an internal rotor, and from a gear unit which is operatively connected to a roller unit which is fastened to the gear unit for acting on the lever mechanism in order to actuate a clutch or gear brake, the motor unit and the gear unit being connected to one another via a ball screw drive, and the package being divided into two part packages (17, 18), respective sole mounting (9, 12) taking place both on the motor unit and on the gear unit, and the gear unit being mounted via the roller unit, the ball screw drive being formed from a ball screw drive nut with an inner spindle shaft which is operatively connected to the ball screw drive nut via the balls which are arranged on it, the motor unit comprising an electric motor, and the spindle shaft being moved out of the motor unit or into the latter depending on the energization direction of the electric motor.
A dispersion composition for reinforcing an ophthalmic tissue comprising: a. a mixture of carbon nanomaterials; and b. a physiological solution; wherein said carbon nanomaterial is carbon nanotubes (CNTs) mixed with a graphene structure selected from the group consisting of pure graphene, graphite oxide, reduced graphite oxide and a combination thereof. a. a mixture of carbon nanomaterials; and b. a physiological solution;
Use of a precipitation-hardening or solid-solution-strengthening, biocompatible cobalt-based alloy for the production of blanks which are provided so that, in the soft state thereof, material-removing machining can be carried out in order to carve implants or prostheses out of said blanks, which implants or prostheses are subjected to a heat treatment after the material-removing machining in order to adjust the final hardness of the implants or prostheses by means of precipitation hardening or solid-solution strengthening, wherein the cobalt-based alloy consists of (in % by weight), C: up to 0.1%, Si: 0.8 - 2.0%, Cr: 22 - 29%, Mn: up to 1%, Ni: up to 3%, Fe: up to 3%, Ce: up to 1%, Ga: up to 5%, B: up to 2.5% and in each case at least one of the hardening precipitations or solid-solution-forming elements from the group comprising "Mo, W, Nb, Al, Ti", wherein for the concentrations of these elements, where present, the following proportion applies Mo: 3 - 9%, W: 3 - 9%, Nb 3 - 9%, Al: 0.1 - 6 %, Ti: 0.1 - 6 %, and as residue Co and unavoidable impurities resulting from production.
A load arrangement for use in an electrical power arrangement and for getting arranged at a first external electrically conductive element (5, 50) and connected to an AC power source, said load arrangement comprising: - a load (2, 20, 21, 22, 25) comprising a light source and/or a sensor and/or an electronic circuit and having a first load terminal and a second load terminal for being powered by an AC power source, - a first electrode electrically connected to the first load terminal, and - a dielectric layer, wherein the first electrode and the dielectric layer are arranged to form, in combination with a first external electrically conductive element (5, 50) representing an outer surface of a marine structure, a capacitor for capacitive transmission of electrical power between the first electrode and the first external electrically conductive element (5, 50), the load arrangement being characterised in that: either the capacitor and the second load terminal is arranged for electrical power transmission through water (10, 11) to form an electrical path via the water (10, 11) between the AC power source and the capacitor, and/or the second load terminal is arranged for electrical power transmission through water (10, 11) to form an electrical path via the water (10, 11) between the AC power source and the second load terminal, and wherein the first load terminal is electrically insulated from the second load terminal. - a load (2, 20, 21, 22, 25) comprising a light source and/or a sensor and/or an electronic circuit and having a first load terminal and a second load terminal for being powered by an AC power source, - a first electrode electrically connected to the first load terminal, and - a dielectric layer, either the capacitor and the second load terminal is arranged for electrical power transmission through water (10, 11) to form an electrical path via the water (10, 11) between the AC power source and the capacitor, and/or the second load terminal is arranged for electrical power transmission through water (10, 11) to form an electrical path via the water (10, 11) between the AC power source and the second load terminal, and wherein the first load terminal is electrically insulated from the second load terminal.
A binocular telescope with digital display and laser ranging functions, comprising: a binocular telescope body, with an adjustment shaft for adjusting an angle of the binocular telescope body being provided in the middle of the binocular telescope body; a glass sheet for shielding and protecting internal components of the binocular telescope body; and a limiting plate for limiting and fixing the glass sheet; characterized in that a mounting groove and a limiting block are provided on an inner side of the binocular telescope body, the mounting groove and the limiting block are both fixedly connected to the inner side of the binocular telescope body, and the mounting groove is provided on an outer side of the limiting block; and an outer side of the limiting plate is provided with a thread, the thread is provided in concert with the mounting groove, the limiting plate is threadingly and fixedly connected to an inner side of the mounting groove with the thread, and dial blocks are symmetrically and fixedly connected to two ends on the outer side of the limiting plate, wherein the inner side of the limiting plate is hollowed out. a binocular telescope body, with an adjustment shaft for adjusting an angle of the binocular telescope body being provided in the middle of the binocular telescope body; a glass sheet for shielding and protecting internal components of the binocular telescope body; and a limiting plate for limiting and fixing the glass sheet; characterized in that a mounting groove and a limiting block are provided on an inner side of the binocular telescope body, the mounting groove and the limiting block are both fixedly connected to the inner side of the binocular telescope body, and the mounting groove is provided on an outer side of the limiting block; and an outer side of the limiting plate is provided with a thread, the thread is provided in concert with the mounting groove, the limiting plate is threadingly and fixedly connected to an inner side of the mounting groove with the thread, and dial blocks are symmetrically and fixedly connected to two ends on the outer side of the limiting plate, wherein the inner side of the limiting plate is hollowed out.
Recreational vehicle, in particular a motorhome or campervan, having at least one seating arrangement which is connected at least indirectly to a floor and is disposed in a living area, and wherein the seat of the seating arrangement can be adjusted from a starting position to a traveling position, characterized in that in a starting position, the seat of the seating arrangement is disposed at least substantially at a side wall, in that, in the traveling position, the seat is disposed at a predetermined safety distance from the side wall, and in that at least one impact cushion system is provided and that the safety distance is predetermined in such a way that between the side wall and a person sitting on the seat, at least one impact cushion of the impact cushion system is deployable.
A method for assessing color characterization quality of a display device comprising the steps of: determining a forward transform and an inverse transform from a first set of device dependent color values and measured output display values of the first set of device dependent color values presented on the display; transforming (509, 701) a second set of device dependent color values using said determined forward transform, to provide a second set of device independent color values, followed by said inverse transform to provide an intermediate set of device dependent color values; transforming said intermediate set of device dependent color values using said determined forward transform to provide a transformed intermediate set of device independent color values; generating measured output values of said intermediate set of device dependent color values presented on the display, which results in a measured intermediate set of device independent color values; and performing at least one of a forward transform quality evaluation by comparing said transformed intermediate set of device independent color values and said measured intermediate set of device independent color values and an inverse quality transform evaluation by comparing said second set of device independent color values and said measured intermediate set of device independent color values. determining a forward transform and an inverse transform from a first set of device dependent color values and measured output display values of the first set of device dependent color values presented on the display; transforming (509, 701) a second set of device dependent color values using said determined forward transform, to provide a second set of device independent color values, followed by said inverse transform to provide an intermediate set of device dependent color values; transforming said intermediate set of device dependent color values using said determined forward transform to provide a transformed intermediate set of device independent color values; generating measured output values of said intermediate set of device dependent color values presented on the display, which results in a measured intermediate set of device independent color values; and performing at least one of a forward transform quality evaluation by comparing said transformed intermediate set of device independent color values and said measured intermediate set of device independent color values and an inverse quality transform evaluation by comparing said second set of device independent color values and said measured intermediate set of device independent color values.