mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: at least one Light Emitting Diode (LED) operable to emit a first colored light characterized by an emission spectrum with a peak wavelength between 380 nanometers and 490 nanometers; and a primary light mixing cavity operable to convert the first colored light to a second colored light, characterized in that, a portion of the primary light mixing cavity that is physically separated from the at least one LED includes a first photo-luminescent material with a peak emission wavelength between 508 and 528 nanometers and a second photo-luminescent material with a peak emission wavelength between 615 and 655 nanometers, wherein the first photo-luminescent material compensates for a deficiency in spectral response created by the second photo-luminescent material to generate a spectral response of the second colored light that is within 20% of an emission spectrum of a blackbody radiator for wavelengths between 500 and 650 nanometers. at least one Light Emitting Diode (LED) operable to emit a first colored light characterized by an emission spectrum with a peak wavelength between 380 nanometers and 490 nanometers; and a primary light mixing cavity operable to convert the first colored light to a second colored light, characterized in that, a portion of the primary light mixing cavity that is physically separated from the at least one LED includes a first photo-luminescent material with a peak emission wavelength between 508 and 528 nanometers and a second photo-luminescent material with a peak emission wavelength between 615 and 655 nanometers, wherein the first photo-luminescent material compensates for a deficiency in spectral response created by the second photo-luminescent material to generate a spectral response of the second colored light that is within 20% of an emission spectrum of a blackbody radiator for wavelengths between 500 and 650 nanometers.
A fluid dispenser device comprising: • a reservoir of fluid to be dispensed; • a dispenser member, such as a pump or a valve, mounted on said reservoir; and • a body that is suitable for receiving said reservoir, said body being provided with a dispenser orifice and an opening through which said reservoir can be inserted into the body, said reservoir being displaceable in said body between a rest position and a dispensing position, said body being provided with a counter or indicator device for counting or indicating the doses of fluid that have been dispensed or that remain to be dispensed from the reservoir, said counter or indicator device being actuated by displacing the reservoir in the body between its rest and dispensing positions, said reservoir and said body including respective ID means (10, 11) that make it possible to associate said reservoir with said body, the ID means of the reservoir being identical to the ID means of the body, said ID means (10, 11) having no electronic means, the device being characterized in that said reservoir is removable from said body and in that the ID means (10, 11) on the reservoir and the body are unique, that is to say that the same ID means only appears on one single reservoir associated with one single body. • a reservoir of fluid to be dispensed; • a dispenser member, such as a pump or a valve, mounted on said reservoir; and • a body that is suitable for receiving said reservoir, said body being provided with a dispenser orifice and an opening through which said reservoir can be inserted into the body, said reservoir being displaceable in said body between a rest position and a dispensing position, said body being provided with a counter or indicator device for counting or indicating the doses of fluid that have been dispensed or that remain to be dispensed from the reservoir, said counter or indicator device being actuated by displacing the reservoir in the body between its rest and dispensing positions, said reservoir and said body including respective ID means (10, 11) that make it possible to associate said reservoir with said body, the ID means of the reservoir being identical to the ID means of the body, said ID means (10, 11) having no electronic means, the device being characterized in that said reservoir is removable from said body and in that the ID means (10, 11) on the reservoir and the body are unique, that is to say that the same ID means only appears on one single reservoir associated with one single body.
A method for determining reliability of one or more load sensors in a wind turbine, comprising: measuring loads with the load sensors during operation of the wind turbine; determining (210, 220) in-plane moments with rotor rotational speed frequency of one or more blades based on the measured loads; comparing the in-plane moments with rotor rotational speed frequency with theoretical in-plane moments due to a mass of the blades; determining that the load sensors have reduced reliability if the in-plane moments with rotor rotational speed frequency deviate from the theoretical in-plane moments by more than a first threshold value. measuring loads with the load sensors during operation of the wind turbine; determining (210, 220) in-plane moments with rotor rotational speed frequency of one or more blades based on the measured loads; comparing the in-plane moments with rotor rotational speed frequency with theoretical in-plane moments due to a mass of the blades; determining that the load sensors have reduced reliability if the in-plane moments with rotor rotational speed frequency deviate from the theoretical in-plane moments by more than a first threshold value.
An in vitro method for determining the concentration of 25-hydroxyvitamin D without interference by 24,25-dihydroxyvitamin D 3, the method comprising the steps of: a) providing a sample obtained from a subject comprising a vitamin D compound bound to vitamin D-binding protein, b) mixing the sample (ba) with a first binding agent specifically binding to 24,25-dihydroxyvitamin D 3 and not binding to 25-hydroxyvitamin D, thereby forming a complex between the first binding agent and 24,25-dihydroxyvitamin D 3; (bb) with a second binding agent binding to 25-hydroxyvitamin D, thereby forming a complex between the second binding agent and 25-hydroxyvitamin D; c) measuring the complex formed in (bb), thereby determining the concentration of 25-hydroxyvitamin D without interference by 24,25-dihydroxyvitamin D 3. a) providing a sample obtained from a subject comprising a vitamin D compound bound to vitamin D-binding protein, b) mixing the sample (ba) with a first binding agent specifically binding to 24,25-dihydroxyvitamin D 3 and not binding to 25-hydroxyvitamin D, thereby forming a complex between the first binding agent and 24,25-dihydroxyvitamin D 3; (bb) with a second binding agent binding to 25-hydroxyvitamin D, thereby forming a complex between the second binding agent and 25-hydroxyvitamin D; c) measuring the complex formed in (bb), thereby determining the concentration of 25-hydroxyvitamin D without interference by 24,25-dihydroxyvitamin D 3. (ba) with a first binding agent specifically binding to 24,25-dihydroxyvitamin D 3 and not binding to 25-hydroxyvitamin D, thereby forming a complex between the first binding agent and 24,25-dihydroxyvitamin D 3; (bb) with a second binding agent binding to 25-hydroxyvitamin D, thereby forming a complex between the second binding agent and 25-hydroxyvitamin D; c) measuring the complex formed in (bb), thereby determining the concentration of 25-hydroxyvitamin D without interference by 24,25-dihydroxyvitamin D 3.
A zirconium alloy, comprising: 1.1 to 1.2 wt% of Nb, 0.01 to 0.2 wt% of P, 0.2 to 0.3 wt% of Fe, optionally 0.01 to 0.15 wt% of Ta, and a balance of Zr. 1.1 to 1.2 wt% of Nb, 0.01 to 0.2 wt% of P, 0.2 to 0.3 wt% of Fe, optionally 0.01 to 0.15 wt% of Ta, and a balance of Zr.
Apparatus for computing data for guiding an unmanned aerial vehicle, UAV, in a three-dimensional, 3D, flight area within airspace, comprising: a first interface configured for acquiring, from a data storage, stored network data including location data of network nodes of a wireless communication network within the flight area; a second interface configured for acquiring current network data including current connectivity data of the network nodes; circuitry configured for computing current 3D coverage data indicating current network coverage along three dimensions in the 3D flight area by correlating the stored network data and the current network data, the 3D coverage data including a radio interference caused by the UAV, and an output interface configured for automatically reporting the current 3D coverage data to an aviation control node for granting an air traffic control clearance for the UAV in the flight area or for performing control of the UAV, characterized in that the current network data include an indication of a current number, or aggregated number over a period of time, of communication terminals per area unit, and the output interface reports the number of communication terminals per area to the aviation control node. a first interface configured for acquiring, from a data storage, stored network data including location data of network nodes of a wireless communication network within the flight area; a second interface configured for acquiring current network data including current connectivity data of the network nodes; circuitry configured for computing current 3D coverage data indicating current network coverage along three dimensions in the 3D flight area by correlating the stored network data and the current network data, the 3D coverage data including a radio interference caused by the UAV, and an output interface configured for automatically reporting the current 3D coverage data to an aviation control node for granting an air traffic control clearance for the UAV in the flight area or for performing control of the UAV, characterized in that the current network data include an indication of a current number, or aggregated number over a period of time, of communication terminals per area unit, and the output interface reports the number of communication terminals per area to the aviation control node.
A railway vehicle body, the body comprising an openwork body shell comprising longitudinal tubes, linking tubes crossing the longitudinal tubes, and fittings connecting longitudinal tubes and linking tubes, the body further comprising claddings extending between the longitudinal tubes and the linking tubes, characterized in that the longitudinal tubes and the linking tubes comprise fusible yarns assembled one to another by heating.
A method for removing chloramine from aqueous solutions comprising: providing an aqueous solution comprising chloramine and contacting the aqueous solution with a composition comprising at least 0.5% by weight of a metal sulfide.
An eyeglasses protection device comprising: a lens surface protective part configured to protect a lens surface of eyeglasses, a plurality of temple protective parts (3, 31, 32) that are formed at both ends of the lens surface protective part in a length direction and protect temples of the eyeglasses, wherein the lens surface protective part is equipped with a substrate film, and a micro concavo-convex structure that is formed on a surface of the substrate film, with an average period of the concavo-convex part being equal to or less than a wavelength of visible light, wherein the temple protective parts (3, 31, 32) are equipped with attachment parts (3A, 3B) at which the eyeglasses protection device is able to be attached to the temples of the eyeglasses, wherein the attachment parts (3A, 3B) are equipped with a plurality of insertion holes (15, 16, 21, 22) into which the temples of the eyeglasses are inserted, wherein the plurality of insertion holes (15, 16, 21, 22) are aligned in an insertion direction of the temples, wherein the attachment parts (3A, 3B) are equipped with a traverse cut hole that crosses in an oblique direction between the adjacent insertion holes (15, 16, 21, 22), and an upper holding part and a lower holding part formed by the plurality of insertion holes (15, 16, 21, 22) and the traverse cut hole. a lens surface protective part configured to protect a lens surface of eyeglasses, a plurality of temple protective parts (3, 31, 32) that are formed at both ends of the lens surface protective part in a length direction and protect temples of the eyeglasses, wherein the lens surface protective part is equipped with a substrate film, and a micro concavo-convex structure that is formed on a surface of the substrate film, with an average period of the concavo-convex part being equal to or less than a wavelength of visible light, a substrate film, and a micro concavo-convex structure that is formed on a surface of the substrate film, with an average period of the concavo-convex part being equal to or less than a wavelength of visible light, wherein the temple protective parts (3, 31, 32) are equipped with attachment parts (3A, 3B) at which the eyeglasses protection device is able to be attached to the temples of the eyeglasses, wherein the attachment parts (3A, 3B) are equipped with a plurality of insertion holes (15, 16, 21, 22) into which the temples of the eyeglasses are inserted, wherein the plurality of insertion holes (15, 16, 21, 22) are aligned in an insertion direction of the temples, wherein the attachment parts (3A, 3B) are equipped with a traverse cut hole that crosses in an oblique direction between the adjacent insertion holes (15, 16, 21, 22), and an upper holding part and a lower holding part formed by the plurality of insertion holes (15, 16, 21, 22) and the traverse cut hole. a traverse cut hole that crosses in an oblique direction between the adjacent insertion holes (15, 16, 21, 22), and an upper holding part and a lower holding part formed by the plurality of insertion holes (15, 16, 21, 22) and the traverse cut hole.
Pump comprising a lubricant reservoir which feeds at least one pumping element, the reservoir being delimited by a base at which, inside the reservoir a rotating spatula is provided, the spatula being equipped with at least one blade which, by rotating over the base, conveys said lubricant towards an intake of said pumping element pushing it through a plurality of passages made on the surface of said base, the pump having a flap hinged along a first axis substantially perpendicular to an axis of rotation of the spatula, a free end of the flap facing said base, the flap providing a movable element able to cooperate with a fixed element of a proximity sensor, so as to activate the proximity sensor when said free end of the flap approaches said base thus signaling a minimum level of lubricant inside the tank, said flap being supported by said spatula.
A process of forming a rapid-hardening inorganic foam based on the reaction of 2 components: a) a solid component in the form of a reactive powder with at the same time structure-building and pore-forming properties, and b) a liquid component in the form of an alkali metal silicate (waterglass), which component serves as an alkaline activation solution, characterised in that the reactive powder comprises the essential constituents: 45 - 65% by weight aluminium oxide, 10 - 20% by weight aluminium nitride, and 5 - 15% by weight metallic aluminium, and has a particle size of at least 90% by weight smaller than 1 mm, and the two components are mixed in a weight ratio of powder to liquid component of 0.5 to 2 to give a paste from which a foamed body with a bulk density of less than 0.7 g/cm 3 then forms in an exothermal reaction within less than 10 minutes. a) a solid component in the form of a reactive powder with at the same time structure-building and pore-forming properties, and b) a liquid component in the form of an alkali metal silicate (waterglass), which component serves as an alkaline activation solution, characterised in that 45 - 65% by weight aluminium oxide, 10 - 20% by weight aluminium nitride, and 5 - 15% by weight metallic aluminium, and
A process of making acrylic acid comprising in process flow order: a) providing a mixed feed gas comprising propylene to a first reaction stage of a single shell open interstage reactor, comprising a plurality of reaction tubes filled with a mixed metal oxide catalyst; b) oxidizing the propylene in the first reaction stage to produce a process gas comprising acrolein; c) cooling the process gas in an interstage heat exchanger, preferably having tubes that are coaxially continuous with the reaction tubes of a reaction stage; d) passing the cooled process gas through an open interstage region comprising no reaction tubes; e) passing the process gas to a second reaction stage of the single shell open interstage reactor, comprising a plurality of reaction tubes filled with a mixed metal oxide catalyst; and f) oxidizing the acrolein in the second reaction stage to produce a product gas comprising acrylic acid. a) providing a mixed feed gas comprising propylene to a first reaction stage of a single shell open interstage reactor, comprising a plurality of reaction tubes filled with a mixed metal oxide catalyst; b) oxidizing the propylene in the first reaction stage to produce a process gas comprising acrolein; c) cooling the process gas in an interstage heat exchanger, preferably having tubes that are coaxially continuous with the reaction tubes of a reaction stage; d) passing the cooled process gas through an open interstage region comprising no reaction tubes; e) passing the process gas to a second reaction stage of the single shell open interstage reactor, comprising a plurality of reaction tubes filled with a mixed metal oxide catalyst; and f) oxidizing the acrolein in the second reaction stage to produce a product gas comprising acrylic acid.
Spinning rotor for an open-end spinning device operating at high rotor speeds of more than 150 000 rpm, with a rotor cup, which has a rotor bottom and an opening and has an annular wall section in the form of a fibre slip wall, characterised in that, in the transition area between the rotor bottom and the annular wall section, the rotor cup has a support collar pointing away from the opening of the rotor cup, and in that the wall section has a wall thickness of less than 1.5 mm.
Back side connection layer for a photovoltaic module comprising a plurality of PV-cells (i,j), the plurality of PV-cells (i,j) being of a type having one or more back side contacts, wherein the plurality of PV-cells (i,j) is divided in a preset number of strings of series connected PV-cells (i,j), and by-pass diodes are connectable in parallel to each of the preset number of strings, and wherein the preset number of strings is three or more, characterised in that contacts to the plurality of PV-cells (i,j) provided on the back side connection layer are positioned such that directly accessible electrical connections to the first PV-cell and last PV-cell of each of the preset number of strings are provided in a part of the back side connection layer overlapping a part of a two-by-two arrangement of PV-cells (i,j) and having a surface smaller than a surface of the two-by-two arrangement of the PV-cells (i,j.)
A driving device for a jaw crusher including: a fixed tooth provided in a body frame of the jaw crusher; a movable tooth provided so as to swing in relation to the fixed tooth; a rotation driving shaft which is rotatably supported on a pair of bearing portions provided on the end sides of the body frame and in which an eccentric shaft portion for allowing the movable tooth to perform a swing motion is formed; and a pair of flywheels (13, 14) fixed to end portions of the rotation driving shaft protruding from the bearing portions provided on the end sides of the body frame respectively, so as to increase inertial force of the rotation driving shaft; the driving device comprising: a hydraulic pressure motor in which a rotation shaft portion can rotate in relation to a motor body when pressure fluid is supplied; characterized in that the driving device comprises: a connector provided between the rotation shaft portion of the hydraulic pressure motor and one flywheel of the pair of flywheels (13,14) outside the body frame, so as to connect the flywheel and the rotation shaft portion of the hydraulic pressure motor; and a torque arm provided between the body frame and the motor body of the hydraulic pressure motor, the torque arm having one end fixed to the outer side of the body frame at a position corresponding larger than the radius of the flywheel, and comprising a torque arm member at its other end including a motor attachment portion connected to the motor body of the hydraulic pressure motor and stopping rotation of the motor body of the hydraulic pressure motor reliably. a fixed tooth provided in a body frame of the jaw crusher; a movable tooth provided so as to swing in relation to the fixed tooth; a rotation driving shaft which is rotatably supported on a pair of bearing portions provided on the end sides of the body frame and in which an eccentric shaft portion for allowing the movable tooth to perform a swing motion is formed; and a pair of flywheels (13, 14) fixed to end portions of the rotation driving shaft protruding from the bearing portions provided on the end sides of the body frame respectively, so as to increase inertial force of the rotation driving shaft; a hydraulic pressure motor in which a rotation shaft portion can rotate in relation to a motor body when pressure fluid is supplied; a connector provided between the rotation shaft portion of the hydraulic pressure motor and one flywheel of the pair of flywheels (13,14) outside the body frame, so as to connect the flywheel and the rotation shaft portion of the hydraulic pressure motor; and a torque arm provided between the body frame and the motor body of the hydraulic pressure motor, the torque arm having one end fixed to the outer side of the body frame at a position corresponding larger than the radius of the flywheel, and comprising a torque arm member at its other end including a motor attachment portion connected to the motor body of the hydraulic pressure motor and stopping rotation of the motor body of the hydraulic pressure motor reliably.
Gas burner of the type comprising a cup of the burner accommodating at least one injector for fuel gas, a head of the burner coupled to said cup and comprising at least one distribution chamber for a first circumferential flame spreader, at least one first mixing chamber for mixing primary air and fuel gas to set up a fuel mixture, said at least one first mixing chamber being fluidically connected to said cup and to said at least one injector, at least one duct for transferring the fuel mixture from said at least one first mixing chamber into said at least one distribution chamber, and at least one inflow duct of the primary air from the outer environment inside said cup of the burner, as well as at least one separating element of said at least one transferring duct of the fuel mixture from said at least one inflow duct of the primary air, wherein said at least one separating element comprises at least one plate, characterized in that said at least one plate is tightly constrained to said at least one head, or to said at least one cup of the burner to prevent any fluidic communication between said at least one transferring duct and said at least one inflow duct.
A method of bulk transporting mushroom compost, characterised in providing blocks of mushroom compost, wherein the blocks have a weight of less than 1000 kg, wherein compost blocks are stacked and are supported by a spacer/spacers, wherein rows and columns of stacked blocks are provided, wherein the blocks are stored in a conditioned space, leaving vertical room between the stacked blocks for ventilation, adapted to control temperature, carbon dioxide content and/or humidity, wherein the conditioned space is a refrigerated container or a refrigerated lorry, ventilating the conditioned space, and wherein bulk mushroom compost is transported in the conditioned space over a long distance over land/water.