mhurhangee/ep-ind-claims huggingface dataset:
Thermostatic mixer valve for mixing cold and hot water, having - a housing, which has a cold-water inlet and a hot-water inlet and also a mixed-water outlet, and - a thermostat which can be exposed to the mixed water and is coupled to a valve body which, to reach and/or maintain a specifiable mixed-water temperature, is arranged so as to be displaceable, in dependence upon the temperatures of the cold and hot water, along an adjustment path between the cold-water and hot-water inlets (22, 24) in such a way that the one inlet can be made smaller to the extent that the other inlet can be made larger, characterised in that - the valve body (58, 60) is of two-part construction and has a fixed valve ring and a sleeve axially movable relative thereto, - wherein cold and hot water is able to flow from the inlets (22, 24) along the valve seat ring on both sides and - the sleeve has a circumferential recess which extends between two oppositely located radial flanks (72, 74) the spacing of which from one another is greater substantially by the adjustment path than the axial extent of the valve seat ring, and - the sleeve has, inside its circumferential recess, openings for inflow of cold and hot water into the sleeve to form mixed water that is able to flow along the thermostat. - a housing, which has a cold-water inlet and a hot-water inlet and also a mixed-water outlet, and - a thermostat which can be exposed to the mixed water and is coupled to a valve body which, to reach and/or maintain a specifiable mixed-water temperature, is arranged so as to be displaceable, in dependence upon the temperatures of the cold and hot water, along an adjustment path between the cold-water and hot-water inlets (22, 24) in such a way that the one inlet can be made smaller to the extent that the other inlet can be made larger, - the valve body (58, 60) is of two-part construction and has a fixed valve ring and a sleeve axially movable relative thereto, - wherein cold and hot water is able to flow from the inlets (22, 24) along the valve seat ring on both sides and - the sleeve has a circumferential recess which extends between two oppositely located radial flanks (72, 74) the spacing of which from one another is greater substantially by the adjustment path than the axial extent of the valve seat ring, and - the sleeve has, inside its circumferential recess, openings for inflow of cold and hot water into the sleeve to form mixed water that is able to flow along the thermostat.
A method for isolating one or more proteins naturally occurring in mammalian milk from an aqueous protein solution comprising said one or more proteins and impurities, the method comprising; A. providing an aqueous solution containing the one or more proteins and the impurities, wherein said aqueous solution is selected from the group of milk and whey and concentrates hereof, B. adding a water-soluble silicate to the solution of step such that the total concentration of silicon in the form of free or complexed silicates in the solution is in the range of 1-750 mM, C. if necessary, adjusting the pH of the resulting solution to a pH in the range of pH 1 to pH 11, D. allowing the silicate to form an insoluble precipitate of a silicate-protein complex, E. separating the silicate-protein complex from the solution as a wet precipitate; such as a wet cake or an aqueous suspension of the precipitate, F. optionally washing the silicate-protein complex to further remove said impurities from the silicate-protein complex, G. optionally separating the one or more proteins from the silicate, thereby obtaining the isolated protein product. A. providing an aqueous solution containing the one or more proteins and the impurities, wherein said aqueous solution is selected from the group of milk and whey and concentrates hereof, B. adding a water-soluble silicate to the solution of step such that the total concentration of silicon in the form of free or complexed silicates in the solution is in the range of 1-750 mM, C. if necessary, adjusting the pH of the resulting solution to a pH in the range of pH 1 to pH 11, D. allowing the silicate to form an insoluble precipitate of a silicate-protein complex, E. separating the silicate-protein complex from the solution as a wet precipitate; such as a wet cake or an aqueous suspension of the precipitate, F. optionally washing the silicate-protein complex to further remove said impurities from the silicate-protein complex, G. optionally separating the one or more proteins from the silicate,
A drill bit comprising: a bit body having a longitudinal central axis; at least one blade extending from the bit body; a first and second arm extending from the bit body; a first roller cone rotatably secured to the first arm; a second roller cone rotatably secured to the second arm; and characterised in that the first roller cone is larger in diameter than the second roller cone. a bit body having a longitudinal central axis; at least one blade extending from the bit body; a first and second arm extending from the bit body; a first roller cone rotatably secured to the first arm; a second roller cone rotatably secured to the second arm; and characterised in that the first roller cone is larger in diameter than the second roller cone.
A precursor of a superconducting wire, comprising: a core material; a mixed powder element disposed around the core material and the number of the mixed powder elements is 6 or greater; and an outer shell layer disposed on an outer side of the core material and the mixed powder element, wherein the mixed powder element includes mixed powders containing Mg powders and boron powders and a sheath material made of metal not reacting with Mg at the time of high temperature heating covering the mixed powders, wherein the Vickers hardness is greater in the metal sheath material than in the core material and greater in the outer shell layer than in the metal sheath material, characterized in further comprising a pipe made of Cu disposed on the inner side of the outer shell layer for stabilizing the outer shell layer. a core material; a mixed powder element disposed around the core material and the number of the mixed powder elements is 6 or greater; and an outer shell layer disposed on an outer side of the core material and the mixed powder element, wherein the mixed powder element includes mixed powders containing Mg powders and boron powders and a sheath material made of metal not reacting with Mg at the time of high temperature heating covering the mixed powders, wherein the Vickers hardness is greater in the metal sheath material than in the core material and greater in the outer shell layer than in the metal sheath material, characterized in further comprising a pipe made of Cu disposed on the inner side of the outer shell layer for stabilizing the outer shell layer.
A packaged aerosol foaming skin cleanser, comprising: a) a multiphase skin cleansing composition, comprising a structured cleansing phase and a benefit phase, wherein the structured cleansing phase comprises a branched anionic surfactant, and the benefit phase comprises a hydrophobic benefit agent; wherein the multiphase cleansing composition is shear thinning; b) a foaming agent comprising a hydrofluoroolefin, a hydrochlorofluoroolefin, or a combination thereof; and c) a package for dispensing the aerosol foaming skin cleanser. a) a multiphase skin cleansing composition, comprising a structured cleansing phase and a benefit phase, wherein the structured cleansing phase comprises a branched anionic surfactant, and the benefit phase comprises a hydrophobic benefit agent; wherein the multiphase cleansing composition is shear thinning; b) a foaming agent comprising a hydrofluoroolefin, a hydrochlorofluoroolefin, or a combination thereof; and c) a package for dispensing the aerosol foaming skin cleanser.
A method of operating an electronic circuit breaker that includes controllable mechanical contacts adapted to connect a primary power source to a load, said method comprising monitoring a flow of power from said primary power source to said load, detecting fault conditions, producing a trip signal, and automatically opening said mechanical contacts in response to the detection of a fault condition, from control circuitry in said electronic circuit breaker, supplying power to said control circuitry from said primary power source when said mechanical contacts are closed, and supplying power to said control circuitry from an auxiliary power source only when said mechanical contacts are open, characterized by receiving and storing firmware upgrades while said auxiliary power source is supplying power to said circuitry and only while said mechanical contacts are open.
An ink comprising a carrier liquid with a dispersion of flakes derived from a layered material, wherein the thickness of each flake depends on the number of layers of the layered material in the flake, and wherein the thickness distribution of the flakes includes: at least 20% by number of single layer flakes; at least 40% by number cumulatively of single, double and triple layer flakes; or not more than 40% by number of flakes having ten or more layers. at least 20% by number of single layer flakes; at least 40% by number cumulatively of single, double and triple layer flakes; or not more than 40% by number of flakes having ten or more layers.
A computer-implemented method comprising: receiving first speech from a first user who is associated with a first user profile having an administration privilege, analyzing first attributes of the first speech to determine that the first speech is associated with the first user profile; processing content of the first speech to identify an introduction command or intent, to determine the second user and to identify a command or intent to grant a privilege to the second user; outputting a prompt requesting speech from the second user; receiving second speech from the second user; determining second attributes derived from the second speech, the second attributes enabling identification of subsequent speech associated with the second user; and associating the second attributes and the granted privilege with a second user profile associated with the second user. receiving first speech from a first user who is associated with a first user profile having an administration privilege, analyzing first attributes of the first speech to determine that the first speech is associated with the first user profile; processing content of the first speech to identify an introduction command or intent, to determine the second user and to identify a command or intent to grant a privilege to the second user; outputting a prompt requesting speech from the second user; receiving second speech from the second user; determining second attributes derived from the second speech, the second attributes enabling identification of subsequent speech associated with the second user; and associating the second attributes and the granted privilege with a second user profile associated with the second user.
A device comprising: a plurality of electromagnetically bi-anisotropic devices; a conductive layer including at least a portion of a ground plane; a spacer layer disposed between the plurality of electromagnetically bi-anisotropic devices and the conductive layer; and an electromagnetic interface device disposed between the plurality of electromagnetically bi-anisotropic devices and the conductive layer, the electromagnetic interface device configured to output an electrical signal responsive to receipt of an electromagnetic wave; wherein an electromagnetically bi-anisotropic device of the plurality of electromagnetically bi-anisotropic devices includes a particle having a conductive surface and a magnetic material having a plurality of magnetic poles (534, 536), wherein the magnetic material is disposed in such a way that an orientation of the plurality of magnetic poles is angularly offset relative to a line that is normal to a plane tangent to the conductive layer and passes through the particle and the orientation of the plurality of magnetic poles is angularly offset from the plane; and wherein the plurality of electromagnetically bi-anisotropic devices are arranged in a concentric circular array. a plurality of electromagnetically bi-anisotropic devices; a conductive layer including at least a portion of a ground plane; a spacer layer disposed between the plurality of electromagnetically bi-anisotropic devices and the conductive layer; and an electromagnetic interface device disposed between the plurality of electromagnetically bi-anisotropic devices and the conductive layer, the electromagnetic interface device configured to output an electrical signal responsive to receipt of an electromagnetic wave; wherein an electromagnetically bi-anisotropic device of the plurality of electromagnetically bi-anisotropic devices includes a particle having a conductive surface and a magnetic material having a plurality of magnetic poles (534, 536), wherein the magnetic material is disposed in such a way that an orientation of the plurality of magnetic poles is angularly offset relative to a line that is normal to a plane tangent to the conductive layer and passes through the particle and the orientation of the plurality of magnetic poles is angularly offset from the plane; and wherein the plurality of electromagnetically bi-anisotropic devices are arranged in a concentric circular array.
A method of positioning, suitable for the use in a process for assembling a scroll fluid machinery, a fixed scroll on the basis of a positional relationship between a wrap of the fixed scroll and a wrap of an orbiting scroll, comprising: a first positioning step of positioning, after the orbiting scroll, a crank shaft engaged with the orbiting scroll, and a housing member forming a bearing for the crank shaft are combined, the fixed scroll in a θ direction to the housing member by means of at least two positioning pins; and a second positioning step of positioning the fixed scroll in an X-axis direction and a Y-axis direction after the first positioning step; characterised in that the first positioning step includes a setup step of fixing the fixed scroll to the housing member by means of fastening means and taking off the positioning pin after the fixed scroll is positioned in the θ direction to the housing member by means of the positioning pin, wherein the second positioning step includes a centering step of releasing the fixing by the fastening means with the fixed scroll pressed to the housing member and centering the fixed scroll in the X-axis direction and the Y-axis direction. a first positioning step of positioning, after the orbiting scroll, a crank shaft engaged with the orbiting scroll, and a housing member forming a bearing for the crank shaft are combined, the fixed scroll in a θ direction to the housing member by means of at least two positioning pins; and a second positioning step of positioning the fixed scroll in an X-axis direction and a Y-axis direction after the first positioning step; characterised in that the first positioning step includes a setup step of fixing the fixed scroll to the housing member by means of fastening means and taking off the positioning pin after the fixed scroll is positioned in the θ direction to the housing member by means of the positioning pin, wherein the second positioning step includes a centering step of releasing the fixing by the fastening means with the fixed scroll pressed to the housing member and centering the fixed scroll in the X-axis direction and the Y-axis direction.
A process for Enantio-specific synthesis of optically pure -acetylamino-3-(2-oxocyclopentyl)-propionic acid of formula comprising: hydrolyzing stereoisomeric mixture of (1-4C alkyl)-2-(acetylamino)-3-(2-oxocyclopentyl) propanoate of formula, in which R is alkyl, with an Alkaline serine endopeptidase enzyme, to form a mixture of (+) isomer -acetylamino-3-(2-oxo-cyclopentyl)-propionic acid and (-) isomer (1-4C alkyl) -2-(acetylamino)-3-(2-oxocyclopentyl) propanoate
A method for detecting resistance to the therapeutic effects of an allosteric AKT inhibitor in a cancer cell sample, comprising detecting the presence of a mutation in the cell comprising an AKT1 mutation comprising a cysteine residue change at position W80, wherein the presence of the AKT1 mutation indicates that the cancer cell has become or will become resistant to the allosteric AKT inhibitor but remains sensitive to ATP-competitive AKT inhibitors.
Retractable seat for a motor vehicle comprising a seat on which a back is articulated the seat being designed to occupy a deployed position in which the seat back forms with the seat a substantially perpendicular angle and a retractable position in which the seat back is folded on the seat, the seat being able to be positioned forward of a space in the floor of a seat motor vehicle, the seat also includes a mobile flap consisting of a proximal floor fixed on the back side of the back according to a first transverse axis pivotal link A1 and a distal floor extending the flap with a second transverse axis pivot link A2, characterized as the seat also includes an elastic traction organ of the proximal floor against the record in a high position facing the top of the record and maintaining the record in a low position facing the bottom of the record.
An infrared imaging system for imaging a scene, the imaging system comprising: a plurality of mirrors (975a, 975b); a plurality of cameras (1,..., 11) located behind the plurality of mirrors; at least one thermal reference source having a known temperature located behind the plurality of mirrors, the plurality of mirrors configured to reflect radiation from the at least one thermal reference source towards the plurality of cameras; and a data-processing unit comprising a processor, the imaging system configured to: acquire with the plurality of cameras one or more image frames, at least some of the one or more image frames containing simultaneously the image of the scene and the image of the at least one reference source; and apply a dynamic calibration correction to the plurality of cameras based on the image of the at least one reference source within at least some of the one or more image frames. a plurality of mirrors (975a, 975b); a plurality of cameras (1,..., 11) located behind the plurality of mirrors; at least one thermal reference source having a known temperature located behind the plurality of mirrors, the plurality of mirrors configured to reflect radiation from the at least one thermal reference source towards the plurality of cameras; and a data-processing unit comprising a processor, the imaging system configured to: acquire with the plurality of cameras one or more image frames, at least some of the one or more image frames containing simultaneously the image of the scene and the image of the at least one reference source; and apply a dynamic calibration correction to the plurality of cameras based on the image of the at least one reference source within at least some of the one or more image frames. acquire with the plurality of cameras one or more image frames, at least some of the one or more image frames containing simultaneously the image of the scene and the image of the at least one reference source; and apply a dynamic calibration correction to the plurality of cameras based on the image of the at least one reference source within at least some of the one or more image frames.
An electric energy transmission tether, comprising a first layer of one or more helically wound electric conductors; an electric insulation layer surrounding the first layer of electric conductors; a second layer of one or more electric conductors helically wound around the electric insulation layer; a load bearing layer for absorbing tensile forces acting on the tether, the load bearing layer comprising two sublayers; and a first semi-conductive layer arranged between the first layer of electric conductors and the electric insulation layer, wherein the load bearing layer surrounds the second layer of electric conductors and defines the maximal axial elongation of the tether under a maximally to be expected tensile load, characterized in that the tether is suited for an airborne wind power station and comprises an elastic core around which the one or more electric conductors of the first layer of one or more electric conductors are helically wound, in that the load bearing layer is also suited for absorbing radial compression forces acting on the tether, and in that one of the sublayers of the load bearing layer is a compression resistant layer specifically adapted to absorb radial compression forces and the other one is a tensile armour layer specifically adapted to absorb tensile forces. a first layer of one or more helically wound electric conductors; an electric insulation layer surrounding the first layer of electric conductors; a second layer of one or more electric conductors helically wound around the electric insulation layer; a load bearing layer for absorbing tensile forces acting on the tether, the load bearing layer comprising two sublayers; and a first semi-conductive layer arranged between the first layer of electric conductors and the electric insulation layer, wherein the load bearing layer surrounds the second layer of electric conductors and defines the maximal axial elongation of the tether under a maximally to be expected tensile load, characterized in that the tether is suited for an airborne wind power station and comprises an elastic core around which the one or more electric conductors of the first layer of one or more electric conductors are helically wound, in that the load bearing layer is also suited for absorbing radial compression forces acting on the tether, and in that one of the sublayers of the load bearing layer is a compression resistant layer specifically adapted to absorb radial compression forces and the other one is a tensile armour layer specifically adapted to absorb tensile forces.