mhurhangee/ep-ind-claims huggingface dataset:
A method of measuring a ruminal undigested fiber fraction in a feed for improving milk production or efficiency and for calculating a ruminant feed ration, the method comprising: sampling one or more forages and grains from available feed sources; analyzing the one or more samples to determine a starting neutral detergent fiber value and an ending NDF value after ruminal digestion; using the starting and ending NDF values of the one or more analyzed samples to calculate a ruminal undigested NDF fraction, wherein the ruminal undigested NDF fraction represents the remaining NDF fraction, or the predicted remaining NDF fraction based on predetermined digestibility values for the same or related forages or grains, in the rumen after ruminal digestion; calculating a feed ration using the ruminal undigested NDF fraction and feeding rates of the one or more analyzed samples, wherein, for each one or more forages and grains, the feed ration calculation comprises multiplying the kilograms of dry matter of a forage or grain in the feed by a percentage of NDF in the forage or grain and by the ruminal undigested NDF fraction for a sample corresponding to the forage or grain; and comparing against formulation targets. sampling one or more forages and grains from available feed sources; analyzing the one or more samples to determine a starting neutral detergent fiber value and an ending NDF value after ruminal digestion; using the starting and ending NDF values of the one or more analyzed samples to calculate a ruminal undigested NDF fraction, wherein the ruminal undigested NDF fraction represents the remaining NDF fraction, or the predicted remaining NDF fraction based on predetermined digestibility values for the same or related forages or grains, in the rumen after ruminal digestion; calculating a feed ration using the ruminal undigested NDF fraction and feeding rates of the one or more analyzed samples, wherein, for each one or more forages and grains, the feed ration calculation comprises multiplying the kilograms of dry matter of a forage or grain in the feed by a percentage of NDF in the forage or grain and by the ruminal undigested NDF fraction for a sample corresponding to the forage or grain; and wherein, for each one or more forages and grains, the feed ration calculation comprises multiplying the kilograms of dry matter of a forage or grain in the feed by a percentage of NDF in the forage or grain and by the ruminal undigested NDF fraction for a sample corresponding to the forage or grain; and comparing against formulation targets.
A pharmaceutical composition comprising an anhydrous non-solvated crystalline form of -7-amino-12-fluoro-2,10,16-trimethyl-15-oxo-10,15,16,17-tetrahydro-2H-8,4-(metheno)pyrazolo[4,3- h][2,5,11]benzoxadiazacyclotetradecine-3-carbonitrile (lorlatinib) free base (Form 7), having a 19 F solid state NMR spectrum comprising resonance (ppm) values of: - 108.2 and -115.2 ppm ± 0.2 ppm, relative to an external standard of 50/50 volume/volume of trifluoroacetic acid and water, setting its resonances to -76.54 ppm, and a pharmaceutically acceptable carrier or excipient.
An anisotropic thermal conduit comprising: an outer cylindrical tube (10a, b), wherein the outer cylindrical tube is a thermally conductive metal; an anisotropic thermal material (14a, b) disposed with the outer cylindrical tube; and an inner tube or rod and wherein the anisotropic thermal material is disposed between the inner tube or rod and the outer tube. an outer cylindrical tube (10a, b), wherein the outer cylindrical tube is a thermally conductive metal; an anisotropic thermal material (14a, b) disposed with the outer cylindrical tube; and an inner tube or rod and wherein the anisotropic thermal material is disposed between the inner tube or rod and the outer tube.
A method of manufacturing cyclophosphazene derivatives comprising, preferably consisting of, the following steps: 1) providing a mixture containing: a) a (per)fluoropolyether (PFPE) polyol [PFPE (P pol)] comprising a fluoropolyoxyalkylene chain (R f) having two chain ends, each chain end comprising at least one hydroxy group, and b) the corresponding alkoxide of perfluoropolyether (P pol) [PFPE (P alk)], wherein the equivalent concentration of PFPE (P alk) in PFPE (P pol) is lower than 30%; 2) contacting mixture with a perhalocyclophosphazene (CP halo) to provide a mixture containing an equivalent ratio of PFPE (P alk)/(CP halo) of at least 1; 3) allowing mixture to react until complete disappearance of P-Cl groups to provide a mixture; 4) submitting mixture to hydrolysis to provide a mixture; 5) optionally removing (P pol) from mixture to provide a mixture. 1) providing a mixture containing: a) a (per)fluoropolyether (PFPE) polyol [PFPE (P pol)] comprising a fluoropolyoxyalkylene chain (R f) having two chain ends, each chain end comprising at least one hydroxy group, and b) the corresponding alkoxide of perfluoropolyether (P pol) [PFPE (P alk)], wherein the equivalent concentration of PFPE (P alk) in PFPE (P pol) is lower than 30%; a) a (per)fluoropolyether (PFPE) polyol [PFPE (P pol)] comprising a fluoropolyoxyalkylene chain (R f) having two chain ends, each chain end comprising at least one hydroxy group, and b) the corresponding alkoxide of perfluoropolyether (P pol) [PFPE (P alk)], wherein the equivalent concentration of PFPE (P alk) in PFPE (P pol) is lower than 30%; 2) contacting mixture with a perhalocyclophosphazene (CP halo) to provide a mixture containing an equivalent ratio of PFPE (P alk)/(CP halo) of at least 1; 3) allowing mixture to react until complete disappearance of P-Cl groups to provide a mixture; 4) submitting mixture to hydrolysis to provide a mixture; 5) optionally removing (P pol) from mixture to provide a mixture.
Use, as a reaction catalyst for cyclotrimerisation of isocyanates, of a catalytic system based on a quaternary ammonium salt, in the presence of, as co-catalyst, imidazole or a derivative thereof.
A method of protecting against humidity a device comprising a first and a second electronic components (10a, 10b) respectively having two opposite surfaces, said surfaces: - being separated by a non-zero distance shorter than 10 micrometers; - having an area greater than 100 mm 2; - being connected by an assembly of electrical interconnection elements spaced apart from one another by a space void of matter, said method comprising - applying a deposit of thin atomic layers onto the device to form a layer of mineral material covering at least said interconnection elements, the layer of mineral material being selected from the group comprising the compounds of formula TiO 2, ZrO 2, SiO x, SiN x, SiO x N y, ZnSe, ZnO, Sb 2 O 3, aluminum oxides, and transparent conductive oxides; - applying the deposit of thin atomic layers comprising placing the structure in a chamber and injecting into said chamber reactant gases for the forming of the layer of mineral material, the injection of the reactant gases being carried out without pumping in the chamber. - being separated by a non-zero distance shorter than 10 micrometers; - having an area greater than 100 mm 2; - being connected by an assembly of electrical interconnection elements spaced apart from one another by a space void of matter, said method comprising - applying a deposit of thin atomic layers onto the device to form a layer of mineral material covering at least said interconnection elements, the layer of mineral material being selected from the group comprising the compounds of formula TiO 2, ZrO 2, SiO x, SiN x, SiO x N y, ZnSe, ZnO, Sb 2 O 3, aluminum oxides, and transparent conductive oxides; - applying the deposit of thin atomic layers comprising placing the structure in a chamber and injecting into said chamber reactant gases for the forming of the layer of mineral material, the injection of the reactant gases being carried out without pumping in the chamber.
An apparatus for coupling to a probe and providing information regarding at least one structure, comprising: an electronics arrangement (141, 151) which is configured to obtain the information and transmit the information wirelessly; a portable power arrangement which is configured to provide power to at least one component of the electronics arrangement, wherein the portable power arrangement is included in the electronics arrangement; a structural connection configuration which is structured and configured to be attached to the probe; and an inductive arrangement which is configured to recharge the portable power arrangement, characterised in that the inductive arrangement comprises inductive coils arranged along the probe. an electronics arrangement (141, 151) which is configured to obtain the information and transmit the information wirelessly; a portable power arrangement which is configured to provide power to at least one component of the electronics arrangement, wherein the portable power arrangement is included in the electronics arrangement; a structural connection configuration which is structured and configured to be attached to the probe; and an inductive arrangement which is configured to recharge the portable power arrangement, characterised in that the inductive arrangement comprises inductive coils arranged along the probe.
An elevator rail, comprising: an attachment bracket (2, 2') having a first end with a first fitting part attaching the first end to the elevator rail, a second end having a second fitting part for attaching the second end to an elevator hoistway, and an intermediate part (6, 6') connecting the first fitting part to the second fitting part, wherein the attachment bracket (2, 2') is provided with a joint pivotably connecting the intermediate part (6, 6') to the first fitting part, the joint allowing the intermediate part (6, 6') to be rotated around the joint between a transport position and mounting position, wherein the second fitting part is located closer to the elevator rail in the transport position than in the mounting position characterized in that the second fitting part comprises a first and a second protrusion (19, 20) protruding outwards from the intermediate part (6, 6'), the first and second protrusion (19, 20) are arranged at a distance from each other to receive the elevator rail in a space between the first and second protrusion (19, 20) when the intermediate part (6, 6') is in the transport position. an attachment bracket (2, 2') having a first end with a first fitting part attaching the first end to the elevator rail, a second end having a second fitting part for attaching the second end to an elevator hoistway, and an intermediate part (6, 6') connecting the first fitting part to the second fitting part, wherein the attachment bracket (2, 2') is provided with a joint pivotably connecting the intermediate part (6, 6') to the first fitting part, the joint allowing the intermediate part (6, 6') to be rotated around the joint between a transport position and mounting position, wherein the second fitting part is located closer to the elevator rail in the transport position than in the mounting position characterized in that the second fitting part comprises a first and a second protrusion (19, 20) protruding outwards from the intermediate part (6, 6'), the first and second protrusion (19, 20) are arranged at a distance from each other to receive the elevator rail in a space between the first and second protrusion (19, 20) when the intermediate part (6, 6') is in the transport position.
A resin composition for electric insulation comprising: an epoxy resin; a hardening agent; and fine particles, wherein a base material of the fine particle is formed of silicon dioxide, aluminum oxide, titanium oxide, or boron nitride, and hydrophilic groups and hydrophobic groups are present together on a surface of the base material, characterized in that a percentage of the fine particles in the resin composition is from 3 to 15 mass%, and a hydrophobing ratio represented by the following formula is from 20 to 80 mol%: Hydrophobing ratio mol % = 100 M A / M A + M OH where M A is a mol number of hydrophobic groups at the surface of the fine particle, and M OH is a mol number of hydrophilic groups at the surface of the fine particle, so that the fine particles form a plurality of threadlike agglomerates and the agglomerates have a dendritic structure when the epoxy resin, the hardening agent, and the fine particles are mixed and hardened, wherein the resin composition further contains a highly heat conductive filler containing at least one of boron nitride, aluminum nitride and alumina. an epoxy resin; a hardening agent; and fine particles, wherein a base material of the fine particle is formed of silicon dioxide, aluminum oxide, titanium oxide, or boron nitride, and hydrophilic groups and hydrophobic groups are present together on a surface of the base material, characterized in that a percentage of the fine particles in the resin composition is from 3 to 15 mass%, and a hydrophobing ratio represented by the following formula is from 20 to 80 mol%: Hydrophobing ratio mol % = 100 M A / M A + M OH where M A is a mol number of hydrophobic groups at the surface of the fine particle, and M OH is a mol number of hydrophilic groups at the surface of the fine particle, so that the fine particles form a plurality of threadlike agglomerates and the agglomerates have a dendritic structure when the epoxy resin, the hardening agent, and the fine particles are mixed and hardened, wherein the resin composition further contains a highly heat conductive filler containing at least one of boron nitride, aluminum nitride and alumina. where M A is a mol number of hydrophobic groups at the surface of the fine particle, and M OH is a mol number of hydrophilic groups at the surface of the fine particle, so that the fine particles form a plurality of threadlike agglomerates and the agglomerates have a dendritic structure when the epoxy resin, the hardening agent, and the fine particles are mixed and hardened, wherein the resin composition further contains a highly heat conductive filler containing at least one of boron nitride, aluminum nitride and alumina.
A manifold apparatus for a solar heating or cooling apparatus comprising: a first conduit and a second conduit, wherein the second conduit is located within the first conduit and wherein the first conduit and/or the second conduit are at least partially resilient, and wherein the first conduit is sealed at one end thereof and the first and second conduits are configured such that a fluid flow path exists between the first and second conduits, and wherein the first conduit includes one or more thermal transfer points, characterised in that each thermal transfer point includes a solar heat source member attachment point, wherein each thermal transfer point includes an attachment member for the solar heat source member, wherein the attachment member surrounds a portion of the outer surface of the solar heat source member, and wherein the attachment member is releasably securable to the first conduit. a first conduit and a second conduit, wherein the second conduit is located within the first conduit and wherein the first conduit and/or the second conduit are at least partially resilient, and wherein the first conduit is sealed at one end thereof and the first and second conduits are configured such that a fluid flow path exists between the first and second conduits, and wherein the first conduit includes one or more thermal transfer points, characterised in that each thermal transfer point includes a solar heat source member attachment point, wherein each thermal transfer point includes an attachment member for the solar heat source member, wherein the attachment member surrounds a portion of the outer surface of the solar heat source member, and wherein the attachment member is releasably securable to the first conduit.
Electric compressor of a refrigerant, the electric compressor comprising a housing which houses at least: - a compression mechanism of the refrigerant fluid; - an electric motor for actuating the compression mechanism, the electric motor comprising a rotor rotating about an axis of rotation and a stator comprising coils electric wires wound around a core; - a control module for controlling the electric motor, the electric motor being located in an axially intermediate position between the compression mechanism and the control module; the housing comprising at least one inlet port of the coolant in the electric compressor, said inlet port being arranged radially with respect to the axis of rotation of the rotor, characterized in that the input port is arranged tangentially to the electric motor and in that the input port is located between the control module and an axial end of a core of the stator located on the side of said control module. - a compression mechanism of the refrigerant fluid; - an electric motor for actuating the compression mechanism, the electric motor comprising a rotor rotating about an axis of rotation and a stator comprising coils electric wires wound around a core; - a control module for controlling the electric motor, the electric motor being located in an axially intermediate position between the compression mechanism and the control module;
A powder inhaler comprising: a body that is provided with a dispenser orifice; at least one reservoir containing a dose of powder for dispensing; reservoir-opening means for opening a reservoir on each actuation; and a dispersion chamber including an outlet that is connected to said dispenser orifice, and an inlet that is connected to said opening means and that receives the dose of powder from said open reservoir, said dispersion chamber containing at least one ball, characterized in that said dispersion chamber includes a ball path having a width that decreases from said inlet in the direction of displacement of said at least one ball.
A device for single-sided electrolytic treatment of a flat substrate, comprising a bath for electrolytic fluid, conveying means for conveying the flat substrate in a conveying direction at the free surface of the electrolytic fluid in the bath, with the flat substrate being horizontally oriented such that the underside of the flat substrate makes contact with the free surface of the electrolytic fluid in the bath, said conveying means comprising two conveying elements disposed opposite each other, which extend along two respective conveying paths, which two conveying paths each comprise an electrolytic part, which electrolytic parts extend on two opposite longitudinal sides of the bath, wherein each of the two conveying elements comprises at least one carrier body of a dielectric material having, at least at the location of the associated electrolytic part, a support edge directed toward the bath for supporting, with an upper side thereof, the flat substrate on one side thereof, which support edge forms a moving part of a longitudinal wall of the bath, and at least one guide member of an electrically conductive material, which is connected to said at least one carrier body, for cathodically connecting the underside of the substrate on the side of the support edge remote from the bath, said guide member comprising at least one spring means having an upper side which, in unloaded condition, is located above the level of the upper side of the support edge, at least at the location of the bath, the upper side of which spring means is elastically compressible in downward direction under the influence of a downward force exerted on the spring means by the substrate, to the level at which the upper side of the spring means is located at the same level as the upper side of the support edge.
A process for treating a lignocellulosic biomass, said process comprising the following steps: a. Preparing an impregnation liquor containing a chemical catalyst intended for the impregnation of the biomass, chosen from an acid catalyst, a basic catalyst and an oxidizing catalyst, and preferably an acid catalyst b. Introducing the milled biomass via an inlet of an impregnation reactor, said inlet being located in a first impregnation zone of said impregnation reactor which comprises two superposed zones, said first impregnation zone and a second "draining" zone above the impregnation zone c. Introducing the liquor via a first liquor inlet located in said first impregnation zone of the reactor, characterized in that it also comprises the following step: d. Introducing said liquor into said reactor via a second liquor inlet in another reactor zone located below the biomass inlet located in the first impregnation zone. a. Preparing an impregnation liquor containing a chemical catalyst intended for the impregnation of the biomass, chosen from an acid catalyst, a basic catalyst and an oxidizing catalyst, and preferably an acid catalyst b. Introducing the milled biomass via an inlet of an impregnation reactor, said inlet being located in a first impregnation zone of said impregnation reactor which comprises two superposed zones, said first impregnation zone and a second "draining" zone above the impregnation zone c. Introducing the liquor via a first liquor inlet located in said first impregnation zone of the reactor, d. Introducing said liquor into said reactor via a second liquor inlet in another reactor zone located below the biomass inlet located in the first impregnation zone.
An implant comprising: an articular end having an upper surface, a side surface, and a lower surface; the upper surface and lower surface each intersect the side surface, the upper surface has a first surface curvature, a central surface curvature, and a second surface curvature; and a single stem, which extends from the lower surface in a direction away from the upper surface of the articular end, the stem having at least one groove continuing uninterrupted about a perimeter of the stem, characterised in that: the groove is defined by a partial torus having a groove tubular radius ranging from about 0.25 millimeters to about 2 millimeters, and the groove blends into the stem with a groove blend having an edge radius ranging from about 0.1 millimeters to about 1 millimeter. an articular end having an upper surface, a side surface, and a lower surface; the upper surface and lower surface each intersect the side surface, the upper surface has a first surface curvature, a central surface curvature, and a second surface curvature; and a single stem, which extends from the lower surface in a direction away from the upper surface of the articular end, the stem having at least one groove continuing uninterrupted about a perimeter of the stem, characterised in that: the groove is defined by a partial torus having a groove tubular radius ranging from about 0.25 millimeters to about 2 millimeters, and the groove blends into the stem with a groove blend having an edge radius ranging from about 0.1 millimeters to about 1 millimeter. the groove is defined by a partial torus having a groove tubular radius ranging from about 0.25 millimeters to about 2 millimeters, and the groove blends into the stem with a groove blend having an edge radius ranging from about 0.1 millimeters to about 1 millimeter.
Floor cleaning machine, comprising a floor head (12; 146), at least one cleaning roller, which is arranged on the floor head (12; 146), a tank device, which is arranged on the floor head (12; 146), and at least one sweeping element (70; 72), which is associated with the at least one cleaning roller, wherein the at least one sweeping element (70; 72) is arranged on the tank device, characterized in that at least a partial region of the tank device on which the at least one sweeping element (70; 72) is arranged is floatingly mounted and is movable relative to the floor head (12; 146) in a cleaning operation.