mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a powder of an oxide of at least one metal, each metal having an oxidation number between and, which process comprises successively and in this order: (a) reacting, with a compound comprising a hydroxide, an aqueous solution comprising, for each metal, at least one salt of the cation of said metal, leading to a precipitate of the hydrated oxide of said at least one metal, (b) separating the precipitate obtained, (c) contacting the separated precipitate with an organic protic polar solvent, (d) removing the organic protic polar solvent by vacuum drying the precipitate, leading to the powder of the hydrated oxide of said at least one metal, said powder being formed of particles the average diameter of which is equal to or lower than 1 μm, advantageously equal to or lower than 100 nm and, preferably, equal to or lower than 10 nm and, optionnally, having a specific surface area, measured according to the BET method, equal to or higher than 30 m 2 /g, advantageously equal to or higher than 80 m 2 /g and, preferably, equal to or higher than 100 m 2 /g. (a) reacting, with a compound comprising a hydroxide, an aqueous solution comprising, for each metal, at least one salt of the cation of said metal, leading to a precipitate of the hydrated oxide of said at least one metal, (b) separating the precipitate obtained, (c) contacting the separated precipitate with an organic protic polar solvent, (d) removing the organic protic polar solvent by vacuum drying the precipitate, leading to the powder of the hydrated oxide of said at least one metal,
A method of generating a multimedia user interface, comprising: playing background music with an electronic device; ascertaining a parameter associated with the music; characterized by adapting visual content of a graphical user interface through which a user commands performance of an electronic device function other than the playing of the background music and that is displayed on a display of the electronic device in conformance with the parameter of the music by applying a visual effect to the graphical user interface, the visual effect having an association with the parameter, to generate visual feedback to a user that supplements the played background music. playing background music with an electronic device; ascertaining a parameter associated with the music; characterized by adapting visual content of a graphical user interface through which a user commands performance of an electronic device function other than the playing of the background music and that is displayed on a display of the electronic device in conformance with the parameter of the music by applying a visual effect to the graphical user interface, the visual effect having an association with the parameter, to generate visual feedback to a user that supplements the played background music.
A screw comprising: a screw head and a screw shaft which protrudes from an underside of the screw head and has a self-forming or self-tapping thread, wherein the underside of the screw head has a bearing area and at least one annular recess extending around the shaft between the bearing area and the shaft, wherein a coating made of a non-reactive, elastic and super-tough sealant is attached to the underside of the screw head.
A system for providing power over a communication cable having at least two pairs of wires comprising: a power supply device (106, 208) suitable for supplying power over the communication cable to a powered device, and power distribution circuitry (102, 104, 206) suitable for controlling power distribution between the wires of the communication cable to provide balance of power between the pairs of wires, characterized in that the power distribution circuitry (102, 104, 206) is for controlling voltages applied to the pairs of wires so as to control current distribution between the pairs of wires of the communication cable. a power supply device (106, 208) suitable for supplying power over the communication cable to a powered device, and power distribution circuitry (102, 104, 206) suitable for controlling power distribution between the wires of the communication cable to provide balance of power between the pairs of wires,
A compound of formula (2S,4R)-4-[4-(5-Methyl-tetrazol-2-yl)-2-trifluoromethyl-benzenesulfonyl]-1-(1-trifluoromethyl-cyclopropanecarbonyl)-pyrrolidine-2-carboxylic acid (1-cyano-cyclopropyl)-amide or a pharmaceutically acceptable salt or ester thereof.
A tamper-evident closure comprising a one-piece body and a separate plug member, the body having a sidewall including screw thread formations for screwing the closure onto a screw threaded container neck and the plug member being locatable on the neck to seal it, the closure comprising a tamper-evident member, characterised in that the plug member comprises a sidewall closed at one end by a top cover, in that the tamper-evident member comprises two parts (6, 7) frangibly connected together, one of the tamper-evident member parts is retained by the body and the other part is retained by the plug member, in use when the body is unscrewed for the first time the body moves axially with respect to the plug member to cause the tamper-evident parts (6, 7) to be separated.
Heel unit for a sliding plate binding, wherein the heel unit is to be mounted on a sliding plate surface which defines a sliding plate plane, comprising: a binding body, two coupling pins arranged side by side on the binding body for engaging in recesses of a heel section of a sliding board shoe, to fix the sliding board shoe to the heel unit, wherein the coupling pins in a descent position of the heel unit project in a sliding board longitudinal direction (x) from the binding body and at least one of the coupling pins is movable relative to the other coupling pin between a departure position and a My-release position or entry position, and a reinforcement element in the form of a reinforcement plate, which is arranged on the binding body and extends in a plane orthogonal to the sliding board plane, wherein the reinforcement element is configured to form at least one contact section for contact with at least one of the coupling pins under a load acting on the coupling pins, characterised in that the binding body and the reinforcing element are connected to each other by means of a connecting arrangement (27, 29, 36, 37, 39, 46), wherein the connecting arrangement comprises a form-fitting connection (27, 29, 37, 39). a binding body, two coupling pins arranged side by side on the binding body for engaging in recesses of a heel section of a sliding board shoe, to fix the sliding board shoe to the heel unit, wherein the coupling pins in a descent position of the heel unit project in a sliding board longitudinal direction (x) from the binding body and at least one of the coupling pins is movable relative to the other coupling pin between a departure position and a My-release position or entry position, and a reinforcement element in the form of a reinforcement plate, which is arranged on the binding body and extends in a plane orthogonal to the sliding board plane, wherein the reinforcement element is configured to form at least one contact section for contact with at least one of the coupling pins under a load acting on the coupling pins, characterised in that the binding body and the reinforcing element are connected to each other by means of a connecting arrangement (27, 29, 36, 37, 39, 46), wherein the connecting arrangement comprises a form-fitting connection (27, 29, 37, 39).
Material measure, for inductive position measurement along a measurement direction X, comprising - a carrier profile composed of electrically conductive material and having two side walls (3, 103, 103.1, 4, 104, 104.1), which are spaced apart from one another, run in parallel with the measurement direction X, are connected to one another and enclose an intermediate space; - a sequence of first graduation elements (6, 106, 106.1) composed of electrically conductive material, which sequence is arranged on the carrier profile and, in the intermediate space, faces one of the two side walls (3, 103, 103.1) and is arranged spaced apart therefrom and runs in parallel with the measurement direction X; - a sequence of second graduation elements (7, 107, 107.1) composed of electrically conductive material, which sequence is arranged on the carrier profile and, in the intermediate space, faces the other of the two side walls (4, 104, 104.1) and is spaced apart therefrom and runs in parallel with the measurement direction X, wherein the sequence of first graduation elements (6, 106, 106.1) and the sequence of second graduation elements (7, 107, 107.1) form a gap for a scanning unit for the inductive scanning of the first graduation elements (6, 106, 106.1) together with the second graduation elements (7, 107, 107.1). - a carrier profile composed of electrically conductive material and having two side walls (3, 103, 103.1, 4, 104, 104.1), which are spaced apart from one another, run in parallel with the measurement direction X, are connected to one another and enclose an intermediate space; - a sequence of first graduation elements (6, 106, 106.1) composed of electrically conductive material, which sequence is arranged on the carrier profile and, in the intermediate space, faces one of the two side walls (3, 103, 103.1) and is arranged spaced apart therefrom and runs in parallel with the measurement direction X; - a sequence of second graduation elements (7, 107, 107.1) composed of electrically conductive material, which sequence is arranged on the carrier profile and, in the intermediate space, faces the other of the two side walls (4, 104, 104.1) and is spaced apart therefrom and runs in parallel with the measurement direction X, wherein
A process for the preparation of hexahydrofuro[2,3-b]furan-3-ol of formula I, comprising the steps of: a. reacting a compound of formula VII with a compound of formula R 2 -OH in the presence of a haloginating agent to obtain a compound of formula VI; b. treating the compound of formula VI with a dehaloginating agent to obtain a compound of formula V; c. reducing the compound of formula V, followed by cyclization to obtain hexahydrofuro [2,3-b]furan-3-ol of formula IV; and d. separating enantiomers and diastereomers of the compound of formula IV to obtain the compound of formula I. a. reacting a compound of formula VII with a compound of formula R 2 -OH in the presence of a haloginating agent to obtain a compound of formula VI; b. treating the compound of formula VI with a dehaloginating agent to obtain a compound of formula V; c. reducing the compound of formula V, followed by cyclization to obtain hexahydrofuro [2,3-b]furan-3-ol of formula IV; and d. separating enantiomers and diastereomers of the compound of formula IV to obtain the compound of formula I.
A downhole apparatus for engaging in a downhole tubular, the apparatus comprising: at least one slip (110, 120) disposed on the apparatus and being movable relative to the apparatus; and at least one insert disposed on the at least one slip (110, 120) and adapted to engage the downhole tubular, the at least one insert being at least composed of first and second materials (140, 142, 144, 145a-b, 146, 148), the first and second materials being different from one another and being geometrically separate from one another. at least one slip (110, 120) disposed on the apparatus and being movable relative to the apparatus; and at least one insert disposed on the at least one slip (110, 120) and adapted to engage the downhole tubular, the at least one insert being at least composed of first and second materials (140, 142, 144, 145a-b, 146, 148), the first and second materials being different from one another and being geometrically separate from one another.
A hybrid additive manufacturing system, comprising: an arc welding tool configured to receive a wire electrode and to apply a plurality of droplets of the wire electrode to a part comprising a plurality of layers, each layer comprising one or more droplets to build up the part; a laser system comprising means to: generate a laser beam; the system being further characterised by: the laser system comprising: means to control a lens to focus the laser beam on a focal point over a substrate during a hybrid additive manufacturing operation or welding operation to stabilize an arc from the arc welding tool at the weld puddle; and by: a controller (22, 32, 72) configured to: regulate power to at least one of the arc welding tool or the laser system; and command an adjustment of one of a position or orientation of one or more of the laser system or the arc welding tool to maintain a threshold distance between the focal point and the wire electrode at the weld puddle, or to move the laser beam at an oscillation frequency such that the distance between the focal point and the wire electrode at the weld puddle oscillates. an arc welding tool configured to receive a wire electrode and to apply a plurality of droplets of the wire electrode to a part comprising a plurality of layers, each layer comprising one or more droplets to build up the part; a laser system comprising means to: generate a laser beam; the system being further characterised by: the laser system comprising: means to control a lens to focus the laser beam on a focal point over a substrate during a hybrid additive manufacturing operation or welding operation to stabilize an arc from the arc welding tool at the weld puddle; and by: a controller (22, 32, 72) configured to: regulate power to at least one of the arc welding tool or the laser system; and command an adjustment of one of a position or orientation of one or more of the laser system or the arc welding tool to maintain a threshold distance between the focal point and the wire electrode at the weld puddle, or to move the laser beam at an oscillation frequency such that the distance between the focal point and the wire electrode at the weld puddle oscillates.
An electrically conductive paste comprising: a flake-like silver powder A having a particle size in the range of 1 μm or more and 15 μm or less and having a median diameter D50 of 2 μm or more and 5 μm or less; a spherical silver powder D having a bimodal particle size distribution with a peak having a particle size in the range of 200 nm or more and 800 nm or less and having a median diameter D50 of 300 nm or more and 600 nm or less, and a peak having a particle size in the range of 1 μm or more and 15 μm or less and having a median diameter D50 of 1.5 μm or more and 4 μm or less; a silver powder C having a particle size in the range of 10 nm or more and 190 nm or less and having a median diameter D50 of 50 nm or more and 150 nm or less; and a solvent, wherein the content of the silver powder C is more than 5.0 parts by mass and less than 90.0 parts by mass based on 100 parts by mass in total of the flake-like silver powder A, the spherical silver powder D, and the silver powder C; and wherein the particle size range and median diameter D50 of each silver powder is measured by a laser diffraction method. a flake-like silver powder A having a particle size in the range of 1 μm or more and 15 μm or less and having a median diameter D50 of 2 μm or more and 5 μm or less; a spherical silver powder D having a bimodal particle size distribution with a peak having a particle size in the range of 200 nm or more and 800 nm or less and having a median diameter D50 of 300 nm or more and 600 nm or less, and a peak having a particle size in the range of 1 μm or more and 15 μm or less and having a median diameter D50 of 1.5 μm or more and 4 μm or less; a silver powder C having a particle size in the range of 10 nm or more and 190 nm or less and having a median diameter D50 of 50 nm or more and 150 nm or less; and a solvent, wherein the content of the silver powder C is more than 5.0 parts by mass and less than 90.0 parts by mass based on 100 parts by mass in total of the flake-like silver powder A, the spherical silver powder D, and the silver powder C; and wherein the particle size range and median diameter D50 of each silver powder is measured by a laser diffraction method.
A microreactor, comprising: a plurality of flow paths for a plurality of raw materials with different flow rates to flow therethrough respectively, wherein the flow paths are branched and merge such that a flow path for a high-flow-rate raw material is branched into a plurality of paths and then merges to a flow path for a low-flow-rate raw material, characterized in that, a first flow path for the high-flow-rate raw material among the plurality of the branched flow paths for the-high-flow rate raw material is merged with the flow path for the low-flow-rate raw material at a first merging point, wherein remaining flow paths for the high-flow-rate raw material among the plurality of the branched flow paths for the high-flow-rate raw material are merged stepwise with a flow path after the first merging point, wherein the flow paths are formed such that the high-flow-rate raw material alternately merges with the low-flow-rate raw material from different directions, wherein the microreactor is configured by two plates, the flow paths are formed on each of the plates, and the flow paths are formed such that the high-flow-rate raw material alternately merges with the low-flow-rate raw material from directions of each of the two plates. a plurality of flow paths for a plurality of raw materials with different flow rates to flow therethrough respectively, wherein the flow paths are branched and merge such that a flow path for a high-flow-rate raw material is branched into a plurality of paths and then merges to a flow path for a low-flow-rate raw material, characterized in that, a first flow path for the high-flow-rate raw material among the plurality of the branched flow paths for the-high-flow rate raw material is merged with the flow path for the low-flow-rate raw material at a first merging point, wherein remaining flow paths for the high-flow-rate raw material among the plurality of the branched flow paths for the high-flow-rate raw material are merged stepwise with a flow path after the first merging point, wherein the flow paths are formed such that the high-flow-rate raw material alternately merges with the low-flow-rate raw material from different directions, wherein the microreactor is configured by two plates, the flow paths are formed on each of the plates, and the flow paths are formed such that the high-flow-rate raw material alternately merges with the low-flow-rate raw material from directions of each of the two plates.
A computer-implemented for rendering a scene using a device including an indirect buffer and a shadow indirect buffer, wherein the instructions stored in the indirect buffer include instructions for rendering primitives associated with a bin of a plurality of bins and further include one or more secondary operations and the instructions stored in the indirect shadow buffer include the one or more secondary operations, the method comprising: determining, based on a visibility stream, whether to execute instructions stored in the indirect buffer or in the shadow indirect buffer wherein the visibility stream indicates if the bin is associated with at least one primitive that will be visible in a finally rendered scene; responsive to determining, based on the visibility stream, that the bin is not associated with at least one primitive that will be visible in a finally rendered scene, storing one or more secondary operations in the shadow indirect buffer and executing said operations; and responsive to determining, based on the visibility stream, that the bin is associated with at least one primitive that will be visible in a finally rendered scene to execute the instructions stored in the indirect buffer, including executing the instructions stored in the indirect buffer for rending the primitives associated with the bin of the plurality of bins and executing the one or more secondary operations stored in the indirect buffer. determining, based on a visibility stream, whether to execute instructions stored in the indirect buffer or in the shadow indirect buffer wherein the visibility stream indicates if the bin is associated with at least one primitive that will be visible in a finally rendered scene; responsive to determining, based on the visibility stream, that the bin is not associated with at least one primitive that will be visible in a finally rendered scene, storing one or more secondary operations in the shadow indirect buffer and executing said operations; and responsive to determining, based on the visibility stream, that the bin is associated with at least one primitive that will be visible in a finally rendered scene to execute the instructions stored in the indirect buffer, including executing the instructions stored in the indirect buffer for rending the primitives associated with the bin of the plurality of bins and executing the one or more secondary operations stored in the indirect buffer.
A light, comprising a base unit with a base housing, as well as a light means unit with a light means carrier and with a light means, wherein the light means unit can be assembled on the base unit and the base unit carries the light means unit in an assembled condition of the light, wherein the base unit comprises a first contacting unit and the light means unit comprises a second contacting unit, and in the assembled condition, the first contacting unit and the second contacting unit form two or more electrical connections between the base unit and the light means unit, and wherein the first contacting unit is fixedly assembled on the base unit and the second contacting unit is fixedly assembled on the light means unit, characterised in that as a touch protection, in each case an insulating contact protection is arranged around a contact region of a spring contact of a contacting unit in the form of a plug, and wherein a contacting unit in the form of a socket comprises contact tabs for contacting spring contacts of the plug, and separating walls are arranged between the contact tabs in each case, wherein in the joined-together condition of the two contacting units (23, 33), the spring contacts of the plug, each with a contact protection lying around it, reach into recesses between separating walls of the socket, wherein an outer width d a of a contact protection to a spring contact is less than an inner width d i of a recess between two separating walls and by way of this it is possible to twist the two contacting units (23, 33) relative to each other and thus compensate inaccuracies of the relative rotation position.