mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a vehicle tyre, the method comprising at least the following steps: a) providing a vulcanized vehicle tyre, the vehicle tyre being a solid tyre, with a tread comprising an electrically non-conductive rubber compound, which is at least involved in forming a running surface of the tread, and with a radially inner surface, which is provided as a contact surface with respect to a rim, b) removing material from the solid tyre by using a drilling means to create an elongated through-connection from the running surface to the radially inner surface, c) spreading out the elongated through-connection by using a spreading-out means, d) introducing electrically conductive material into the spread-out elongated through-connection from the running surface to the radially inner surface, e) removing the spreading-out means, whereby the electrically conductive material forms an electrically conductive path connecting the running surface to the radially inner surface. a) providing a vulcanized vehicle tyre, the vehicle tyre being a solid tyre, with a tread comprising an electrically non-conductive rubber compound, which is at least involved in forming a running surface of the tread, and with a radially inner surface, which is provided as a contact surface with respect to a rim, b) removing material from the solid tyre by using a drilling means to create an elongated through-connection from the running surface to the radially inner surface, c) spreading out the elongated through-connection by using a spreading-out means, d) introducing electrically conductive material into the spread-out elongated through-connection from the running surface to the radially inner surface, e) removing the spreading-out means, whereby the electrically conductive material forms an electrically conductive path connecting the running surface to the radially inner surface.
A hydrometallurgy process for the recovery of materials from electronic boards comprising at least one leaching step and one fractional precipitation step to be performed on the solution resulting from the leaching step; wherein during said leaching step, the entire electronic board is immersed, for an amount of time ranging from 15 m to 48 h, in a leaching solution comprising HNO 3 at a concentration that is higher than or equal to 20% by weight and with a solid/liquid ratio that is lower than or equal to 1; and the process comprises a vibrating sieving step, in which the HNO 3 solution resulting from the leaching step is caused to flow through at least one first sieve having holes with a size ranging from 10 to 3 mm, in order to recover the unwelded components of different nature, and through at least one second sieve having holes with a size ranging from 0.5 to 0.01 mm, in order to recover metal Au; and a stannic oxide and/or stannic acid separation step, in which the leached resulting from the vibrating sieving step is subject to a physical separation operation for the recovery of stannic oxide and/or stannic acid.
Cooling module for a hydraulic machine, which has a cooling device, at least certain portions of which can be immersed in a housing interior, which can be delimited by a housing and an engine, which can rotate therein, of the hydraulic machine, wherein an inlet of the cooling device is connected to an inlet channel of a housing portion, and an outlet of the cooling device is connected to an outlet channel of the housing portion, characterized in that at least certain portions of the cooling module are additively manufactured and in that the housing portion forms a one-piece cooling module together with the cooling device.
A can body drawn from a tinplate to comprise an end wall and an integral side wall which extends from the periphery of the end wall to a terminal portion defining a mouth of the body, wherein between 75% and 100% of the inside of the end wall is covered with a coating; and the inside of the side wall is applied with an annular ring of coating adjacent to the terminal portion, wherein the coating on the side wall extends up to 20% of the height of the side wall, characterised in that the remaining portion of the inside of the side wall is an exposed tin surface.
A method for receiving a signal from a Base Station, BS, by a User Equipment, UE, in a 3GPP Long Term Evolution, LTE, system supporting Full Duplex Radio, FDR, transmission, the method comprising: receiving, from the BS, reference signal mode information indicating resource elements on which a reference signal is transmitted among available reference signal resource elements allocated to transmit the reference signal; receiving additional resource mode information indicating additional data resource elements for transmitting data among the resource elements indicated by the reference signal mode information; and receiving the reference signal through the resource elements indicated by the reference signal mode information within a subframe and simultaneously transmitting the data through the additional data resource elements indicated by the additional resource mode information. receiving, from the BS, reference signal mode information indicating resource elements on which a reference signal is transmitted among available reference signal resource elements allocated to transmit the reference signal; receiving additional resource mode information indicating additional data resource elements for transmitting data among the resource elements indicated by the reference signal mode information; and receiving the reference signal through the resource elements indicated by the reference signal mode information within a subframe and simultaneously transmitting the data through the additional data resource elements indicated by the additional resource mode information.
A method of computing a time-to-contact TTC of a vehicle with an object, wherein the object includes a light source, the method performable by a camera connectible to a processor, the method comprising: capturing a plurality of images of the object; tracking a spot between said images, wherein said spot includes an image of the light source, thereby producing a tracked spot between the images; and computing the time-to-contact responsive to a change in brightness of the tracked spot. capturing a plurality of images of the object; tracking a spot between said images, wherein said spot includes an image of the light source, thereby producing a tracked spot between the images; and computing the time-to-contact responsive to a change in brightness of the tracked spot.
A method for comparing three-dimensional dental structures, comprising the steps of: - acquiring a target data set (DS-S) representing the shape and optical properties of a natural tooth; - rendering a digital tooth model to generate an actual data set (DS-I) representing the shape and optical properties of the digital tooth model; - determining a first comparison value from the actual data set (DS-I); - determining a second comparison value from the target data set (DS-S); and - determining a deviation (ΔE S, I) based on the first and second comparison values, characterized in that the target data set (DS-S) is scaled such that an overlay with the actual data set (DS-I) in the same coordinate system is achieved or the actual data set (DS-I) is scaled such that an overlay with the target data set (DS-I) in the same coordinate system is achieved and the first and second comparison values are obtained from a region of the coordinate system. - acquiring a target data set (DS-S) representing the shape and optical properties of a natural tooth; - rendering a digital tooth model to generate an actual data set (DS-I) representing the shape and optical properties of the digital tooth model; - determining a first comparison value from the actual data set (DS-I); - determining a second comparison value from the target data set (DS-S); and - determining a deviation (ΔE S, I) based on the first and second comparison values, characterized in that
Process for preparing substituted biphenyls of the formula where X 1 and X 2 are each independently selected from fluorine and chlorine; n is selected from 0 and 1; m is selected from 1, 2 and 3; R 1 is selected from -NHR 2, -NR 3 -CO-R 2 and -N=CR 4 R 5; R 2 - R 5 are each selected from hydrogen, linear or branched C 1-6 -alkyl groups, -CH 2 -CO-CH 3, pyrazolyl groups of the formula (IVa) and pyridyl groups of the formula (IVb) where, in the formulae (IVa) and (IVb), when R 1 is -NR 3 -CO-R 2, the bond marked with # is bonded to the carbonyl group in each case, R 6 and R 7 are each selected from hydrogen, halogen, a linear or branched C 1-6 -alkyl group and a C 1-6 -haloalkyl group having 1 to 6 halogen atoms; by reacting arenes of the formula where R 1, X 1 and n correspond to the above definitions with arenes of the formula where X 2 and m correspond to the above definitions, the reaction being performed in the presence of a transition metal catalyst, of at least one oxidizing agent, up to five additives and in a solvent. X 1 and X 2 are each independently selected from fluorine and chlorine; n is selected from 0 and 1; m is selected from 1, 2 and 3; R 1 is selected from -NHR 2, -NR 3 -CO-R 2 and -N=CR 4 R 5; R 2 - R 5 are each selected from hydrogen, linear or branched C 1-6 -alkyl groups, -CH 2 -CO-CH 3, pyrazolyl groups of the formula (IVa) and pyridyl groups of the formula (IVb)
An electronic device comprising: a housing having a bottom, side walls and a top defining an interior space, the housing having a polygon shape; a solid antenna bracket located within and connected to at least one of the side walls of the housing, the antenna bracket having a top surface, walls and at least one aperture passing through the top surface, the solid antenna bracket having a polygon shape at least one antenna pocket disposed on a wall of the antenna bracket; at least one antenna; the at least one antenna pocket being configured to receive and secure the at least one antenna, the at least one antenna having an antenna wire routed through the at least one aperture. a housing having a bottom, side walls and a top defining an interior space, the housing having a polygon shape; a solid antenna bracket located within and connected to at least one of the side walls of the housing, the antenna bracket having a top surface, walls and at least one aperture passing through the top surface, the solid antenna bracket having a polygon shape at least one antenna pocket disposed on a wall of the antenna bracket; at least one antenna; the at least one antenna pocket being configured to receive and secure the at least one antenna, the at least one antenna having an antenna wire routed through the at least one aperture.
Needle guide comprising attachment means to attach the needle guide to an imaging probe which is provided to form an image of an area, wherein the needle guide comprises a fixed part which, in the mounted condition, is set up in a fixed manner in relation to the imaging probe, and wherein the needle guide comprises a movable part which is at least partially received within and movable at an angle in relation to the fixed part, wherein the movable part comprises one or more needle guide elements (9, 10, 11) to insert a needle in a guiding manner according to the area, characterised in that this needle guide comprises at least one rotation sensor to measure the angular rotation of the movable part in relation to the fixed part and at least one displacement sensor to measure the displacement of the needle, which is inserted movably into the one or more needle guide elements (9, 10, 11), in relation to the one or more needle guide elements (9, 10, 11).
An electrical insulation material having an electrical insulation layer comprising a plurality of apertures formed therein, wherein the apertures have a largest dimension of ten microns or less, and wherein the electrical insulation layer comprises mica.
A biopsy needle assembly configured to collect histological samples via a surgical visualization device, the assembly comprising: an elongate notched needle cannula including a distal notch open to a longitudinal needle cannula lumen extending through the needle cannula; and an elongate sheath; where the sheath comprises a longitudinal sheath lumen through which the notched needle cannula is slidably disposed; where the sheath includes a generally cylindrical body defining the sheath lumen, the body including: a coiled coated-wire tube (174, 176) extending proximally from a distal body end; a sheath overcoating around the coiled coated-wire tube; and where the coiled coated-wire tube and the needle cannula each has a substantially consistent outer diameter along its entire length: characterized in that the sheath overcoating is thicker along a distal sheath length than along a smaller outer diameter proximal sheath length such that the distal sheath length has a larger outer diameter than the outer diameter of the proximal sheath length. an elongate notched needle cannula including a distal notch open to a longitudinal needle cannula lumen extending through the needle cannula; and an elongate sheath; where the sheath comprises a longitudinal sheath lumen through which the notched needle cannula is slidably disposed; where the sheath includes a generally cylindrical body defining the sheath lumen, the body including: a coiled coated-wire tube (174, 176) extending proximally from a distal body end; a sheath overcoating around the coiled coated-wire tube; and a coiled coated-wire tube (174, 176) extending proximally from a distal body end; a sheath overcoating around the coiled coated-wire tube; and where the coiled coated-wire tube and the needle cannula each has a substantially consistent outer diameter along its entire length: characterized in that the sheath overcoating is thicker along a distal sheath length than along a smaller outer diameter proximal sheath length such that the distal sheath length has a larger outer diameter than the outer diameter of the proximal sheath length.
An alloy comprising, by weight percentage: 1% to 4.2% nickel; 0.5% to 2.6% erbium; 0.1% to 1.5% zirconium; 0.05% to 0.3% yttrium; 0.1% to 1.2% ytterbium; no more than 0.5% impurities; and the balance of weight percent consisting of aluminum, wherein the alloy includes L1 2 precipitates having an Al 3 X composition, where X is at least one of: erbium, zirconium, yttrium, and ytterbium. 1% to 4.2% nickel; 0.5% to 2.6% erbium; 0.1% to 1.5% zirconium; 0.05% to 0.3% yttrium; 0.1% to 1.2% ytterbium; no more than 0.5% impurities; and the balance of weight percent consisting of aluminum, wherein the alloy includes L1 2 precipitates having an Al 3 X composition, where X is at least one of: erbium, zirconium, yttrium, and ytterbium.
A method of manufacturing a semiconductor, comprising: rotating a semiconductor wafer; applying a first polishing tool against an edge portion of the semiconductor wafer to polish the edge portion; and applying a second polishing tool against the edge portion of the semiconductor wafer to polish the edge portion, the second polishing tool being located more inwardly than the first polishing tool with respect to a radial direction of the semiconductor wafer, whereby the second polishing tool polishes an inner region of the edge portion lying radially inwardly of the first polishing tool and an outer region polished thereby, wherein the first polishing tool has a polishing surface more abrasive than a polishing surface of the second polishing tool, and after a predetermined time has elapsed from a time when the first polishing tool is brought into contact with the edge portion of the rotating semiconductor wafer to start polishing of the outer region of the edge portion, the second polishing tool is brought into contact with the inner region of the edge portion of the rotating semiconductor wafer W to start polishing of the inner region of the edge portion, thereby simultaneously polishing the outer region and the inner region of the edge portion. rotating a semiconductor wafer; applying a first polishing tool against an edge portion of the semiconductor wafer to polish the edge portion; and applying a second polishing tool against the edge portion of the semiconductor wafer to polish the edge portion, the second polishing tool being located more inwardly than the first polishing tool with respect to a radial direction of the semiconductor wafer, whereby the second polishing tool polishes an inner region of the edge portion lying radially inwardly of the first polishing tool and an outer region polished thereby, wherein the first polishing tool has a polishing surface more abrasive than a polishing surface of the second polishing tool, and after a predetermined time has elapsed from a time when the first polishing tool is brought into contact with the edge portion of the rotating semiconductor wafer to start polishing of the outer region of the edge portion, the second polishing tool is brought into contact with the inner region of the edge portion of the rotating semiconductor wafer W to start polishing of the inner region of the edge portion, thereby simultaneously polishing the outer region and the inner region of the edge portion.
A connector comprising: an electric wire with a conductor portion exposed at a tip thereof, a terminal fitting having a terminal connection portion to be connected to a mating terminal and a conductor connection portion in which a tubular portion is formed into which the conductor portion can be inserted, by projecting extension portions (322 - 324); and a housing including a first portion, and a second portion accommodating the terminal fitting, characterized in that the tubular portion is formed including a gutter-like portion seen from an axial direction of the electric wire, and the extension portions (322 - 324) projecting from both end edges of the gutter-like portion while being arranged along the axial direction of the electric wire, and intersecting each other seen from the axial direction of the electric wire, and the second portion includes an insertion portion that is configured to be inserted between the extension portions intersecting each other, reduce a diameter of the tubular portion, and tighten the conductor portion when the first portion is assembled to the second portion. an electric wire with a conductor portion exposed at a tip thereof, a terminal fitting having a terminal connection portion to be connected to a mating terminal and a conductor connection portion in which a tubular portion is formed into which the conductor portion can be inserted, by projecting extension portions (322 - 324); and a housing including a first portion, and a second portion accommodating the terminal fitting, characterized in that the tubular portion is formed including a gutter-like portion seen from an axial direction of the electric wire, and the extension portions (322 - 324) projecting from both end edges of the gutter-like portion while being arranged along the axial direction of the electric wire, and intersecting each other seen from the axial direction of the electric wire, and the second portion includes an insertion portion that is configured to be inserted between the extension portions intersecting each other, reduce a diameter of the tubular portion, and tighten the conductor portion when the first portion is assembled to the second portion.
A refrigerator, which comprises: a storage compartment; an air channel assembly extending along an inner wall of the storage compartment, wherein the air channel assembly comprises a first wall facing a storage space and a second wall opposite to the first wall, there is an interval between the first wall and the second wall to form an air channel, and the first wall comprises at least one air vent (34a-34d) in fluid communication with the storage space and the air channel; and an illumination unit, disposed on the second wall, and configured to emit light toward the first wall to illuminate the air vent (34a-d) and the air channel, characterized in that the projections of the illumination unit and the air vent on the second wall do not overlap, wherein the position of the illumination unit ensures that light being at least reflected/diffusely reflected twice enters the air vent to allow the air vent to be illuminated softly, such that a possibility that the illumination unit is visible through the air vent is effectively reduced. a storage compartment; an air channel assembly extending along an inner wall of the storage compartment, wherein the air channel assembly comprises a first wall facing a storage space and a second wall opposite to the first wall, there is an interval between the first wall and the second wall to form an air channel, and the first wall comprises at least one air vent (34a-34d) in fluid communication with the storage space and the air channel; and an illumination unit, disposed on the second wall, and configured to emit light toward the first wall to illuminate the air vent (34a-d) and the air channel, characterized in that the projections of the illumination unit and the air vent on the second wall do not overlap, wherein the position of the illumination unit ensures that light being at least reflected/diffusely reflected twice enters the air vent to allow the air vent to be illuminated softly, such that a possibility that the illumination unit is visible through the air vent is effectively reduced.
Electrical installation device comprising a device cap which can be fastened in an installation housing which, on the front side, has a switching element and a light source, and comprising a front element which is fastened on the front side and has an insert with a card slot, wherein a card operates the switching element during an insertion process into the card slot, and at least one lighting element is arranged on the card slot, and the light which is emitted by the light source can be emitted through the lighting element on the user side, characterized in that the lighting element marks and illuminates the card slot.
A compound which is a histamine 4 receptor antagonist, partial agonist or inverse agonist, for use in the treatment of chronic intermediate uveitis, chronic panuveitis, chronic posterior uveitis or chronic anterior uveitis.
Binder composition comprising an organic polyisocyanate, an isocyanate-reactive compound which comprises an aromatic polyester polyol and an alkali metal salt of a carboxylic acid as isocyanate-trimerisation promoting catalyst.
A coating/sealant system comprising: (a) a coating comprising a reaction product formed from reactants comprising: (i) a phosphated epoxy resin; and (ii) a curing agent; and (b) a sealant deposited over at least a portion of the coating, wherein the sealant is deposited from a composition comprising a sulfur-containing polymer comprising a thiol-functional polysulfide. (a) a coating comprising a reaction product formed from reactants comprising: (i) a phosphated epoxy resin; and (ii) a curing agent; and (i) a phosphated epoxy resin; and (ii) a curing agent; and (b) a sealant deposited over at least a portion of the coating, wherein the sealant is deposited from a composition comprising a sulfur-containing polymer comprising a thiol-functional polysulfide.