mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting leakages in pipe installations with one supply and one return pipe by means of a leakage control system, which comprises one shut-off valve with an associated actuator and an ultrasound flow meter arranged in the supply pipe of the pipe installation, and a shut-off valve with an associated actuator and an ultrasound flow meter arranged in the return pipe of the pipe installation, said shut-off valves (2, 5), actuators and ultrasound flow meters (3, 6) being connected with a control box, said control box being adapted to execute the method when running through a periodic course comprising a measurement and activity period followed by an inactive period, wherein the measurement and activity period comprises: - collection of volume or mass flow data from the supply pipe and the return pipe with the associated ultrasound flow meters (3, 6), - recording of the presence of air in the supply pipe and the return pipe, - processing of the collected volume or mass flow data in a computing unit, - recording of operational disturbances on the basis of the processed volume or mass flow data, and - decision on intervention on the basis of the number of recorded operational disturbances, if the number of operational disturbances exceeds a dynamic error criterion, said error criterion being corrected currently in accordance with the presence of air, if any, in the installation; characterized in that the measurement and activity period is divided into a number of short time intervals, and wherein the presence of air in the supply pipe and the return pipe is checked in each time interval in the entire measurement and activity period by comparing the volume or mass flow values in each pipe with each other, and if a volume or mass flow value is zero in one pipe, and a volume or mass flow value greater than the cut-off value of the ultrasound flow meter is measured in the other pipe, this is recorded as an indication of the presence of air. - collection of volume or mass flow data from the supply pipe and the return pipe with the associated ultrasound flow meters (3, 6), - recording of the presence of air in the supply pipe and the return pipe, - processing of the collected volume or mass flow data in a computing unit, - recording of operational disturbances on the basis of the processed volume or mass flow data, and - decision on intervention on the basis of the number of recorded operational disturbances, if the number of operational disturbances exceeds a dynamic error criterion, said error criterion being corrected currently in accordance with the presence of air, if any, in the installation;
An apparatus, comprising: an image capture device configured to record plural images comprising facial features of a subject; memory comprising instructions; and a processor configured to execute the instructions to: receive data corresponding to the recorded plural images; determine from the data changes in the facial features, wherein said facial features are selected from the group of facial features comprising skin tone and/or symmetry; and predict a fertility window based on the determination, the fertility window comprising a period of time of increased fecundability for the subject. an image capture device configured to record plural images comprising facial features of a subject; memory comprising instructions; and a processor configured to execute the instructions to: receive data corresponding to the recorded plural images; determine from the data changes in the facial features, wherein said facial features are selected from the group of facial features comprising skin tone and/or symmetry; and predict a fertility window based on the determination, the fertility window comprising a period of time of increased fecundability for the subject. receive data corresponding to the recorded plural images; determine from the data changes in the facial features, wherein said facial features are selected from the group of facial features comprising skin tone and/or symmetry; and predict a fertility window based on the determination, the fertility window comprising a period of time of increased fecundability for the subject.
Device with at least one illuminatable region and a control device, comprising a panel, a circuitboard, at least one lighting means and at least one reflector element, wherein - the panel has at least one illuminatable region, - the circuitboard has at least one lighting means, which is arranged adjacent to an opening in the circuitboard, - the panel is so arranged with respect to the circuitboard that the at least one illuminatable region is arranged over an opening in the circuitboard, - the at least one lighting means is arranged at the circuitboard at the side remote from the panel, - a reflector element is arranged in such a way that the light, which is output by the at least one lighting means, is reflected towards the opening and the illuminatable region lying thereover, - the control device comprises at least one sensor element integrated in the circuitboard, - the device comprises a reflector plate with a plurality of reflector elements, which are formed by recesses in the reflector plate, and - the shape and size of at least two reflector elements differ. - the panel has at least one illuminatable region, - the circuitboard has at least one lighting means, which is arranged adjacent to an opening in the circuitboard, - the panel is so arranged with respect to the circuitboard that the at least one illuminatable region is arranged over an opening in the circuitboard, - the at least one lighting means is arranged at the circuitboard at the side remote from the panel, - a reflector element is arranged in such a way that the light, which is output by the at least one lighting means, is reflected towards the opening and the illuminatable region lying thereover, - the control device comprises at least one sensor element integrated in the circuitboard, - the device comprises a reflector plate with a plurality of reflector elements, which are formed by recesses in the reflector plate, and - the shape and size of at least two reflector elements differ.
Two-component pasty PMMA bone cement comprising a pasty component A, containing AI. at least one methacrylate monomer for radical polymerisation that can be distilled; AII. at least one poly-methylmethacrylate-co-polymer that is soluble in AI; AIII. at least one particulate cross-linked poly-methylmethacrylate or cross-linked poly-methylmethacrylate-co-methylacrylate that is not soluble in AI and has a particle size of at most 500 μm; and AIV. at least one radical initiator and a pasty component B, containing BI. at least one methacrylate monomer for radical polymerisation that can be distilled; BII. at least one poly-methylmethacrylate-co-polymer that is soluble in BI; BIII. at least one particulate cross-linked poly-methylmethacrylate or cross-linked poly-methylmethacrylate-co-methylacrylate that is not soluble in BI and has a particle size of less than 500 μm; BIV. and at least one accelerator. AI. at least one methacrylate monomer for radical polymerisation that can be distilled; AII. at least one poly-methylmethacrylate-co-polymer that is soluble in AI; AIII. at least one particulate cross-linked poly-methylmethacrylate or cross-linked poly-methylmethacrylate-co-methylacrylate that is not soluble in AI and has a particle size of at most 500 μm; and AIV. at least one radical initiator and a pasty component B, containing BI. at least one methacrylate monomer for radical polymerisation that can be distilled; BII. at least one poly-methylmethacrylate-co-polymer that is soluble in BI; BIII. at least one particulate cross-linked poly-methylmethacrylate or cross-linked poly-methylmethacrylate-co-methylacrylate that is not soluble in BI and has a particle size of less than 500 μm; BIV. and at least one accelerator.
A method for preparing a composite part for assembly, the method comprising: - placing a preform (189, 189-1) with a manufacturing excess (122, 122-9) upon a mandrel (110, 110-1); - hardening the preform (189, 189-1) into composite part (120, 120-1) with a hardened manufacturing excess (122, 122-9) while still upon mandrel (110, 110-1); and - operating a mandrel work station (130 through 130-8) to install an indexing feature (126, B126) into the manufacturing excess (122, 122-9) of the composite part (120, 120-1) pre-hardening and/or post hardening prior to demolding the composite part (120, 120-1) from mandrel (110, 110-1). - placing a preform (189, 189-1) with a manufacturing excess (122, 122-9) upon a mandrel (110, 110-1); - hardening the preform (189, 189-1) into composite part (120, 120-1) with a hardened manufacturing excess (122, 122-9) while still upon mandrel (110, 110-1); and - operating a mandrel work station (130 through 130-8) to install an indexing feature (126, B126) into the manufacturing excess (122, 122-9) of the composite part (120, 120-1) pre-hardening and/or post hardening prior to demolding the composite part (120, 120-1) from mandrel (110, 110-1).
A cascading microwave directional amplifier (cascade) comprising: a set of multi-path interferometric Josephson directional amplifiers (302 1,..., 302 N) based on non degenerate three-wave-mixing Josephson parametric devices (MPIJDA), each Josephson amplifier device (302 1,...,302 N) in the set having a corresponding operating bandwidth (BW 1,..., BW N) of microwave frequencies, wherein different operating bandwidths (BW 1,..., BW N) have different corresponding center frequencies (f 1,..., f N); and a series coupling between first Josephson amplifier device (302 1) from the set and an n th Josephson amplifier device (302 N) from the set, wherein the series coupling causes the first Josephson amplifier device (302 1) to amplify a signal of a first frequency (f 1) from a frequency multiplexed microwave signal (multiplexed signal) and propagate without amplification a signal of an n th frequency (f N) from the multiplexed signal in a first signal flow direction through the series coupling, and the n th Josephson amplifier device (302 N) to amplify the signal of the n th frequency (f N) and propagate without amplification the signal of the first frequency (f 1) from the multiplexed signal in the first signal flow direction through the series. a set of multi-path interferometric Josephson directional amplifiers (302 1,..., 302 N) based on non degenerate three-wave-mixing Josephson parametric devices (MPIJDA), each Josephson amplifier device (302 1,...,302 N) in the set having a corresponding operating bandwidth (BW 1,..., BW N) of microwave frequencies, wherein different operating bandwidths (BW 1,..., BW N) have different corresponding center frequencies (f 1,..., f N); and a series coupling between first Josephson amplifier device (302 1) from the set and an n th Josephson amplifier device (302 N) from the set, wherein the series coupling causes the first Josephson amplifier device (302 1) to amplify a signal of a first frequency (f 1) from a frequency multiplexed microwave signal (multiplexed signal) and propagate without amplification a signal of an n th frequency (f N) from the multiplexed signal in a first signal flow direction through the series coupling, and the n th Josephson amplifier device (302 N) to amplify the signal of the n th frequency (f N) and propagate without amplification the signal of the first frequency (f 1) from the multiplexed signal in the first signal flow direction through the series. the first Josephson amplifier device (302 1) to amplify a signal of a first frequency (f 1) from a frequency multiplexed microwave signal (multiplexed signal) and propagate without amplification a signal of an n th frequency (f N) from the multiplexed signal in a first signal flow direction through the series coupling, and the n th Josephson amplifier device (302 N) to amplify the signal of the n th frequency (f N) and propagate without amplification the signal of the first frequency (f 1) from the multiplexed signal in the first signal flow direction through the series.
A wireless transmit receive unit, WTRU, comprising: a processor configured to: receive downlink control information, DCI; detect, in the DCI, an indication of a resource grant associated with an uplink channel of a secondary component carrier, SCC; receive a physical downlink control channel, PDCCH, transmission associated with the SCC; detect, in the PDCCH transmission associated with the SCC, an indication of a grant confirmation that confirms the resource grant associated with the uplink channel of the SCC; and in response to the detection, in the PDCCH transmission associated with the SCC, of the indication of the grant confirmation that confirms the resource grant associated with the uplink channel of the SCC, perform an uplink transmission using resources allocated in the resource grant associated with the uplink channel of the SCC. receive downlink control information, DCI; detect, in the DCI, an indication of a resource grant associated with an uplink channel of a secondary component carrier, SCC; receive a physical downlink control channel, PDCCH, transmission associated with the SCC; detect, in the PDCCH transmission associated with the SCC, an indication of a grant confirmation that confirms the resource grant associated with the uplink channel of the SCC; and in response to the detection, in the PDCCH transmission associated with the SCC, of the indication of the grant confirmation that confirms the resource grant associated with the uplink channel of the SCC, perform an uplink transmission using resources allocated in the resource grant associated with the uplink channel of the SCC.
A composition comprising at least a component of an essential oil comprising at least geraniol as active ingredient, the composition comprising at least a dry extract of ginger root equal to or greater than 9% in dry weight, the component being adsorbed in the dry extract which defines a carrier for the component, the composition resulting in an oily powder which releases the active ingredient in the large intestine for use in the treatment of irritable bowel syndrome, preferably at a therapeutic dose of geraniol equal to or greater than 50 mg/day.
Placing apparatus for placing valve bags, in particular for placing valve bags onto a filling spout of a packaging machine, having at least one gripping device for gripping a bag and for transferring it to at least one placing device in an at least partially hanging position for placement, characterized in that at least one straightening device is provided which comprises at least one blowing device which blowing device is designed to emit an air blast that is at least partially directed upwardly to ensure a defined, spatially upwardly straightening of the bag to be placed.
A gear wheel for a hydraulic apparatus, comprising a plurality of teeth and arranged to be rotatable about an axis of rotation (H-H), said teeth having a sectional profile and being adapted to mesh with respective teeth of another gear wheel during a rotational motion about the axis of rotation (H-H), wherein at least one tooth is shaped so as to have at least one cutting edge configured to remove material from a body which is contacted by said cutting edge during the rotation of said gear wheel, characterized in that said cutting edge is defined by at least one groove which is lowered, with respect to a starting rounded profile (P') without the groove, by an amount from 0.2% to 5% of the height (H') of said tooth, said groove decreasing away from the cutting edge along the profile wherein the groove forms a projection which comprises the cutting edge and which protrudes with respect to the rounded profile of the tooth by an amount from 0.01 mm to 1 mm, and wherein the projection has a width from 0.01 to 1 mm, the width being intended as a transverse dimension to the length of the tooth.
A method of metallizing a polymer substrate comprising the steps of: a) surface treating the polymer substrate with a plasma or corona discharge surface treatment; b) conditioning and etching the polymer substrate with an etching solution comprising a hydroxide and ionic palladium; c) activating the polymer substrate with ionic palladium; d) reducing the palladium on the polymer substrate; e) plating an electroless nickel layer onto the prepared polymer substrate; and f) plating an electroless copper layer over the electroless nickel layer. a) surface treating the polymer substrate with a plasma or corona discharge surface treatment; b) conditioning and etching the polymer substrate with an etching solution comprising a hydroxide and ionic palladium; c) activating the polymer substrate with ionic palladium; d) reducing the palladium on the polymer substrate; e) plating an electroless nickel layer onto the prepared polymer substrate; and f) plating an electroless copper layer over the electroless nickel layer.
Tweezers for removing ticks from the skin including an outer sleeve, in which pincers are slidably mounted, which include two pincer halves which are elastically spread apart from one another and which are integrally constructed with a rod-shaped gripping section, the end section of which projects out of the sleeve, wherein the pincer halves have end sections extending towards one another for gripping a tick and the end sections project forwardly out of the sleeve, in an initial position of the pincers, with a spacing from one another, wherein the end sections are forced together on pressing of the sleeve against the skin through the front edge of the sleeve in order to be able to grip the tick, characterised in that when the pincers are retracted into the sleeve they are locked by a locking device, which may be released only by pressing a resilient tongue cut free from the wall of the sleeve inwardly, that the locking device includes a resilient web cut free from the gripping section of the pincers, which has a locking lug at its free end, which, in the relaxed state of the web, projects outwardly beyond the outer contour of the gripping section and, radially inwards, has a free space at least as broad as the locking lug and that the sleeve has a recess before its cut free tongue in the axial direction, into which the locking lug can engage.
A method for making the heat exchanger of a thermal absorption machine comprising the steps of: - preparing an electrospinning system comprising a spinneret and a collector; - installing at least one component of a heat exchanger of a thermal absorption machine, made at least partly of metal material, at the collector of the electrospinning system; - initialising at least one parameter of the electrospinning system; - placing a layer of an absorbing material on said component of the heat exchanger by electrospinning; - subjecting the component of the heat exchanger to a curing process after the step of placing a layer of absorbing material on the collecting surface; characterized in that said curing process is performed at a temperature of between 70-90°C for 7-9 hours. - preparing an electrospinning system comprising a spinneret and a collector; - installing at least one component of a heat exchanger of a thermal absorption machine, made at least partly of metal material, at the collector of the electrospinning system; - initialising at least one parameter of the electrospinning system; - placing a layer of an absorbing material on said component of the heat exchanger by electrospinning; - subjecting the component of the heat exchanger to a curing process after the step of placing a layer of absorbing material on the collecting surface; characterized in that said curing process is performed at a temperature of between 70-90°C for 7-9 hours.
Method of cooling and cleaning in a rolling plant, wherein components of the plant (11, 12, 13, 14, 15) are cooled and cleaned at the same time by a gas-liquid mixture and both the gas and the liquid of the gas-liquid mixture are caused to flow through a common outlet (3, 4, 5, 6, 7, 8) for the cooling and cleaning, characterised in that the gas-liquid mixture additionally contains a solid phase of air, particularly ice crystals; and - the common outlet on the inlet side of a roll stand is arranged above the rolling material and is directed towards working rolls above the rolling material, or - the common outlet on the inlet side of a roll stand is arranged below the rolling material and directed towards working rolls below the rolling material, or - the common outlet (5, 6) on the outlet side of a roll stand above or below the rolling material is directed onto a rolling gap of the rolling plant, or - the common outlet on the outlet side of a roll stand above the rolling material is directed onto a working roll arranged above the rolling material and onto a backing roll arranged above the rolling material, or - the common outlet on the outlet side of a roll stand below the rolling material is directed onto a working roll arranged below the rolling material and onto a backing roll arranged above the rolling material. - the common outlet on the inlet side of a roll stand is arranged above the rolling material and is directed towards working rolls above the rolling material, or - the common outlet on the inlet side of a roll stand is arranged below the rolling material and directed towards working rolls below the rolling material, or - the common outlet (5, 6) on the outlet side of a roll stand above or below the rolling material is directed onto a rolling gap of the rolling plant, or - the common outlet on the outlet side of a roll stand above the rolling material is directed onto a working roll arranged above the rolling material and onto a backing roll arranged above the rolling material, or - the common outlet on the outlet side of a roll stand below the rolling material is directed onto a working roll arranged below the rolling material and onto a backing roll arranged above the rolling material.
Method for manufacturing a valve group having a cartridge with a cartridge recess in which a needle is arranged movable in axial direction, the cartridge and the needle preventing a fluid flow through a cartridge opening in a closed position of the needle and otherwise enabling the fluid flow through the cartridge opening, the method comprising the steps of: - manufacturing the cartridge recess having one or more diameters of at least one cylindrical and/or at least one conical part of the cartridge recess, - manufacturing at least one cylindrical and/or at least one conical part of the respective needle for the cartridge dependent on the one or, respectively, more diameters of the cylindrical and/or, respectively, the conical part of the cartridge recess, - assembling the cartridge and the respective needle, the method being characterized in that it comprises a step of manufacturing the cartridge and the cylindrical and/or, respectively, conical part of the needle simultaneously, the tools for manufacturing the cylindrical and/or, respectively, conical parts of the cartridge and, respectively, the needle being mechanically coupled together in such a way that the tool for manufacturing the cylindrical and/or, respectively, conical part of the needle follows the tool for manufacturing the cartridge. - manufacturing the cartridge recess having one or more diameters of at least one cylindrical and/or at least one conical part of the cartridge recess, - manufacturing at least one cylindrical and/or at least one conical part of the respective needle for the cartridge dependent on the one or, respectively, more diameters of the cylindrical and/or, respectively, the conical part of the cartridge recess, - assembling the cartridge and the respective needle, the method being characterized in that it comprises a step of manufacturing the cartridge and the cylindrical and/or, respectively, conical part of the needle simultaneously, the tools for manufacturing the cylindrical and/or, respectively, conical parts of the cartridge and, respectively, the needle being mechanically coupled together in such a way that the tool for manufacturing the cylindrical and/or, respectively, conical part of the needle follows the tool for manufacturing the cartridge.