mhurhangee/ep-ind-claims huggingface dataset:
A cleaning liquid composition for cleaning a substrate having Cu wiring, the cleaning liquid composition comprising one or more types of basic compound and one or more types of nitrogen atom-containing heteromonocyclic aromatic compound, wherein the one or more nitrogen atom-containing heteromonocyclic aromatic compound is selected from 1H-pyrrole, minaline, 1H-pyrazole, 1H-pyrazole-4-carboxylic acid, 1-methyl-1H-pyrazole-5-carboxylic acid, 5-methyl-1H-pyrazole-3-carboxylic acid, 3,5-pyrazole dicarboxylic acid, 3-amino-5-hydroxypyrazole, histidine, histamine, 3-amino-1,2,4-triazole, 4-amino-1,2,4-triazole, 3,5-diamino-1,2,4-triazole, pyridine, 2-pyridone, 4-pyridone, picoline, α-collidine, β-collidine, γ-collidine, picolinic acid, picolinamide, nicotinic acid, nicotinamide, isonicotinic acid, citrazinic acid, quinolinic acid, lutidinic acid, isocinchomeronic acid, dipicolinic acid, cinchomeronic acid, dinicotinic acid, berberonic acid, fusaric acid, ethionamide, nicotine, cotinine, anabasine, anatabine, homarine, trigonelline, picolinuric acid, nicotinuric acid, risedronic acid, dihydroxypyridine, pyrazine, pyrazinoic acid, pyrazinamide, pyrimidine, cytosine, uracil, thymine, orotic acid, dialuric acid, uramil, isouramil, thiamine, pyridazine, maleic acid hydrazide, melamine, and cyanuric acid and having a hydrogen ion concentration (pH) of 8 to 11, wherein the composition does not contain isoascorbic acid, ascorbic acid or gallic acid.
A method of moulding a composite article using a mould comprising: laying up fibres in a mould cavity, wherein the mould cavity is defined by a first rigid mould part and a second rigid mould part and at least one of the mould parts (6,11) has an arrangement of grooves on the surface facing the mould cavity to distribute resin across the mould cavity; injecting resin from a reservoir of resin into the mould cavity, wherein the reservoir of resin is connected to an inlet into the mould cavity, by running a suction pump to fill the mould cavity with resin, wherein the suction pump is connected to a port on the opposite side of the mould cavity from the inlet; curing a resin article to form a moulded article; opening the mould; and removing the article from the mould; and wherein both mould parts (6,11) are provided with a respective arrangement of grooves; and wherein the method further comprises the step of placing a peel-ply layer between the fibres and the grooves on the adjacent mould surfaces and, after removing the article peeling the peel-ply layer to remove a layer of resin formed in the grooves from the remainder of the moulded article. laying up fibres in a mould cavity, wherein the mould cavity is defined by a first rigid mould part and a second rigid mould part and at least one of the mould parts (6,11) has an arrangement of grooves on the surface facing the mould cavity to distribute resin across the mould cavity; injecting resin from a reservoir of resin into the mould cavity, wherein the reservoir of resin is connected to an inlet into the mould cavity, by running a suction pump to fill the mould cavity with resin, wherein the suction pump is connected to a port on the opposite side of the mould cavity from the inlet; curing a resin article to form a moulded article; opening the mould; and removing the article from the mould; and wherein both mould parts (6,11) are provided with a respective arrangement of grooves; and
A fall detection system comprising: a user device configured to be worn or carried by a user, the user device comprising: a proximity sensor for measuring the proximity of the user device to the ground or a floor by emitting a pulse of sound or light and measuring the time between the emission of the pulse and the receipt of a reflection of the pulse; and a movement sensor comprising an accelerometer for measuring the movements of the user; the fall detection system further comprising a processing unit configured to: process the measurements from the movement sensor to detect whether the user may have suffered a fall by processing the measurements to determine the magnitude of an impact and detecting that the user may have suffered a fall if the magnitude of the impact is greater than a first threshold value; and if it is detected that the user may have suffered a fall, activate the proximity sensor to obtain measurements for use in confirming whether the user has fallen and process the measurements from the proximity sensor to determine if the user has fallen. a user device configured to be worn or carried by a user, the user device comprising: a proximity sensor for measuring the proximity of the user device to the ground or a floor by emitting a pulse of sound or light and measuring the time between the emission of the pulse and the receipt of a reflection of the pulse; and a movement sensor comprising an accelerometer for measuring the movements of the user; a proximity sensor for measuring the proximity of the user device to the ground or a floor by emitting a pulse of sound or light and measuring the time between the emission of the pulse and the receipt of a reflection of the pulse; and a movement sensor comprising an accelerometer for measuring the movements of the user; the fall detection system further comprising a processing unit configured to: process the measurements from the movement sensor to detect whether the user may have suffered a fall by processing the measurements to determine the magnitude of an impact and detecting that the user may have suffered a fall if the magnitude of the impact is greater than a first threshold value; and if it is detected that the user may have suffered a fall, activate the proximity sensor to obtain measurements for use in confirming whether the user has fallen and process the measurements from the proximity sensor to determine if the user has fallen. process the measurements from the movement sensor to detect whether the user may have suffered a fall by processing the measurements to determine the magnitude of an impact and detecting that the user may have suffered a fall if the magnitude of the impact is greater than a first threshold value; and if it is detected that the user may have suffered a fall, activate the proximity sensor to obtain measurements for use in confirming whether the user has fallen and process the measurements from the proximity sensor to determine if the user has fallen.
Baking oven comprising a baking muffle and a cross-flow fan having a fan wheel, the cross-flow fan, together with a connected cooling air duct, generating a cooling air stream, which is carried away to the outside, and a vapour exhaust duct opening into the cooling air duct, through which vapour exhaust duct the vapour can be evacuated from the baking muffle, the cross-flow fan having an exhaust region, characterised in that an exhaust area (A,..., D) develops in the external-surface region of the cross-flow fan in the vicinity of the exhaust region when the fan wheel is at a minimum speed, in which area the opening region of the vapour exhaust duct is located.
Bullet trap comprising a container having a shot entry side and an energy-absorbent material, wherein the container is filled with the energy-absorbent material, wherein the energy-absorbent material is an elastomer, wherein the energy-absorbent material consists of particles, wherein the diameters of the particles are greater than 0 μm and less than 6 mm, wherein the energy-absorbent material is - ethylene acrylate rubber with acrylate as an additive, - ethylene propylene rubber with melamines and/or salts as additives, - butyl rubber with chlorine as an additive, - chlorinated butyl rubber with chlorine or brombythol as an additive, - bromobutyl rubber with chlorine or brombythol as an additive, - chlorosulfonated polyethylene rubber with chlorine as an additive, - polyurethane rubber with salts as an additive, - polyacrylate rubber with salts as an additive, - fluororubber with fluorides as an additive, - fluorosilicone rubber with fluorides as an additive or - chloroprene rubber with chlorine as an additive, and wherein the respective additive is embedded in the associated rubber. - ethylene acrylate rubber with acrylate as an additive, - ethylene propylene rubber with melamines and/or salts as additives, - butyl rubber with chlorine as an additive, - chlorinated butyl rubber with chlorine or brombythol as an additive, - bromobutyl rubber with chlorine or brombythol as an additive, - chlorosulfonated polyethylene rubber with chlorine as an additive, - polyurethane rubber with salts as an additive, - polyacrylate rubber with salts as an additive, - fluororubber with fluorides as an additive, - fluorosilicone rubber with fluorides as an additive or - chloroprene rubber with chlorine as an additive,
A power cable (105; 205) comprising an insulated conductor (110, 210); a copper water barrier (140; 240), in form of a tube with a welding line (141, 241), surrounding each insulated conductor (110, 210); and a polymeric sheath (150; 250) surrounding each copper water barrier (140; 240), characterized in that the copper water barrier (140; 240) has a thickness and the polymeric sheath (150; 250) has a thickness such that a ratio between the thickness of the copper water barrier (140; 240) and the thickness of the polymeric sheath (150; 250) is 0.12 at most, wherein the copper water barrier has electrical conductivity of at least 85% IACS, International Annealed Copper Standard.
A case assembly for a gas turbine engine, comprising: a forward case section; an aft case section; and a cast case section welded between and to the forward case section and the aft case section, wherein the forward case section, the aft case section and the cast case section are configured to extend around an engine axis, said forward case section is configured for containment of a high pressure turbine rotor stage and said aft case section is configured for containment of a low pressure turbine rotor stage of the gas turbine engine; wherein said forward case section and said aft case section are forged. a forward case section; an aft case section; and a cast case section welded between and to the forward case section and the aft case section, wherein the forward case section, the aft case section and the cast case section are configured to extend around an engine axis, said forward case section is configured for containment of a high pressure turbine rotor stage and said aft case section is configured for containment of a low pressure turbine rotor stage of the gas turbine engine; wherein aft case section, wherein the forward case section, the aft case section and the cast case section are configured to extend around an engine axis, said forward case section is configured for containment of a high pressure turbine rotor stage and said aft case section is configured for containment of a low pressure turbine rotor stage of the gas turbine engine; wherein said forward case section and said aft case section are forged.
Attachment element for fixing in place objects such as towel rails, shelves, lights or similar fittings to a wall, ceiling or similar area, in particular in rooms fitted with tiles, marble tiles or with similar wall coverings, wherein the attachment element comprises a base body which is developed to receive an element to hold the object, and wherein the base body can be attached to the wall by means of a moisture-curing or moisture-crosslinking adhesive and binding agent, characterised in that the base body is developed at least partially as a water reservoir such that the adhesive and binding agent can receive moisture from the water reservoir for curing so that the curing process can be accelerated, wherein the water reservoir is developed as a chemical water reservoir in which chemically bound water is present.
A cordierite-based sintered body comprising cordierite as primary components, and one or more selected from the group consisting of La, Ce, Sm, Gd, Dy, Er, Yb and Y in an oxide-equivalent amount of 1 to 8 mass%, without any crystal phase other than a cordierite crystal phase, such that any peak height measured by powder X-ray diffractometry other than that of cordierite is 3% or less of a maximum peak height of cordierite, wherein a mass ratio between respective ones of the primary components satisfies the following relations: 3.85 ≤ SiO 2 / MgO ≤ 4.60, and 2.50 ≤ Al 2 O 3 / MgO ≤ 2.70, and the cordierite-based sintered body after being subjected to precision polishing has a precisely polished surface with an average surface roughness (Ra) of 1 nm or less.
A head-worn device having an input transducer adapted for converting sound into an electric signal applied to a processor, the processor being configured to output a modified audio signal via an output transducer, and having a short-range radio controlled by a controller, and for establishing a first communication link (76, 77), characterized in further comprising: - an audio signaling block for establishing a second communication link (78, 79) by detecting and decoding a data packet sent via an audio carrier and received by the input transducer; - wherein the audio signaling block is adapted to detect a radio control command included in the data packet, and to instruct the controller to control the operation of the first communication link (76, 77), accordingly. - an audio signaling block for establishing a second communication link (78, 79) by detecting and decoding a data packet sent via an audio carrier and received by the input transducer; - wherein the audio signaling block is adapted to detect a radio control command included in the data packet, and to instruct the controller to control the operation of the first communication link (76, 77), accordingly.
A control system comprising: a mechanical mechanism; a force sensor that has N (N is an integer equal to or more than two) triaxial force sensor units (21-1,..., 21-4), and is arranged to acquire unit output values, to which values resulting from the mechanical mechanism have been added, from the respective triaxial force sensor units (21-1,..., 21-4) of the N triaxial force sensor units, and to output force sense values based on the unit output values; a force sense value corrector that is arranged to correct the force sense values based on the force sense values output by the force sensor; and a controller that is arranged to perform control of mechanical equipment including the mechanical mechanism based on the force sense values corrected in the force sense value corrector, wherein the force sensor is arranged to output information containing the unit output values output from the respective triaxial force sensor units (21-1,..., 21-4) of the N triaxial force sensor units as the force sense values, and the force sense value corrector is arranged to estimate a location of the center of mass of the mechanical mechanism based on the unit output values contained in the force sense values, and is arranged to perform the correction processing based on the estimated location of the center of mass. a mechanical mechanism; a force sensor that has N (N is an integer equal to or more than two) triaxial force sensor units (21-1,..., 21-4), and is arranged to acquire unit output values, to which values resulting from the mechanical mechanism have been added, from the respective triaxial force sensor units (21-1,..., 21-4) of the N triaxial force sensor units, and to output force sense values based on the unit output values; a force sense value corrector that is arranged to correct the force sense values based on the force sense values output by the force sensor; and a controller that is arranged to perform control of mechanical equipment including the mechanical mechanism based on the force sense values corrected in the force sense value corrector, wherein the force sensor is arranged to output information containing the unit output values output from the respective triaxial force sensor units (21-1,..., 21-4) of the N triaxial force sensor units as the force sense values, and the force sense value corrector is arranged to estimate a location of the center of mass of the mechanical mechanism based on the unit output values contained in the force sense values, and is arranged to perform the correction processing based on the estimated location of the center of mass.
Process for producing spherical polysilsesquioxane particles, wherein in a first step trialkoxysilane T which contains trialkoxysilanes of general formula RSi(OR 1) 3, in which R represents a hydrocarbon radical having 1 to 16 carbon atoms whose carbon chain may be interrupted by nonadjacent groups -O-, R 1 represents a C 1 - to C 4 -alkyl radical, and contains chlorine compounds, is reacted by mixing with acidified water having a pH of at most 6 to afford a hydrolyzate, in a second step the pH of the hydrolyzate is adjusted to a value of 1 to 6, in a third step the hydrolyzate is mixed with a solution of a base in water or C 1 - to C 4 -alkanol, and in a fourth step the mixture is stored for at least 2 h before the polysilsesquioxane particles are isolated. R represents a hydrocarbon radical having 1 to 16 carbon atoms whose carbon chain may be interrupted by nonadjacent groups -O-, R 1 represents a C 1 - to C 4 -alkyl radical, and contains chlorine compounds, is reacted by mixing with acidified water having a pH of at most 6 to afford a hydrolyzate, in a second step the pH of the hydrolyzate is adjusted to a value of 1 to 6, in a third step the hydrolyzate is mixed with a solution of a base in water or C 1 - to C 4 -alkanol, and in a fourth step the mixture is stored for at least 2 h before the polysilsesquioxane particles are isolated.
An autonomous, decentralized power supply system for the field of building services, having a local electric power supply only associated with the power supply system, which is assigned an electric short-term storage facility as buffer storage facility, having at least one electrolyser for producing hydrogen and oxygen, at least one chemical reactor (7, 20, 21) for catalytically converting carbon dioxide and the hydrogen, produced by electrolysis, to methane, methanol or methanoic acid as in each case a long-term storable chemical compound of high energy density, a heat exchanger being provided for using the exothermal process energy during methanation and during the production of methanol, at least one tank (10, 17) for the intermediate storage of carbon dioxide and the chemical compound, and at least one converter that uses the chemical compound to generate heat and/or power, and having at least one gas separator that separates carbon dioxide from the exhaust gases of the at least one converter, the at least one gas separator being connected to the local tank via a line and heat and power consumers of the building services being coupled to the power supply system.
A vaccine for use in the prevention of varicella and/or herpes zoster, comprising a varicella virus, and an excipient or carrier acceptable in vaccines, wherein the ORF7, defined by SEQ ID No. 1, of said varicella virus, is entirely or partially deleted, so that the resulting virus is unable to infect human skin or sensory ganglion.
A feeder system (10, 38, 62, 72) for metal casting comprising a feeder sleeve (12, 40) mounted on a tubular body (14, 24, 28, 32, 50, 54, 64, 74); the feeder sleeve (12, 40) having a longitudinal axis and comprising a continuous sidewall that defines a cavity for receiving liquid metal during casting, the sidewall extending generally around the longitudinal axis and having a base adjacent the tubular body (14, 24, 28, 32, 50, 54, 64, 74); the tubular body (14, 24, 28, 32, 50, 54, 64, 74) defining an open bore therethrough for connecting the cavity to the casting, wherein a groove (20, 44) extends into the sidewall from the base to a first depth and the tubular body (14, 24, 28, 32, 50, 54, 64, 74) projects into the groove (20, 44) to a second depth and is held in position by retaining means (16, 26, 30, 34, 52, 60, 66, 80), the second depth being less than the first depth so that upon application of a force in use the retaining means are overcome and the tubular body (14, 24, 28, 32, 50, 54, 64, 74) is pushed further into the groove (20, 44).
An electrical plug connector, having a plug connector housing, a locking securement means for locking the plug connector to a corresponding electrical mating plug connector, and a securing element displaceable between a pre-latching position and a securing position, wherein the securing element blocks the locking securement means in the securing position to prevent unlocking of the mating plug connector, characterized in that the securing element is positioned in the pre-latching position in the plug connector housing in such a way that the securing element is brought by the insertion of the mating plug connector into a pre-securing position in which the securing element is mechanically tensioned, wherein the plug connector housing forms a guide along which the securing element is displaceable from the pre-securing position into the securing position and in so doing mechanically relaxes, wherein the securing element has a securing region, a support region and a spring region in-between, wherein the securing region is arranged at a front end portion of the securing element facing the mating plug connector and the support region is arranged at a rear end portion of the securing element opposite the front end portion along the longitudinal axis of the plug connector housing when the securing element is inserted into the plug connector housing, and wherein the guide of the plug connector housing is designed to guide the support region of the securing element in such a way that the support region performs a radial movement in the direction of the longitudinal axis of the plug connector housing during the axial displacement of the securing element from the pre-securing position into the securing position.
A wireless local area network module comprising: an antenna to receive first orthogonal frequency-division multiplexing, OFDM, signals, and to transmit second OFDM signals; a communication circuit comprising an OFDM demodulator to produce first digital data based on the first OFDM signals, and an OFDM modulator to produce the second OFDM signals based on second digital data; a host interface to provide the first digital data to a host, and to receive the second digital data from the host; an external antenna interface to receive the first OFDM signals from, and to transmit the second OFDM signals to, an external antenna; and a printed circuit board, characterized in further comprising: at least one switch to provide a signal path for the first and second OFDM signals between the communication circuit and one of the antenna and the external antenna interface in accordance with a control signal; wherein the antenna is formed within the printed circuit board, and wherein the communication circuit and the external antenna interface are arranged on the printed circuit board. an antenna to receive first orthogonal frequency-division multiplexing, OFDM, signals, and to transmit second OFDM signals; a communication circuit comprising an OFDM demodulator to produce first digital data based on the first OFDM signals, and an OFDM modulator to produce the second OFDM signals based on second digital data; a host interface to provide the first digital data to a host, and to receive the second digital data from the host; an external antenna interface to receive the first OFDM signals from, and to transmit the second OFDM signals to, an external antenna; and a printed circuit board, at least one switch to provide a signal path for the first and second OFDM signals between the communication circuit and one of the antenna and the external antenna interface in accordance with a control signal; wherein the antenna is formed within the printed circuit board, and wherein the communication circuit and the external antenna interface are arranged on the printed circuit board.