mhurhangee/ep-ind-claims huggingface dataset:
Method of selective extraction of a metal of the family of platinoids, such as platinum, palladium, rhodium, and ruthenium; gold; silver; and their alloys and mixtures, from a ceramic support containing said metal, comprising the following successive steps: a) said ceramic support containing said metal is brought into contact, in an extraction chamber, with an extraction medium consisting of a pressurized dense fluid and an organic ligand that is selective for the metal and that is capable of forming a complex with said metal in the 0 state; whereby the complex with said metal in the 0 state is formed, and are obtained, on the one hand, a ceramic support depleted in said metal, or even free of said metal, and, on the other hand, a medium consisting of the pressurized dense fluid containing the complex of the organic ligand with the metal in the 0 state; b) said pressurized dense fluid containing the complex of the organic ligand with the metal in the 0 state is brought back to atmospheric pressure and to ambient temperature, whereby the complex of the organic ligand with the metal in the 0 state separates from the fluid; c) the ceramic support depleted in said metal, or even free of said metal, and the complex of the organic ligand with the metal in the 0 state, are recovered; characterized in that the organic ligand that is selective for the metal is selected from thiols of formula RSH, in which R represents a linear or branched alkyl group of 1 to 20 C, preferably of 1 to 12 C, still preferably of 1 to 10 C, for example the organic ligand that is selective for the metal is dodecanethiol. a) said ceramic support containing said metal is brought into contact, in an extraction chamber, with an extraction medium consisting of a pressurized dense fluid and an organic ligand that is selective for the metal and that is capable of forming a complex with said metal in the 0 state; whereby the complex with said metal in the 0 state is formed, and are obtained, on the one hand, a ceramic support depleted in said metal, or even free of said metal, and, on the other hand, a medium consisting of the pressurized dense fluid containing the complex of the organic ligand with the metal in the 0 state; b) said pressurized dense fluid containing the complex of the organic ligand with the metal in the 0 state is brought back to atmospheric pressure and to ambient temperature, whereby the complex of the organic ligand with the metal in the 0 state separates from the fluid; c) the ceramic support depleted in said metal, or even free of said metal, and the complex of the organic ligand with the metal in the 0 state, are recovered;
A connection arrangement for mounting a first part to a second part with a sealed connection comprising at least one threaded headless bolt projecting through an opening in the first part and a cup nut comprising a head, a shaft and a flange, the flange being arranged between the head and the shaft, the shaft having an internal thread, wherein a gasket is arranged around an external shell of the shaft of the cup nut, wherein the cup nut is screwed to the bolt, wherein the gasket is arranged between the first part and the flange of the cup nut.
A nozzle for a 3D-printer, the nozzle comprising a hole for through-passing of a plastic component, the hole having an inner side wall, the nozzle comprising a funnel shaped end characterized in that the nozzle comprises an exit hole and a piece of heat conductive material located in said hole above the funnel shaped end, the piece of heat-conductive material being attached in at least one place to the inner side wall of the hole, the piece of heat-conductive material extending from the side wall towards the centre of the hole for transferring heat from the side wall towards the centre of the hole.
A composition comprising: (a) a composition comprising nonaethylene glycol monodecyl ether, 1-methyl-2-pyrrolidone, ethanol, linoleic acid, and optionally, water and (b) further comprising a therapeutic agent. (a) a composition comprising nonaethylene glycol monodecyl ether, 1-methyl-2-pyrrolidone, ethanol, linoleic acid, and optionally, water and (b) further comprising a therapeutic agent.
A secondary battery comprising a cathode, an anode, and an electrolyte, wherein the electrolyte comprises an electrolyte salt and an electrolyte solvent, the electrolyte further comprising: i) a cyclic carbonate compound substituted with at least one halogen element; and ii) an acrylate-based compound containing a vinyl group in a molecule thereof, which is represented by Formula 1; wherein n represents 0 to 6; each of R 1, R 2, and R 3 independently represents a hydrogen atom, a halogen atom, C 1 ∼C 6 alkyl group, C 3 ∼C 12 cycloalkyl group, C 6 ∼C 12 aryl group, C 2 ∼C 6 alkenyl group, C 1 ∼C 6 alkyl group substituted with a halogen atom or a cyano group, C 3 ∼C 12 cycloalkyl group substituted with a halogen atom or a cyano group, C 6 ∼C 12 aryl group substituted with a halogen atom or a cyano group, C 2 ∼C 6 alkenyl group substituted with a halogen atom or a cyano group, wherein the cyclic carbonate compound substituted with at least one halogen element is 3-chloro ethylene carbonate, and wherein the acrylate-based compound containing the vinyl group is selected from the group including tetraethyleneglycol diacrylate, polyethylene glycol diacrylate, bisphenol A ethoxylated diacrylate, 1,4-butanediol diacrylate, 1,6-hexanediol diacrylate, trimethylolpropane triacrylate, ditrimethylolpropane tetraacrylate, dipentaerythritol hexaacrylate, and tris[2-(acryloyloxy)ethyl] isocyanurate. i) a cyclic carbonate compound substituted with at least one halogen element; and ii) an acrylate-based compound containing a vinyl group in a molecule thereof, which is represented by Formula 1; wherein n represents 0 to 6; each of R 1, R 2, and R 3 independently represents a hydrogen atom, a halogen atom, C 1 ∼C 6 alkyl group, C 3 ∼C 12 cycloalkyl group, C 6 ∼C 12 aryl group, C 2 ∼C 6 alkenyl group, C 1 ∼C 6 alkyl group substituted with a halogen atom or a cyano group, C 3 ∼C 12 cycloalkyl group substituted with a halogen atom or a cyano group, C 6 ∼C 12 aryl group substituted with a halogen atom or a cyano group, C 2 ∼C 6 alkenyl group substituted with a halogen atom or a cyano group, wherein the cyclic carbonate compound substituted with at least one halogen element is 3-chloro ethylene carbonate, and wherein the acrylate-based compound containing the vinyl group is selected from the group including tetraethyleneglycol diacrylate, polyethylene glycol diacrylate, bisphenol A ethoxylated diacrylate, 1,4-butanediol diacrylate, 1,6-hexanediol diacrylate, trimethylolpropane triacrylate, ditrimethylolpropane tetraacrylate, dipentaerythritol hexaacrylate, and tris[2-(acryloyloxy)ethyl] isocyanurate.
A conduit comprising a sleeve formed to include a tube-receiving passageway, a first-end aperture (10P1) opening into the tube-receiving passageway at a first end of the sleeve, and a second-end aperture (10P2) opening into the tube-receiving passageway at an opposite second end of the sleeve, wherein the sleeve includes an interior adhesive layer formed to define the tube-receiving passageway and an exterior heat-activated heat-shrink layer arranged to surround and mate with the interior adhesive layer without closing the first-end and second-end apertures (10P1, 10P2), and wherein the interior adhesive layer includes, in series, a first adhesive strip (102S1) made of a first adhesive material configured to couple to exterior pipe coatings (13, 14) at a first temperature, wherein the first adhesive strip (102S1) is configured to define the first-end aperture (10P1), a second adhesive strip (102S2) made of the first adhesive material and configured to define the second-end aperture (10P2), and an adhesive band made of a second adhesive material being a hot melt adhesive that is activated at a second temperature and configured to couple to an area established by a pipe joint and exposed portions (11EP, 12EP) of pipe (11, 12) at the second temperature, wherein the second temperature is greater than the first temperature, and wherein the adhesive band is arranged to lie between the first and second adhesive strips (102S1, 102S2), characterized in that the second adhesive material is different from the first adhesive material. a sleeve formed to include a tube-receiving passageway, a first-end aperture (10P1) opening into the tube-receiving passageway at a first end of the sleeve, and a second-end aperture (10P2) opening into the tube-receiving passageway at an opposite second end of the sleeve, wherein the sleeve includes an interior adhesive layer formed to define the tube-receiving passageway and an exterior heat-activated heat-shrink layer arranged to surround and mate with the interior adhesive layer without closing the first-end and second-end apertures (10P1, 10P2), and wherein the interior adhesive layer includes, in series, a first adhesive strip (102S1) made of a first adhesive material configured to couple to exterior pipe coatings (13, 14) at a first temperature, wherein the first adhesive strip (102S1) is configured to define the first-end aperture (10P1), a second adhesive strip (102S2) made of the first adhesive material and configured to define the second-end aperture (10P2), and an adhesive band made of a second adhesive material being a hot melt adhesive that is activated at a second temperature and configured to couple to an area established by a pipe joint and exposed portions (11EP, 12EP) of pipe (11, 12) at the second temperature, wherein the second temperature is greater than the first temperature, and wherein the adhesive band is arranged to lie between the first and second adhesive strips (102S1, 102S2), characterized in that the second adhesive material is different from the first adhesive material.
A filter media pack comprising: a winding core having opposed first and second sides (114, 116) extending generally parallel to a winding axis, the winding core defining opposed first and second faces (110,112) defining a minor axis therebetween in a direction perpendicular to the winding axis, the first and second sides extending generally between the first and second faces and defining a major axis therebetween in a direction perpendicular to the winding axis; a continuous strip of fluted filter media wound about the winding core about the winding axis to form a plurality of layers of fluted filter media, the strip of filter media extending between opposed first and second edges (146, 148) and including a plurality of flutes formed by a first sheet operably secured to a corrugated sheet defining a plurality of peaks and valleys, the strip of fluted filter media having the corrugated sheet being adjacent the winding core and radially inward of the first sheet; and characterized by a first support bead between the winding core and the strip of filter media, the first support bead extending generally perpendicular to the first and second edges (146, 148) of the strip of filter media and parallel to the winding axis, the first support bead being located proximate the first side of the winding core, the first support bead filling the cross-section of at least two valleys on opposite sides of a peak of the corrugated sheet proximate the first side of the winding core. a winding core having opposed first and second sides (114, 116) extending generally parallel to a winding axis, the winding core defining opposed first and second faces (110,112) defining a minor axis therebetween in a direction perpendicular to the winding axis, the first and second sides extending generally between the first and second faces and defining a major axis therebetween in a direction perpendicular to the winding axis; a continuous strip of fluted filter media wound about the winding core about the winding axis to form a plurality of layers of fluted filter media, the strip of filter media extending between opposed first and second edges (146, 148) and including a plurality of flutes formed by a first sheet operably secured to a corrugated sheet defining a plurality of peaks and valleys, the strip of fluted filter media having the corrugated sheet being adjacent the winding core and radially inward of the first sheet; and characterized by a first support bead between the winding core and the strip of filter media, the first support bead extending generally perpendicular to the first and second edges (146, 148) of the strip of filter media and parallel to the winding axis, the first support bead being located proximate the first side of the winding core, the first support bead filling the cross-section of at least two valleys on opposite sides of a peak of the corrugated sheet proximate the first side of the winding core.
Method for operating an amusement park for at least one visitor and having at least one attraction, characterized in that, for the at least one visitor, an exoskeleton unit, having at least one movement device, is provided, and in that the at least one exoskeleton forces the at least one visitor into at least one movement or stance, wherein the at least one visitor is conducted by the exoskeleton unit at least partially and/or intermittently through the amusement park and/or through a parcour of the attraction, by means of a specified set of data. for the at least one visitor, an exoskeleton unit, having at least one movement device, is provided, and in that the at least one exoskeleton forces the at least one visitor into at least one movement or stance, wherein the at least one visitor is conducted by the exoskeleton unit at least partially and/or intermittently through the amusement park and/or through a parcour of the attraction, by means of a specified set of data.
An electric storage device comprising: a case having a mounting hole (3B, 3C); a positive electrode and a negative electrode housed in the case; a current collector (13, 23) having a first end and a second end (13A, 23A), the first end being connected to any one of the positive electrode and the negative electrode, the second end (13A, 23A) being in surface contact with an inner surface of the case and electrically connected to the inner surface of the case; a gasket including an inner gasket (14, 25) in contact with an area of the inner surface of the case between the mounting hole (3B, 3C) and the second end (13A, 23A) of the current collector (13, 23); and a conductive member (12, 22) including a body (12A, 22A) and an inside large-diameter portion (12C, 22C) having a larger diameter than that of the body (12A, 22A), the body (12A, 22A) being arranged in the mounting hole (3B, 3C) of the case, the inside large-diameter portion (12C, 22C) being disposed at one end of the body (12A, 22A) inside the case, electrically connected to the second end (13A, 23A) of the current collector (13, 23), and being arranged so as to be in contact with the inner gasket (14, 25) such that the inner gasket (14, 25) and the second end (13A, 23A) of the current collector (13, 23) are sandwiched between the inside large-diameter portion (12C, 22C) and the case. a case having a mounting hole (3B, 3C); a positive electrode and a negative electrode housed in the case; a current collector (13, 23) having a first end and a second end (13A, 23A), the first end being connected to any one of the positive electrode and the negative electrode, the second end (13A, 23A) being in surface contact with an inner surface of the case and electrically connected to the inner surface of the case; a gasket including an inner gasket (14, 25) in contact with an area of the inner surface of the case between the mounting hole (3B, 3C) and the second end (13A, 23A) of the current collector (13, 23); and a conductive member (12, 22) including a body (12A, 22A) and an inside large-diameter portion (12C, 22C) having a larger diameter than that of the body (12A, 22A), the body (12A, 22A) being arranged in the mounting hole (3B, 3C) of the case, the inside large-diameter portion (12C, 22C) being disposed at one end of the body (12A, 22A) inside the case, electrically connected to the second end (13A, 23A) of the current collector (13, 23), and being arranged so as to be in contact with the inner gasket (14, 25) such that the inner gasket (14, 25) and the second end (13A, 23A) of the current collector (13, 23) are sandwiched between the inside large-diameter portion (12C, 22C) and the case.
A terminal box with: a box body attachable to an attachment target; a plurality of terminal plates juxtaposed under a mutually isolated state inside the box body; and a diode conductively connected to and between adjacent terminal plates; characterized in that each one of said terminal plates includes a terminal plate body and a fixed attachment portion to which at least one lead terminal portion of said diode is fixed, and said fixed attachment portion is connected to said terminal plate body via a displacement-allowing connecting portion that can be displaced relative to said terminal plate body. a box body attachable to an attachment target; a plurality of terminal plates juxtaposed under a mutually isolated state inside the box body; and a diode conductively connected to and between adjacent terminal plates; characterized in that each one of said terminal plates includes a terminal plate body and a fixed attachment portion to which at least one lead terminal portion of said diode is fixed, and said fixed attachment portion is connected to said terminal plate body via a displacement-allowing connecting portion that can be displaced relative to said terminal plate body.
Electric essential oil diffuser comprising: - a casing; - an accommodating housing, for accommodating an essential oil bottle, provided on the casing and equipped with a fixing ring; - a tank provided with an essential oil disperser; characterized in that the diffuser further comprises a drip-stopper in the accommodating housing or just below the latter and having a closed position and an open position; the fixing ring and the drip-stopper being arranged in such a manner that the drip-stopper is: - in its open position when a bottle is accommodated in the accommodating housing and fixed to the fixing ring fluidly connecting the accommodating housing and the tank; and - in its closed position otherwise; wherein the fixing ring has an internal thread for screw fixing the neck of the essential oil bottle; wherein the drip-stopper is accommodated under the fixing ring. - a casing; - an accommodating housing, for accommodating an essential oil bottle, provided on the casing and equipped with a fixing ring; - a tank provided with an essential oil disperser; characterized in that the diffuser further comprises a drip-stopper in the accommodating housing or just below the latter and having a closed position and an open position; the fixing ring and the drip-stopper being arranged in such a manner that the drip-stopper is: - in its open position when a bottle is accommodated in the accommodating housing and fixed to the fixing ring fluidly connecting the accommodating housing and the tank; and - in its closed position otherwise; - in its open position when a bottle is accommodated in the accommodating housing and fixed to the fixing ring fluidly connecting the accommodating housing and the tank; and - in its closed position otherwise; wherein the fixing ring has an internal thread for screw fixing the neck of the essential oil bottle; wherein the drip-stopper is accommodated under the fixing ring.
A vehicle lamp system comprising: a headlight device including: a right headlight unit and a left headlight unit, and a controller which controls irradiation of light by the right headlight unit and the left headlight unit, the right headlight unit includes light emitting elements (52-1 to 52-13) and the left headlight unit 22L includes light emitting elements (52-1 to 52-13 to form headlight light patterns, characterised in that the controller is adapted to sequentially and concurrently turn on the light emitting elements (52-1 to 52-13) of both the right and the left headlight units (22R, 22L) when signals for operating a vehicle before the vehicle starts are input, and in that a direction in which an irradiation region of the light emitting elements (51-1 to 52-13) of the right headlight unit moves is opposite to a direction in which an irradiation region of the light emitting elements (52-1 to 52-13) of the left headlight unit moves. a headlight device including: a right headlight unit and a left headlight unit, and a controller which controls irradiation of light by the right headlight unit and the left headlight unit, a right headlight unit and a left headlight unit, and a controller which controls irradiation of light by the right headlight unit and the left headlight unit, the right headlight unit includes light emitting elements (52-1 to 52-13) and the left headlight unit 22L includes light emitting elements (52-1 to 52-13 to form headlight light patterns, characterised in that the controller is adapted to sequentially and concurrently turn on the light emitting elements (52-1 to 52-13) of both the right and the left headlight units (22R, 22L) when signals for operating a vehicle before the vehicle starts are input, and in that a direction in which an irradiation region of the light emitting elements (51-1 to 52-13) of the right headlight unit moves is opposite to a direction in which an irradiation region of the light emitting elements (52-1 to 52-13) of the left headlight unit moves.
The use, in a lubricating oil comprising at least 90% by mass, based upon the mass of the lubricating oil, of base oil wherein the base oil comprises at least 10% by mass of a base oil chosen from Group I, Group II or Group III, of at least 70% by mass, based upon the mass of the base oil, of GTL base oil to improve the air release of a lubricating oil in a hydraulic system, wherein the viscosity of the GTL base oil at 100°C is from 2 to 20cSt; wherein the lubricating oil comprises less than 10% by mass, based upon the mass of the lubricating oil, of additives; wherein the viscosity of the lubricating oil at 40°C is from 20 to 100cSt; and wherein air release is measured according to ASTM D3427 and is improved as compared to air release achieved using a lubricating oil which comprises less than 70% by mass of GTL base oil. wherein the lubricating oil comprises less than 10% by mass, based upon the mass of the lubricating oil, of additives; wherein the viscosity of the lubricating oil at 40°C is from 20 to 100cSt; and wherein air release is measured according to ASTM D3427 and is improved as compared to air release achieved using a lubricating oil which comprises less than 70% by mass of GTL base oil.