mhurhangee/ep-ind-claims huggingface dataset:
A detachment-prevention vehicle socket, comprising: a housing, an accommodation space being formed inside the housing, the housing including a first edge on an exterior surface of the housing; a rotatable ring in contact with the first edge, the rotatable ring including an inner threaded structure; an electrode body, the electrode body being disposed in the accommodation space, the electrode body including a movable element and a resilient sleeve connected to the movable element, the movable element including an outer threaded structure, the outer threaded structure being threadedly fastened to the inner threaded structure, wherein by rotating the rotatable ring, the resilient sleeve is axially moved inwardly of the housing, and the resilient sleeve contracts radially. a housing, an accommodation space being formed inside the housing, the housing including a first edge on an exterior surface of the housing; a rotatable ring in contact with the first edge, the rotatable ring including an inner threaded structure; an electrode body, the electrode body being disposed in the accommodation space, the electrode body including a movable element and a resilient sleeve connected to the movable element, the movable element including an outer threaded structure, the outer threaded structure being threadedly fastened to the inner threaded structure, wherein by rotating the rotatable ring, the resilient sleeve is axially moved inwardly of the housing, and the resilient sleeve contracts radially.
An apparatus for processing one or more products in need of a closure, comprising: a vessel including an inlet for receiving the one or more products and an outlet for discharging the one or more products under sterile and/or pyrogen free conditions; and a device adapted for applying the closure to the one or more products in the vessel, wherein the device comprises a sleeve connected to a wall of the vessel, such as the top wall; characterized in that the sleeve comprises a flexible sleeve having a rigid portion adapted for applying the closure to at least one product; and in that the rigid portion is adapted for applying a closure to each of a plurality of products simultaneously. a vessel including an inlet for receiving the one or more products and an outlet for discharging the one or more products under sterile and/or pyrogen free conditions; and a device adapted for applying the closure to the one or more products in the vessel, wherein the device comprises a sleeve connected to a wall of the vessel, such as the top wall; characterized in that the sleeve comprises a flexible sleeve having a rigid portion adapted for applying the closure to at least one product; and in that the rigid portion is adapted for applying a closure to each of a plurality of products simultaneously.
A blade, the blade comprising: an airfoil including a platform, a concave pressure sidewall and a convex suction sidewall extending axially between corresponding leading and trailing edges and radially between a root and an outboard tip, the blade further including: an angled outboard snubber shroud positioned on the airfoil, the angled outboard snubber shroud being provided at an angle α defined from a camber on the angled outboard snubber shroud and the platform of the blade; an angled inboard snubber shroud positioned on the airfoil, the angled inboard snubber shroud being provided at an angle φ defined from a camber on the angled inboard snubber shroud and the platform of the blade; wherein angle α is independently set with respect to angle φ. an angled outboard snubber shroud positioned on the airfoil, the angled outboard snubber shroud being provided at an angle α defined from a camber on the angled outboard snubber shroud and the platform of the blade; an angled inboard snubber shroud positioned on the airfoil, the angled inboard snubber shroud being provided at an angle φ defined from a camber on the angled inboard snubber shroud and the platform of the blade; wherein angle α is independently set with respect to angle φ.
A substrate coated with an ink formulation, said ink formulation comprising a salt of a transition metal oxyanion, wherein said coated substrate is covered by over laminating with a thermoplastic polymer layer, by melt extrusion or by laminating a pre-made film over the surface coated with ink formulation, the ink formulation being situated between the substrate and the thermoplastic polymer layer..
A method for creating an enhanced acoustic cell for use in an enhanced acoustic panel, the method comprising: obtaining a plurality of interconnected acoustic cells, each cell of the interconnected acoustic cells arranged to be open on a top side, have continuous walls, and have a closed original cell floor; characterized by, at an acoustic cell of the plurality of interconnected acoustic cells, creating the enhanced acoustic cell by altering the original cell floor to create a parabolic-shaped cell floor having a focal point, and suspending a receiving object at the focal point; wherein the receiving object comprises a plurality of through-holes or openings that are distributed throughout. obtaining a plurality of interconnected acoustic cells, each cell of the interconnected acoustic cells arranged to be open on a top side, have continuous walls, and have a closed original cell floor; characterized by, at an acoustic cell of the plurality of interconnected acoustic cells, creating the enhanced acoustic cell by altering the original cell floor to create a parabolic-shaped cell floor having a focal point, and suspending a receiving object at the focal point; altering the original cell floor to create a parabolic-shaped cell floor having a focal point, and suspending a receiving object at the focal point; wherein the receiving object comprises a plurality of through-holes or openings that are distributed throughout.
Circuitry configured to adjust a compliance voltage (V+) in an implantable stimulator device, comprising: a source circuit coupled to a compliance voltage, wherein the source circuit is configured to provide a first current pulse to at least a first electrode; a sink circuit coupled to a reference voltage, wherein the sink circuit is configured to sink the first current pulse from at least a second electrode; a first amplifier (205p 1) configured to measure a first voltage across the source circuit at an appropriate time during the first current pulse; a second amplifier (205n 1) configured to measure a second voltage across the sink circuit at an appropriate time during the first current pulse; a first comparator (206p 1) configured to compare the measured first voltage to an optimal first voltage and to produce a first digital signal indicating whether the measured first voltage is high or low relative to the optimal first voltage; a second comparator (206n 1) configured to compare the measured second voltage to an optimal second voltage and to produce a second digital signal indicating whether the measured second voltage is high or low relative to the optimal second voltage; logic circuitry configured to assess the first and second digital signals, and configured to issue a control signal; and regulator circuitry configured to adjust the compliance voltage on a pulse-by-pulse basis in accordance with the control signal. a source circuit coupled to a compliance voltage, wherein the source circuit is configured to provide a first current pulse to at least a first electrode; a sink circuit coupled to a reference voltage, wherein the sink circuit is configured to sink the first current pulse from at least a second electrode; a first amplifier (205p 1) configured to measure a first voltage across the source circuit at an appropriate time during the first current pulse; a second amplifier (205n 1) configured to measure a second voltage across the sink circuit at an appropriate time during the first current pulse; a first comparator (206p 1) configured to compare the measured first voltage to an optimal first voltage and to produce a first digital signal indicating whether the measured first voltage is high or low relative to the optimal first voltage; a second comparator (206n 1) configured to compare the measured second voltage to an optimal second voltage and to produce a second digital signal indicating whether the measured second voltage is high or low relative to the optimal second voltage; logic circuitry configured to assess the first and second digital signals, and configured to issue a control signal; and regulator circuitry configured to adjust the compliance voltage on a pulse-by-pulse basis in accordance with the control signal.
A method of improving the sensory and oxidative stability of oil, comprising: a) combining an oil and an antioxidant composition comprising a green tea extract to form a mixture, wherein the green tea extract comprises an oil-soluble green tea extract and a carrier, wherein the carrier comprises one or more of a vegetable oil and monoglycerol fatty acid ester; b) deodorizing the mixture to form a deodorized oil; and c) adding citric acid, and optionally ascorbyl palmitate, to the deodorized oil, wherein the oil comprises at least one polyunsaturated fatty acid (PUFA). a) combining an oil and an antioxidant composition comprising a green tea extract to form a mixture, wherein the green tea extract comprises an oil-soluble green tea extract and a carrier, wherein the carrier comprises one or more of a vegetable oil and monoglycerol fatty acid ester; b) deodorizing the mixture to form a deodorized oil; and c) adding citric acid, and optionally ascorbyl palmitate, to the deodorized oil, wherein the oil comprises at least one polyunsaturated fatty acid (PUFA).
A method of forming a swellable polymer based fibre comprising: creating an aqueous dope solution containing a water soluble polymer; spinning or extruding the dope solution into a coagulation bath to form an extruded fibre; drawing the fibre from the coagulation bath; characterised by: adding a glycol to the dope solution, the glycol having between two to fifteen carbon atoms; and adding a lecithin to the dope solution. creating an aqueous dope solution containing a water soluble polymer; spinning or extruding the dope solution into a coagulation bath to form an extruded fibre; drawing the fibre from the coagulation bath; characterised by: adding a glycol to the dope solution, the glycol having between two to fifteen carbon atoms; and adding a lecithin to the dope solution. adding a glycol to the dope solution, the glycol having between two to fifteen carbon atoms; and adding a lecithin to the dope solution.
A process for extracting a plant-derived component from a plant material, the process comprising: homogenizing the plant material in the presence of an extraction solvent comprising one or more salts of phosphoric acid and one or more antioxidants to form a combination of a plant liquid component and a plant pulp component such that the plant liquid component is provided with a pH in a defined range; withdrawing the plant liquid component from the plant pulp component; and separating the liquid plant component into a solids fraction and a soluble fraction. homogenizing the plant material in the presence of an extraction solvent comprising one or more salts of phosphoric acid and one or more antioxidants to form a combination of a plant liquid component and a plant pulp component such that the plant liquid component is provided with a pH in a defined range; withdrawing the plant liquid component from the plant pulp component; and separating the liquid plant component into a solids fraction and a soluble fraction.
A compound which is -3-(1,4-dimethyl-1 H -benzo[ d][1,2,3]triazol-5-yl)-3-(3-(( -2-ethyl-2,3-dihydropyrido[2,3- f][1,4]oxazepin-4(5 H)-yl)methyl)-4-methylphenyl)propanoic acid: or a pharmaceutically acceptable salt thereof.
Management method carried out in an IP address set management entity (20; 30), including: - a step of receiving a request to assign an IP address to a client terminal (22; 32); - a step of identifying (201; 301) at least one first existing set of IP addresses from said received assignment request; characterized in that it also includes: - a step of determining (202; 302) a fill rate of said first set of IP addresses; - as a function of at least one predetermined parameter linked to said fill rate (203; 303), a step of creating (204; 304) at least one second new set of IP addresses; - a step of transmitting to a DHCP relay (21; 31) capable of assigning said IP address to said client terminal (22; 32) information identifying a set of IP addresses within which to choose said IP address to be assigned, selected from said at least one first existing set of addresses and said at least one second created new set of IP addresses. - a step of receiving a request to assign an IP address to a client terminal (22; 32); - a step of identifying (201; 301) at least one first existing set of IP addresses from said received assignment request; - a step of determining (202; 302) a fill rate of said first set of IP addresses; - as a function of at least one predetermined parameter linked to said fill rate (203; 303), a step of creating (204; 304) at least one second new set of IP addresses; - a step of transmitting to a DHCP relay (21; 31) capable of assigning said IP address to said client terminal (22; 32) information identifying a set of IP addresses within which to choose said IP address to be assigned, selected from said at least one first existing set of addresses and said at least one second created new set of IP addresses.
Rail fastening element for rails of a fixed slab track, comprising a mounting base body and at least one rail holder which interacts with the said mounting base body on its upper side in a positively locking manner in a mounted state, transversally with respect to the rail longitudinal direction, the rail fastening element further comprising downwardly projecting anchor elements adapted to engage into cut-outs being provided within a support element of the fixed slab track, the mounting base body being provided with at least one filling channel which penetrates it substantially vertically from top to bottom for a sealing compound which can be filled though for locking purposes into the intermediate space between the mounting base body and the support element which lies below it or the cut-out which is provided in it, characterized in that the mounting base body being arrangeable in the cut-outs or above the latter and forming on the upper side a holder guide having two upwardly projecting guide flanges with downwardly converging, oblique guide faces which taper into guide grooves formed on the upper side and running, in a mounted state, in the rail longitudinal direction to interact in the positively locking manner with the rail holder, said rail holders being provided with corresponding oblique faces, the inclination of which being adapted to the guides faces, and, on their underside, having a guide projection, with which they engage in each case into one of the guides grooves, said at least one filling channel being provided in said at least one guide flange, whereas the rail fastening elements are insertable into the cut-outs from above and can be locked after their vertical and lateral orientation by means of the hardening sealing compound.
A method of providing corrosion protection to a metal surface, the method comprising: contacting a metal surface with a first component and a second component, in any order or in combination; wherein the first component comprises an aqueous mixture of an acid-phosphate of chemical formula A m (H 2 PO 4) m.nH 2 O, where A is hydrogen ion, ammonium cation, metal cation, or mixtures thereof; where m = 1-3, and n = 0-6; the first component solution adjusted to a pH of 2 to 5; and wherein the second component comprises an aqueous mixture of an alkaline oxide or alkaline hydroxide represented by B 2m O m, B 2m, or mixtures thereof, where B is an element of valency 2m (m = 1, 1.5, or 2) the second component solution adjusted to a pH of between 9-14; wherein the first component comprises water, at least one of mono potassium phosphate and mono calcium phosphate, and optionally, 2 to 10 wt % phosphoric acid; and wherein the acid-phosphate of the first component has been prepared by milling so that the particles pass through a 635 US standard sieve, thereby having a particle size of less than 20 micrometers (micron). contacting a metal surface with a first component and a second component, in any order or in combination; wherein the first component comprises an aqueous mixture of an acid-phosphate of chemical formula A m (H 2 PO 4) m.nH 2 O, where A is hydrogen ion, ammonium cation, metal cation, or mixtures thereof; where m = 1-3, and n = 0-6; the first component solution adjusted to a pH of 2 to 5; and wherein the second component comprises an aqueous mixture of an alkaline oxide or alkaline hydroxide represented by B 2m O m, B 2m, or mixtures thereof, where B is an element of valency 2m (m = 1, 1.5, or 2) the second component solution adjusted to a pH of between 9-14; wherein the first component comprises water, at least one of mono potassium phosphate and mono calcium phosphate, and optionally, 2 to 10 wt % phosphoric acid; and wherein the acid-phosphate of the first component has been prepared by milling so that the particles pass through a 635 US standard sieve, thereby having a particle size of less than 20 micrometers (micron).
A surfactant comprising at least one kind of a compound represented by a Chemical Formula: wherein R 1 is an aliphatic hydrocarbon group having 1 or more and 33 or less carbon atoms, R 2 is an aliphatic hydrocarbon group having 1 or more and 33 or less carbon atoms, a total number of carbon atoms of R 1 and R 2 is 1 or more and 34 or less, X is a single bond, and one of A 1 and A 2 is -OH and the other is -O-CH 2 -CH -CH 2 OH or -O-CH(-CH 2 -OH) 2; wherein each of the aliphatic hydrocarbon groups of R 1 and R 2 has no substituent. wherein R 1 is an aliphatic hydrocarbon group having 1 or more and 33 or less carbon atoms, R 2 is an aliphatic hydrocarbon group having 1 or more and 33 or less carbon atoms, a total number of carbon atoms of R 1 and R 2 is 1 or more and 34 or less, X is a single bond, and one of A 1 and A 2 is -OH and the other is -O-CH 2 -CH -CH 2 OH or -O-CH(-CH 2 -OH) 2; wherein each of the aliphatic hydrocarbon groups of R 1 and R 2 has no substituent.
A method for producing calcium carbonate and vanadium containing the steps of a) extraction of alkaline industrial waste and by-products at a temperature of 0-100 °C using as a first extraction solvent an aqueous solution of a salt formed from a weak acid and a weak base having a salt concentration of 0.2 to 5 M, whereby a first residue is allowed to settle and a calcium-rich first filtrate is formed, b) filtration, whereby the first filtrate is separated from a vanadium-enriched first residue, c) carbonation of the calcium-rich first filtrate at a temperature of 0-100 °C using a carbonation gas, whereby calcium carbonate precipitates and a second filtrate is formed, d) filtration, whereby the calcium carbonate is separated from the second filtrate, e) dissolution of the first residue at a temperature of 0-100 °C using a second extraction solvent having a salt concentration of 0.2 to 5 M, whereby a vanadium-lean second residue is allowed to settle and a vanadium-rich third filtrate is formed, containing 20-30% of the vanadium present in the industrial waste or by-product, and f) filtration, whereby the second residue is separated from the third filtrate. a) extraction of alkaline industrial waste and by-products at a temperature of 0-100 °C using as a first extraction solvent an aqueous solution of a salt formed from a weak acid and a weak base having a salt concentration of 0.2 to 5 M, whereby a first residue is allowed to settle and a calcium-rich first filtrate is formed, b) filtration, whereby the first filtrate is separated from a vanadium-enriched first residue, c) carbonation of the calcium-rich first filtrate at a temperature of 0-100 °C using a carbonation gas, whereby calcium carbonate precipitates and a second filtrate is formed, d) filtration, whereby the calcium carbonate is separated from the second filtrate, e) dissolution of the first residue at a temperature of 0-100 °C using a second extraction solvent having a salt concentration of 0.2 to 5 M, whereby a vanadium-lean second residue is allowed to settle and a vanadium-rich third filtrate is formed, containing 20-30% of the vanadium present in the industrial waste or by-product, and f) filtration, whereby the second residue is separated from the third filtrate.
A method for inhibiting or masking fish odour encompassing the following steps: (a) providing a composition comprising at least one isomer of Norlimbanol according to formula (Ia) and (Ib) and a cosmetically acceptable carrier; and (b) applying or bringing in contact said composition with a source exhibiting said fish odour, wherein said at least one isomer of Norlimbanol is present in the carrier in an amount of 0.00001 to 0.01 % b.w. - calculated on the total composition. (a) providing a composition comprising at least one isomer of Norlimbanol according to formula (Ia) and (Ib) and a cosmetically acceptable carrier; and (b) applying or bringing in contact said composition with a source exhibiting said fish odour, wherein said at least one isomer of Norlimbanol is present in the carrier in an amount of 0.00001 to 0.01 % b.w. - calculated on the total composition.
Device for reducing the rolling motion of a power train comprising: a first driving shaft rotating about a first axis in a chamber surrounded by a casing, the device comprising a first gear wheel attached to one end of said first driving shaft and meshing with a second gear wheel secured to a second shaft rotating about a second axis parallel to the first axis, the second gear wheel being connected to a clearance compensating device that is able to radially clamp the second gear wheel against the first gear wheel, characterized in that the clearance compensating device is a high-pressure pump.
An apparatus (20, 52, 88, 124, 170, 210, 250, 270) for reading patterns and sensing displacements, comprising: means (22, 54, 90, 126) for generating a broadband pulsed probe beam; means (34, 66, 108, 144, 262, 340) for Fourier-transformation mapping of the spectrum of said pulsed probe beam into a spatial domain to form a spatially dispersed optical beam directed at a target (38, 70, 110, 146, 214), wherein said target (38, 70, 110, 146, 214) is to be read; means (34, 66, 108, 144, 262, 34b) for forming a responsive optical signal based on optical energy from the target; means (40, 72, 112, 148) for dispersive Fourier-transformation of said responsive optical signal to convert said responsive optical signal into a time-domain waveform; and means (42, 200,78, 114, 154) for detecting and analyzing said time-domain waveform to determine patterns and/or displacements within the target being read. means (22, 54, 90, 126) for generating a broadband pulsed probe beam; means (34, 66, 108, 144, 262, 340) for Fourier-transformation mapping of the spectrum of said pulsed probe beam into a spatial domain to form a spatially dispersed optical beam directed at a target (38, 70, 110, 146, 214), wherein said target (38, 70, 110, 146, 214) is to be read; means (34, 66, 108, 144, 262, 34b) for forming a responsive optical signal based on optical energy from the target; means (40, 72, 112, 148) for dispersive Fourier-transformation of said responsive optical signal to convert said responsive optical signal into a time-domain waveform; and means (42, 200,78, 114, 154) for detecting and analyzing said time-domain waveform to determine patterns and/or displacements within the target being read.