mhurhangee/ep-ind-claims huggingface dataset:
Method for processing data concerning an industrial process, the method comprising steps of: - acquiring a parameter related to said industrial process; - determining the distance of said acquisition to a cluster; - wherein the cluster comprises at least a predetermined number of acquisitions that are closer to each other than a predetermined distance; - determining that said acquisition represents an anomaly if its distance to the cluster exceeds a predetermined threshold; characterized in that the distance between the acquisition and the cluster is the shortest distance between said acquisition and any acquisition of the cluster; wherein - the industrial process is controlled on the basis of whether or not an anomaly was detected. - acquiring a parameter related to said industrial process; - determining the distance of said acquisition to a cluster; - wherein the cluster comprises at least a predetermined number of acquisitions that are closer to each other than a predetermined distance; - determining that said acquisition represents an anomaly if its distance to the cluster exceeds a predetermined threshold; characterized in that the distance between the acquisition and the cluster is the shortest distance between said acquisition and any acquisition of the cluster; wherein - the industrial process is controlled on the basis of whether or not an anomaly was detected.
A device for protecting paws, comprising an upper part and a lower part (1, 2), each having a shank portion (3, 4) and a paw portion (5, 6), the upper and lower parts (1, 2) being connected in sections at the edges, forming a shank and a paw holder adjacent to the shank, the paw portion of the lower part is in semi-oval shape adjoining, along its transversal axis, the shank portion of the lower part, characterised in that the paw portion of the upper part is in semi-oval shape adjoining, along its longitudinal axis, the shank portion of the upper part.
Light-emitting diode device (10, 20) comprising: - at least two branches (11, 12) electrically connected in parallel and each comprising a light-emitting diode (LED1, LED2), of which a first branch comprises a first light-emitting diode and a second branch comprises a second light-emitting diode, and - a first detection means designed to detect a failure of said first light-emitting diode, - a current regulator electrically configured in shunt mode for said first light-emitting diode, characterized in that it furthermore comprises: - a switching circuit controlled by said detection means for alternately blocking the current flowing through said first light-emitting diode or said current regulator, respectively depending on whether said detection means detects or does not detect a failure of said first light-emitting diode. - at least two branches (11, 12) electrically connected in parallel and each comprising a light-emitting diode (LED1, LED2), of which a first branch comprises a first light-emitting diode and a second branch comprises a second light-emitting diode, and - a first detection means designed to detect a failure of said first light-emitting diode, - a current regulator electrically configured in shunt mode for said first light-emitting diode, - a switching circuit controlled by said detection means for alternately blocking the current flowing through said first light-emitting diode or said current regulator, respectively depending on whether said detection means detects or does not detect a failure of said first light-emitting diode.
Process for the manufacture of a semiconductor element, the process comprising a stage of rapid heat treatment of a substrate comprising a charge-trapping layer which is capable of damaging an RF characteristic of the substrate, the process being characterized in that the rapid heat treatment stage is followed by a healing heat treatment of the substrate between 700°C and 1100°C for a period of time of at least 15 seconds.
A process for preparation of ethanol using a mechanical vapour recompression method comprising: a. preheating a fermented wash forming a first stream; b. subjecting said first stream to a stripping column forming a first top stream and a first bottom stream; c. condensing said first top stream through first condenser forming a high concentration ethanol stream and a first vapour stream; d. removing solids from said first bottom stream of step [b] and concentrating it in said first condenser forming a concentrated stream; e. compressing said first vapour stream forming a high-pressure vapour stream in a mechanical vapour recompression unit and providing it to said stripping column; f. subjecting said high ethanol stream to a rectifying column forming a product stream, a second top stream and a second bottom stream; g. providing said second top stream to a second condenser forming a liquid stream and returning it to said rectifying column; h. recycling said second bottom stream of step [f] with said fermented wash of step [a] forming said first stream; i. subjecting said concentrated stream of step [d] to said second condenser forming a concentrated waste stream and a second vapour stream; and j. compressing said second vapour stream forming said high-pressure vapour stream in said mechanical vapour recompression unit and providing it to said distilling column. a. preheating a fermented wash forming a first stream; b. subjecting said first stream to a stripping column forming a first top stream and a first bottom stream; c. condensing said first top stream through first condenser forming a high concentration ethanol stream and a first vapour stream; d. removing solids from said first bottom stream of step [b] and concentrating it in said first condenser forming a concentrated stream; e. compressing said first vapour stream forming a high-pressure vapour stream in a mechanical vapour recompression unit and providing it to said stripping column; f. subjecting said high ethanol stream to a rectifying column forming a product stream, a second top stream and a second bottom stream; g. providing said second top stream to a second condenser forming a liquid stream and returning it to said rectifying column; h. recycling said second bottom stream of step [f] with said fermented wash of step [a] forming said first stream; i. subjecting said concentrated stream of step [d] to said second condenser forming a concentrated waste stream and a second vapour stream; and j. compressing said second vapour stream forming said high-pressure vapour stream in said mechanical vapour recompression unit and providing it to said distilling column.
A method for determining a beam set used by a user equipment, also referred to as UE, in a cell of a wireless communication system, wherein there are multiple beams in the cell, comprising: a base station of the cell determines an initial beam set of the UE according to beam(s) via which random access preambles transmitted by the UE during a random access procedure is received from the base station; characterized by further comprising: the base station allocates the UE with reference signal, also referred to as RS, resources on the cell after the random access procedure, wherein the RS resources define periodic resources for RS transmissions with a first repetition period, and there are multiple contiguous symbols with allocated RS resources for transmissions of multiple RSs by the UE in each first repetition period; the base station of the cell uses at least one beam to receive a RS transmitted from the UE on each symbol of the multiple contiguous symbols in each first repetition period; and the base station updates the initial beam set of the UE according to said at least one beam via which said RS on each symbol of the multiple contiguous symbols in each first repetition period is received from the UE. a base station of the cell determines an initial beam set of the UE according to beam(s) via which random access preambles transmitted by the UE during a random access procedure is received from the base station; characterized by further comprising: the base station allocates the UE with reference signal, also referred to as RS, resources on the cell after the random access procedure, wherein the RS resources define periodic resources for RS transmissions with a first repetition period, and there are multiple contiguous symbols with allocated RS resources for transmissions of multiple RSs by the UE in each first repetition period; the base station of the cell uses at least one beam to receive a RS transmitted from the UE on each symbol of the multiple contiguous symbols in each first repetition period; and the base station updates the initial beam set of the UE according to said at least one beam via which said RS on each symbol of the multiple contiguous symbols in each first repetition period is received from the UE. the base station allocates the UE with reference signal, also referred to as RS, resources on the cell after the random access procedure, wherein the RS resources define periodic resources for RS transmissions with a first repetition period, and there are multiple contiguous symbols with allocated RS resources for transmissions of multiple RSs by the UE in each first repetition period; the base station of the cell uses at least one beam to receive a RS transmitted from the UE on each symbol of the multiple contiguous symbols in each first repetition period; and the base station updates the initial beam set of the UE according to said at least one beam via which said RS on each symbol of the multiple contiguous symbols in each first repetition period is received from the UE.
A process for producing heat-treated vinylidene fluoride (VdF) polymer powder suitable for use in a power storage device electrode slurry, comprising heat treating raw VdF polymer powder at such a temperature that the temperature of the polymer powder is not less than 125°C to less than the crystal melting temperature (Tm) of the polymer, wherein the raw VdF polymer powder contains ≥ 90 mol% of VdF-derived monomer units, and has a median particle diameter of 50-230 μm.
A method of reducing contaminants in cocoa beans, the method comprising: placing cocoa beans in contact with an effective amount of ozone, thus reducing a level of contaminants in the cocoa beans, wherein said contaminants are selected from the group consisting of smoky odors, polycyclic aromatic hydrocarbons, and combinations thereof, wherein the effective amount of ozone is at least 1,000 ppm, wherein the effective amount of ozone ranges from 1,000-12,000 ppm or between 1 to 30 grams of ozone per kilogram of cocoa beans, and wherein the cocoa beans are in contact with the effective amount of ozone for at least 4 hours. wherein said contaminants are selected from the group consisting of smoky odors, polycyclic aromatic hydrocarbons, and combinations thereof, wherein the effective amount of ozone is at least 1,000 ppm, wherein the effective amount of ozone ranges from 1,000-12,000 ppm or between 1 to 30 grams of ozone per kilogram of cocoa beans, and wherein the cocoa beans are in contact with the effective amount of ozone for at least 4 hours.
A polyolefin-based resin composition comprising: a polyolefin-based resin, and a hydrogenated block copolymer having a polymer block A mainly comprising a vinyl aromatic monomer unit and a polymer block B mainly comprising a conjugated diene monomer unit, wherein a mass ratio of the polyolefin-based resin/the hydrogenated block copolymer is 95 to 5 parts by mass/5 to 95 parts by mass, a total vinyl aromatic monomer unit content in the hydrogenated block copolymer is 12 to 25 mass%, a degree of hydrogenation of double bonds based on the conjugated diene monomer unit in the hydrogenated block copolymer is 90 mol% or more, the polyolefin-based resin composition has a melt flow rate value measured in accordance with ASTM D1238 at a temperature of 230°C at a load of 2.16 kg of 7 to 26 g/10 min, and the polyolefin-based resin has a melt flow rate value measured in accordance with ASTM D1238 at a temperature of 230°C at a load of 2.16 kg of 5 to 20 g/10 min. a polyolefin-based resin, and a hydrogenated block copolymer having a polymer block A mainly comprising a vinyl aromatic monomer unit and a polymer block B mainly comprising a conjugated diene monomer unit, wherein a mass ratio of the polyolefin-based resin/the hydrogenated block copolymer is 95 to 5 parts by mass/5 to 95 parts by mass, a total vinyl aromatic monomer unit content in the hydrogenated block copolymer is 12 to 25 mass%, a degree of hydrogenation of double bonds based on the conjugated diene monomer unit in the hydrogenated block copolymer is 90 mol% or more, the polyolefin-based resin composition has a melt flow rate value measured in accordance with ASTM D1238 at a temperature of 230°C at a load of 2.16 kg of 7 to 26 g/10 min, and the polyolefin-based resin has a melt flow rate value measured in accordance with ASTM D1238 at a temperature of 230°C at a load of 2.16 kg of 5 to 20 g/10 min.
A cutaneous medical device, comprising: - a main part (131, 181, 231) containing an electricity source capable of generating an electric current and electronic components, to form part of an electric circuit, - at least one removable cutaneous electrode including a plug (140, 140'), said electrode being intended to be in electrical contact with the user, - at least one base positioned on a first face of the main part and able to be electrically connected with said removable cutaneous electrode; characterized in that said device comprises, in said at least one base, conductive means (124, 125) and, in said plug, a means (143; 143') for controlling the passage of the current between said conductive means, in that the conductive means (124, 125) are housed by a common and deformable conductive piece in the shape of a cupola and in that said conductive means and said control means form an electric switch having a recognition function for said removable cutaneous electrode by electrically connecting the conductive means (124, 125) via a deformation of said conductive piece. - a main part (131, 181, 231) containing an electricity source capable of generating an electric current and electronic components, to form part of an electric circuit, - at least one removable cutaneous electrode including a plug (140, 140'), said electrode being intended to be in electrical contact with the user, - at least one base positioned on a first face of the main part and able to be electrically connected with said removable cutaneous electrode;
A medical injector comprising: a body; a slidable button at least partially disposed in said body; a displaceable plunger disposed in said body; a spring disposed to advance said plunger; and, a releasable retainer for retaining said plunger in a first state against force of said spring, wherein, upon a predetermined extent of sliding movement of said button, said button engages said releasable retainer (22, 24) so as to cause said releasable retainer (22,24) to release said plunger thus allowing said spring to advance said plunger, characterized in that said releasable retainer (22, 24) includes at least one latch tab extending from said plunger and at least one ledge formed in said body, said ledge interferingly engaging said latch tab to retain said plunger in said first state and wherein, upon said predetermined extent of sliding movement of said button, said button causes deflection of said latch tab inwardly from said at least one ledge so as to come out of interfering engagement with said ledge thus allowing said spring to advance said plunger. a body; a slidable button at least partially disposed in said body; a displaceable plunger disposed in said body; a spring disposed to advance said plunger; and, a releasable retainer for retaining said plunger in a first state against force of said spring, wherein, upon a predetermined extent of sliding movement of said button, said button engages said releasable retainer (22, 24) so as to cause said releasable retainer (22,24) to release said plunger thus allowing said spring to advance said plunger, characterized in that said releasable retainer (22, 24) includes at least one latch tab extending from said plunger and at least one ledge formed in said body, said ledge interferingly engaging said latch tab to retain said plunger in said first state and wherein, upon said predetermined extent of sliding movement of said button, said button causes deflection of said latch tab inwardly from said at least one ledge so as to come out of interfering engagement with said ledge thus allowing said spring to advance said plunger.
A foot stabilizing device, being an insole body with a toe region, a foot sole region, a foot arch region and a foot heel region disposed sequentially from an insole front-end to an insole rear-end, wherein the insole body comprises a reducing stress structure (30, 30a) extended longitudinally from the center position of a rear end of the toe region to the middle position of the foot sole region, wherein the reducing stress structure (30, 30a) is a structure with a concave upper surface, a concave lower surface or both concave upper and lower surfaces, and wherein the reducing stress structure has a width equal to one-third of the width of the insole body width, and the reducing stress structure (30, 30a) is in an oval shape, and the oval shape has a tapered end (32a, 32b) proximate to the toe region characterised in that the foot stabilizing device further comprises a first balancing bump disposed in a region of the reducing stress structure (30, 30a) and on a line of symmetry of the reducing stress structure (30, 30a).
A liquid pharmaceutical composition for use in medical treatment of a neurodegenerative disease or a cerebrovascular disease in humans, said liquid pharmaceutical composition being a monophasic aqueous solution of non-complexed 3-methyl-1-phenyl-2-pyrazolin-5-one (edaravone) and comprising at least 75 wt.% water and 0.2-9 mg/mL of edaravone, wherein the treatment comprises oral or gastric administration of 10-250 mL of the liquid pharmaceutical composition to provide 30-300 mg edaravone, and 0.4-4 mg edaravone per kg of bodyweight per day.
An image processing device comprising: a correction value table in which a correction value is set, the correction value being in accordance with a distance between a center of a frame of a captured image captured through a zoom lens, and a pixel positioned in the frame; a first multiplier configured to multiply a correction value by an adjustment coefficient and to generate an adjusted correction value, the correction value being read from the correction value table in accordance with a distance between the center of the frame and each target pixel in the frame, and the adjustment coefficient being determined from at least a zoom magnification and a focus distance of the zoom lens; a second multiplier configured to multiply the adjusted correction value by a cosine of an angle formed between a position of each target pixel and the center of the frame and to generate a horizontal correction value that corrects each target pixel in a horizontal direction; and a horizontal filter configured to add all multiplication results obtained by multiplying a plurality of pixels in a left-right direction with each target pixel as a center by left-right asymmetric coefficients, to generate a horizontal high-pass filter component, to add, to each target pixel, a horizontal correction component obtained by multiplying the horizontal high-pass filter component by the horizontal correction value, and to correct each target pixel in the horizontal direction. a correction value table in which a correction value is set, the correction value being in accordance with a distance between a center of a frame of a captured image captured through a zoom lens, and a pixel positioned in the frame; a first multiplier configured to multiply a correction value by an adjustment coefficient and to generate an adjusted correction value, the correction value being read from the correction value table in accordance with a distance between the center of the frame and each target pixel in the frame, and the adjustment coefficient being determined from at least a zoom magnification and a focus distance of the zoom lens; a second multiplier configured to multiply the adjusted correction value by a cosine of an angle formed between a position of each target pixel and the center of the frame and to generate a horizontal correction value that corrects each target pixel in a horizontal direction; and a horizontal filter configured to add all multiplication results obtained by multiplying a plurality of pixels in a left-right direction with each target pixel as a center by left-right asymmetric coefficients, to generate a horizontal high-pass filter component, to add, to each target pixel, a horizontal correction component obtained by multiplying the horizontal high-pass filter component by the horizontal correction value, and to correct each target pixel in the horizontal direction.
A mixed phosphate catalyst comprising at least two different phosphate salts wherein the least two different phosphate salts comprise K 2 UPO 4 and the precipitation product of phosphoric acid and Ba(NO 3) 2.
A moisture-curable polymeric composition, comprising: (a) a polyolefin having hydrolyzable silane groups; (b) a halogenated polymer; and (c) a metal mercaptide. (a) a polyolefin having hydrolyzable silane groups; (b) a halogenated polymer; and (c) a metal mercaptide.
A pressure vessel comprising: a cylinder portion defining an accumulator chamber therein; a screwable portion arranged inside of both end portions of the cylinder portion, an outer peripheral portion of the screwable portion being screw-threaded into an inner peripheral portion of the cylinder portion; a lid portion arranged at a position closer to the accumulator chamber than the screwable portion and comprising a pressure receiving surface facing the accumulator chamber; characterized by a reinforcing ring fitted to an outer peripheral surface of the cylinder portion at each of the both end portions of the cylinder portion, wherein the reinforcing ring covers a portion of the outer peripheral surface corresponding to the whole of a screw-threaded portion of the cylinder portion and the screwable portion along an axial direction of the cylinder portion and wherein the reinforcing ring is fitted to the cylinder portion in a state of exerting a compressive stress so as to tighten the cylinder portion. a cylinder portion defining an accumulator chamber therein; a screwable portion arranged inside of both end portions of the cylinder portion, an outer peripheral portion of the screwable portion being screw-threaded into an inner peripheral portion of the cylinder portion; a lid portion arranged at a position closer to the accumulator chamber than the screwable portion and comprising a pressure receiving surface facing the accumulator chamber; characterized by a reinforcing ring fitted to an outer peripheral surface of the cylinder portion at each of the both end portions of the cylinder portion, wherein the reinforcing ring covers a portion of the outer peripheral surface corresponding to the whole of a screw-threaded portion of the cylinder portion and the screwable portion along an axial direction of the cylinder portion and wherein the reinforcing ring is fitted to the cylinder portion in a state of exerting a compressive stress so as to tighten the cylinder portion.
Lifting post for a circular sea pen, said lifting post comprises an elongated stem with a base portion and an opposite free end portion, the stem is provided with a fastening organ for a detachable winch between the base portion and the free end portion, characterised in that the stem is provided with a pull portion (15; 16) above the fastening organ, and the base portion is provided with a first fastening means for connecting the lifting post to at least two concentric floating plastic rings of the circular sea pen.