mhurhangee/ep-ind-claims huggingface dataset:
Oil cooler for an oil filter module of a motor vehicle, - having a first plate and at least a second plate which are stacked one above the other in a stacking direction, - having at least one through-opening (5, 5a, 5b) which is provided in the first plate for receiving a securing element by means of which the first plate can be secured to an assembly wall, in particular of an oil filter module, - wherein the securing element is constructed as a screw element which comprises a screw bolt which has an outer thread and which merges axially at the end side into a screw head which protrudes radially outwards from the screw bolt, characterised in that the first and the second plates (2, 3) which delimit the first fluid channel are sized in such a manner that an end side of the screw head facing away from the screw bolt in a state in which the oil cooler is fixed to the assembly wall is in abutment with a side of the second plate which is adjacent to the first plate, which side faces the first plate. - having a first plate and at least a second plate which are stacked one above the other in a stacking direction, - having at least one through-opening (5, 5a, 5b) which is provided in the first plate for receiving a securing element by means of which the first plate can be secured to an assembly wall, in particular of an oil filter module, - wherein the securing element is constructed as a screw element which comprises a screw bolt which has an outer thread and which merges axially at the end side into a screw head which protrudes radially outwards from the screw bolt,
Illumination apparatus, comprising: a housing; a light source which is configured to emit a light beam; a heat absorption element, thermally coupled and mechanically connected with the light source; a heat dissipation element which is mechanically connected with the housing; a flexible heat conducting element which is coupled on a first end to the heat absorption element and on a second end to the heat dissipation element, and wherein the flexible heat conducting element is configured to conduct heat from the heat absorption element to the heat dissipation element and to allow a relative movement between the heat absorption element and the heat dissipation element, and a bearing to support the light source so that the light source is movable relative to the housing, characterised in that the illumination apparatus is configured to vary an angle of radiation of the light beam of the light source by a movement of the light source on the bearing between at least two angles of a group of angles, the group of angles comprising a wide angle, a medium angle and a narrow angle, wherein the movement of the light source is a movement within the housing in one direction closer to an open end of the housing and in a contrary direction closer to a closed end of the housing; and wherein the flexible heat conducting element is follows the movement, so that in spite of the movement of the light source on the bearing a dissipation heat can be transferred to the heat dissipation element via the flexible heat conducting element. a housing; a light source which is configured to emit a light beam; a heat absorption element, thermally coupled and mechanically connected with the light source; a heat dissipation element which is mechanically connected with the housing; a flexible heat conducting element which is coupled on a first end to the heat absorption element and on a second end to the heat dissipation element, and wherein the flexible heat conducting element is configured to conduct heat from the heat absorption element to the heat dissipation element and to allow a relative movement between the heat absorption element and the heat dissipation element, and a bearing to support the light source so that the light source is movable relative to the housing, characterised in that the illumination apparatus is configured to vary an angle of radiation of the light beam of the light source by a movement of the light source on the bearing between at least two angles of a group of angles, the group of angles comprising a wide angle, a medium angle and a narrow angle, wherein the movement of the light source is a movement within the housing in one direction closer to an open end of the housing and in a contrary direction closer to a closed end of the housing; and wherein the flexible heat conducting element is follows the movement, so that in spite of the movement of the light source on the bearing a dissipation heat can be transferred to the heat dissipation element via the flexible heat conducting element.
A substance selected from the group consisting of: a. alpha-ketoglutaric acid and b. pharmaceutically acceptable salts of alpha-ketoglutaric acid; for use in the treatment and/or prophylaxis of hypertension or pulmonary hypertension. a. alpha-ketoglutaric acid and b. pharmaceutically acceptable salts of alpha-ketoglutaric acid;
A mounting system for an aircraft, comprising a jet engine, a wing and a strut, wherein the strut comprises: a plurality of engine mounts (312, 316); and a space frame truss supported from the wing and comprising a front portion and an aft portion, characterized in that the aft portion is coupled to the front portion, the front portion being coupled to and supporting the engine mounts (312, 316), the aft portion extending upwardly and rearwardly from an aft end of the front portion, wherein said aft portion comprises: a lower frame having an aft end, an upper frame having an aft end, and a U-shaped aft frame disposed at an aft end of the aft portion and coupling the aft end of the lower frame to the aft end of the upper frame, wherein a lateral width of the lower frame is less than a lateral width of the upper frame. a plurality of engine mounts (312, 316); and a space frame truss supported from the wing and comprising a front portion and an aft portion, characterized in that the aft portion is coupled to the front portion, the front portion being coupled to and supporting the engine mounts (312, 316), the aft portion extending upwardly and rearwardly from an aft end of the front portion, wherein said aft portion comprises: a lower frame having an aft end, an upper frame having an aft end, and a U-shaped aft frame disposed at an aft end of the aft portion and coupling the aft end of the lower frame to the aft end of the upper frame, wherein a lateral width of the lower frame is less than a lateral width of the upper frame. a lower frame having an aft end, an upper frame having an aft end, and a U-shaped aft frame disposed at an aft end of the aft portion and coupling the aft end of the lower frame to the aft end of the upper frame, wherein a lateral width of the lower frame is less than a lateral width of the upper frame.
Lighting and/or signalling device for a motor vehicle, said device comprising at least one light source, each light source emitting, towards a light guide of the said device, a plurality of light rays along an emission volume having a central axis, said light guide guiding the light rays in such a way as to produce an overall light beam emitted along a main emission direction, the light guide comprising, in a central zone having a central width, a central optical system comprising a first Fresnel system and a second Fresnel system cooperating to cause a deflection of the light rays emitted by the at least one light source of the light-emitting diode type in a global direction of deflected rays, characterized in that the first and second Fresnel systems are arranged opposite each other, an air volume being placed between the first Fresnel system and the second Fresnel systems, and in that the overall direction of deflected rays has with said central axis an angle greater than twenty degrees.
A water-soluble packaging film comprising: a modified polyvinyl alcohol; a plasticizer; and an alkali metal derived from an alkali metal salt, the alkali metal salt being hydride, halide, oxygenate, sulfide, oxoate, or organic acid salt, wherein the water-soluble packaging film contains 3 to 13 parts by weight of the plasticizer based on 100 parts by weight of the modified polyvinyl alcohol, the water-soluble packaging film contains 0.3 to 5% by weight of the alkali metal based on 100% by weight of the water-soluble packaging film as measured according to the method in the description, the alkali metal content per unit area as measured according to the method in the description is 0.06 to 10 g/m 2, characterized in that the modified polyvinyl alcohol is prepared by modification by a hydrophilic group, wherein the hydrophilic group is a sulfonic acid group. a modified polyvinyl alcohol; a plasticizer; and an alkali metal derived from an alkali metal salt, the alkali metal salt being hydride, halide, oxygenate, sulfide, oxoate, or organic acid salt, wherein the water-soluble packaging film contains 3 to 13 parts by weight of the plasticizer based on 100 parts by weight of the modified polyvinyl alcohol, the water-soluble packaging film contains 0.3 to 5% by weight of the alkali metal based on 100% by weight of the water-soluble packaging film as measured according to the method in the description, the alkali metal content per unit area as measured according to the method in the description is 0.06 to 10 g/m 2, characterized in that the modified polyvinyl alcohol is prepared by modification by a hydrophilic group, wherein the hydrophilic group is a sulfonic acid group.
A tire stud made of a cemented carbide comprising at least 50 wt% WC and a metal binder in the amount between 3 and 25 wt% wherein the metal binder comprises at least 30 wt% Ni and less than 50 wt% Co characterized in that the metal binder further comprises Fe in an amount of at least 5 wt% and Fe and Ni so that the total amount of Fe + Ni is at least 80 wt% of the metal binder.
A method for producing capped (blocked) 3-hydroxybutyric acid or its salts or esters, wherein at least one compound of the general formula CH 3 -CH -CH 2 -C OR 1 wherein in the general formula the radical R 1 represents hydrogen or methyl or ethyl, is reacted with at least one carboxylic acid anhydride of the general formula R 2 -C -O-C -R 3 wherein in the general formula the radicals R 2 and R 3, each independently of one another, represent a linear or branched, saturated or mono- or polyunsaturated C 3 -C 21 -alkyl, optionally followed by hydrolysis in the case that R 1 represents hydrogen, wherein the reaction of the at least one compound of the general formula with the at least one carboxylic acid anhydride of the general formula is carried out in the absence of solvents and/or without any solvent, so that, as reaction product, there is/are obtained one or more capped (blocked) 3-hydroxybutyric acids and/or their salts and/or esters of the general formula CH 3 -CH[O-C R 5]-CH 2 -C OR 4 wherein in the general formula the radical R 4 represents methyl or ethyl or a metal ion, especially an alkali metal or alkaline earth metal ion, and the radical R 5 represents a radical R 2 or R 3 each having the meaning defined hereinabove. wherein at least one compound of the general formula CH 3 -CH -CH 2 -C OR 1 wherein in the general formula the radical R 1 represents hydrogen or methyl or ethyl, is reacted with at least one carboxylic acid anhydride of the general formula R 2 -C -O-C -R 3 wherein in the general formula the radicals R 2 and R 3, each independently of one another, represent a linear or branched, saturated or mono- or polyunsaturated C 3 -C 21 -alkyl, optionally followed by hydrolysis in the case that R 1 represents hydrogen, wherein the reaction of the at least one compound of the general formula with the at least one carboxylic acid anhydride of the general formula is carried out in the absence of solvents and/or without any solvent, so that, as reaction product, there is/are obtained one or more capped (blocked) 3-hydroxybutyric acids and/or their salts and/or esters of the general formula CH 3 -CH[O-C R 5]-CH 2 -C OR 4 wherein in the general formula the radical R 4 represents methyl or ethyl or a metal ion, especially an alkali metal or alkaline earth metal ion, and the radical R 5 represents a radical R 2 or R 3 each having the meaning defined hereinabove.
A process for producing a makeup synthesis gas for the synthesis of ammonia, comprising the steps of: - reforming a hydrocarbon feedstock, in a primary reformer with no secondary reformer obtaining a syngas stream, and treating said syngas stream obtaining a purified syngas containing hydrogen; - separating an air feed into a nitrogen stream and an oxygen-enriched air stream; - adding said nitrogen stream to the purified syngas, obtaining a makeup syngas containing hydrogen and nitrogen in a suitable molar ratio for synthesis of ammonia; the process being characterized in that: said oxygen-enriched air stream is fed to at least one additional reformer; a portion of the total hydrocarbon input is reformed in said additional reformer in parallel with the primary reformer, obtaining an additional syngas flow, said additional syngas flow is joined with the syngas output of said primary reformer. - reforming a hydrocarbon feedstock, in a primary reformer with no secondary reformer obtaining a syngas stream, and treating said syngas stream obtaining a purified syngas containing hydrogen; - separating an air feed into a nitrogen stream and an oxygen-enriched air stream; - adding said nitrogen stream to the purified syngas, obtaining a makeup syngas containing hydrogen and nitrogen in a suitable molar ratio for synthesis of ammonia;
A process of determining features of a fabric (48, 312), the process comprising: forming a representation of a portion of a surface of the fabric, the representation showing locations and sizes of knuckles (206, 208) and pockets in the surface of the fabric (48, 312); generating an image of the portion of the surface of the fabric(48, 312) based on the representation; displaying at least a portion of the image on a screen associated with a computer having a processor; the process being characterized by drawing an outline around at least one of the knuckles (206, 208) displayed in the image; and drawing guidelines (610, 612) in the displayed image such that the guidelines (i) pass through the center of the outlined knuckle, (ii) pass through other knuckles displayed in the image, and (iii) form a shape that surrounds areas of the image that correspond to where the pockets are formed between the knuckles (206, 208), wherein the outline and guidelines (610, 612) are drawn using an image analysis program stored in a non-transitory computer-readable medium. forming a representation of a portion of a surface of the fabric, the representation showing locations and sizes of knuckles (206, 208) and pockets in the surface of the fabric (48, 312); generating an image of the portion of the surface of the fabric(48, 312) based on the representation; displaying at least a portion of the image on a screen associated with a computer having a processor; the process being characterized by drawing an outline around at least one of the knuckles (206, 208) displayed in the image; and drawing guidelines (610, 612) in the displayed image such that the guidelines (i) pass through the center of the outlined knuckle, (ii) pass through other knuckles displayed in the image, and (iii) form a shape that surrounds areas of the image that correspond to where the pockets are formed between the knuckles (206, 208), wherein the outline and guidelines (610, 612) are drawn using an image analysis program stored in a non-transitory computer-readable medium.
Lighting device comprising: a transparent body (100, 500) having a plurality of light guides (130, 530) extending in a first direction (300, 600), wherein each light guide (130, 530) is delimited by slits (133, 533) extending in the first direction (300, 600), and a plurality of light guides (140, 540) extending in a second direction (400, 700), wherein each light guide (140, 540) is delimited by slits (144, 544) extending in the second direction (400, 700), wherein the plurality of light guides (130, 530) extending in the first direction (300, 600) and the plurality of light guides (140, 540) extending in the second direction (400, 700) are arranged to intersect thereby forming intersections, a first set of light sources (210, 610) arranged at a first side of the transparent body (100, 500), wherein the first set of light sources (210, 610) are arranged to emit light through the light guides (130, 530) extending in the first direction (300, 600), and a second set of light (220, 620) sources arranged at a second side of the transparent body (100, 500), wherein the second set of light sources (220, 620) are arranged to emit light through the light guides (140, 540) extending in the second direction (400, 700) wherein light from the first set of light sources (210, 610) and light from the second set of light sources intersect in the intersections formed by the plurality of light guides (130, 530) extending in the first direction (300, 600) and the plurality of light guides (140, 540) extending in the second direction (400, 700). a transparent body (100, 500) having a plurality of light guides (130, 530) extending in a first direction (300, 600), wherein each light guide (130, 530) is delimited by slits (133, 533) extending in the first direction (300, 600), and a plurality of light guides (140, 540) extending in a second direction (400, 700), wherein each light guide (140, 540) is delimited by slits (144, 544) extending in the second direction (400, 700), wherein the plurality of light guides (130, 530) extending in the first direction (300, 600) and the plurality of light guides (140, 540) extending in the second direction (400, 700) are arranged to intersect thereby forming intersections, a first set of light sources (210, 610) arranged at a first side of the transparent body (100, 500), wherein the first set of light sources (210, 610) are arranged to emit light through the light guides (130, 530) extending in the first direction (300, 600), and a second set of light (220, 620) sources arranged at a second side of the transparent body (100, 500), wherein the second set of light sources (220, 620) are arranged to emit light through the light guides (140, 540) extending in the second direction (400, 700) wherein light from the first set of light sources (210, 610) and light from the second set of light sources intersect in the intersections formed by the plurality of light guides (130, 530) extending in the first direction (300, 600) and the plurality of light guides (140, 540) extending in the second direction (400, 700).
A method for producing a concentrated aqueous solution of an organic compound, comprising: a concentration adjustment step of adjusting an aqueous solution containing the organic compound at a concentration of less than 40% by mass to contain the organic compound at a concentration of equal to or greater than 40% by mass, the organic compound having two or more hydrophilic groups in a molecule, and the two or more hydrophilic groups include one or more chosen from a hydroxyl group, a carboxyl group, and a carbonyl group, wherein concentration adjustment is performed by mixing the aqueous solution containing the organic compound at the concentration of less than 40% by mass with the organic compound or an aqueous solution containing the organic compound at a concentration of greater than 40% by mass, or concentration adjustment is performed by heating the aqueous solution containing the organic compound at the concentration of less than 40% by mass to evaporate moisture; and a dehydration concentration step of irradiating the aqueous solution whose organic compound concentration is adjusted to equal to or greater than 40% by mass at the concentration adjustment step with an ultrasonic wave having a frequency of equal to or higher than 1 MHz to atomize water. a concentration adjustment step of adjusting an aqueous solution containing the organic compound at a concentration of less than 40% by mass to contain the organic compound at a concentration of equal to or greater than 40% by mass, the organic compound having two or more hydrophilic groups in a molecule, and the two or more hydrophilic groups include one or more chosen from a hydroxyl group, a carboxyl group, and a carbonyl group, wherein concentration adjustment is performed by mixing the aqueous solution containing the organic compound at the concentration of less than 40% by mass with the organic compound or an aqueous solution containing the organic compound at a concentration of greater than 40% by mass, or concentration adjustment is performed by heating the aqueous solution containing the organic compound at the concentration of less than 40% by mass to evaporate moisture; and a dehydration concentration step of irradiating the aqueous solution whose organic compound concentration is adjusted to equal to or greater than 40% by mass at the concentration adjustment step with an ultrasonic wave having a frequency of equal to or higher than 1 MHz to atomize water.
A method for determining the validity of a second system information block, SIB, stored in a terminal in a wireless communication system, the second system information block having a second version index indicating a version of the second system information block, wherein the method is performed by the terminal and comprises the steps of: receiving, from a serving cell, a first version index indicating a version of a first system information block; the method being characterized by: determining a valid sub index of the first version index and a valid sub index of the second version index, wherein both the first and the second version indices are composed of the same number of bits, wherein for each of the first and second version indices the step of determining the validity of the second system information block comprises determining which bits, among the bits of the version index, are mapped to a terminal capability of the terminal, wherein the valid sub index is composed of the determined bits; and comparing the valid sub index of the second version with the valid sub index of the first version index, so as to determine whether the version of the first system information block is identical to the version of the second system information block. receiving, from a serving cell, a first version index indicating a version of a first system information block; the method being characterized by: determining a valid sub index of the first version index and a valid sub index of the second version index, wherein both the first and the second version indices are composed of the same number of bits, wherein for each of the first and second version indices the step of determining the validity of the second system information block comprises determining which bits, among the bits of the version index, are mapped to a terminal capability of the terminal, wherein the valid sub index is composed of the determined bits; and comparing the valid sub index of the second version with the valid sub index of the first version index, so as to determine whether the version of the first system information block is identical to the version of the second system information block. determining a valid sub index of the first version index and a valid sub index of the second version index, wherein both the first and the second version indices are composed of the same number of bits, wherein for each of the first and second version indices the step of determining the validity of the second system information block comprises determining which bits, among the bits of the version index, are mapped to a terminal capability of the terminal, wherein the valid sub index is composed of the determined bits; and comparing the valid sub index of the second version with the valid sub index of the first version index, so as to determine whether the version of the first system information block is identical to the version of the second system information block.