mhurhangee/ep-ind-claims huggingface dataset:
A tunnel luminaire consisting of a luminaire housing extending along a longitudinal axis and a housing cover which is transparent at least in sections and which can be connected to the luminaire housing, which enclose a housing interior, in which a plurality of lighting means in the form of light-emitting diodes and at least one associated control unit connected to the lighting means for activating the lighting means are accommodated in the housing interior, in which at least one flat, plate-shaped carrier module extending along the longitudinal axis and having an upper and lower side (10.1, 10.2) is accommodated in the housing interior in an exchangeable manner, wherein the lighting means in the form of light-emitting diodes are arranged on its upper side (10.1) facing the housing cover and are connected to the carrier module in a thermally conductive manner for cooling purposes, wherein at least one lens system for beam shaping is associated with the lighting means and wherein the carrier module is formed in a plurality of parts and comprises at least one first carrier module part having an upper and lower side (10.1a, 10.2a) and a second carrier module part having an upper and a lowerside (10.1b, 10.2b), wherein the lighting means are arranged on the upper side (10.1a) of the first carrier module part and the at least one control unit is arranged on the lower side (10.2b) of the second carrier module part (10.2), wherein the carrier module parts (10a, 10b) are connected to the luminaire housing in a thermally conductive and exchangeable manner via at least two U-shaped retaining profiles, wherein the U-shaped retaining profiles are arranged displaceably on a housing bottom section (2.1) so that a distance between the U-shaped retaining profiles can be adjusted and wherein the first carrier module part including the lighting means and the at least one lens system forms an exchangeable assembly and the second carrier module part (10.2) forms an exchangeable assembly with the control unit.
Blocking piece for vacuum blocking a lens blank, the blocking piece comprising: - a blank contacting element formed of a rigid fluid-permeable material having an upper surface for contacting the lens blank; characterized in that it further comprises - a support element having an upper part tightly enclosing the blank contacting element on a peripheral surface of the blank contacting element and a lower part adapted to engage with a clamping device for clamping the blocking piece; and in that the blocking piece is adapted to fixate the lens blank to the upper surface of the blank contacting element by applying a vacuum within the blocking piece to provide a suction through essentially the entire upper surface of the blank contacting element to suck the lens blank to the upper surface of the blank contacting element. - a blank contacting element formed of a rigid fluid-permeable material having an upper surface for contacting the lens blank; characterized in that it further comprises - a support element having an upper part tightly enclosing the blank contacting element on a peripheral surface of the blank contacting element and a lower part adapted to engage with a clamping device for clamping the blocking piece;
Roof antenna for a vehicle, comprising a main body, a cover device and a printed circuit board, PCB layer, wherein the main body is metallic, wherein at least one mmWave antenna is arranged between the metallic main body and the printed circuit board, wherein at least two mmWave antennas (14a, 14b) are arranged in the main body, wherein the mmWave antennas (14a, 14b) are formed as slot antennas (15a, 15b), wherein the slot antennas (15a, 15b) are formed as waveguides with at least one slot, and wherein a waveguide can be coupled in each case to an mmW signal of an mMW antenna, wherein at least one of the slots of the slot antennas (15a, 15b) can be excited to radiate by the mmW signal, wherein the main body has a base plane which is formed centrally on the main body, wherein the base plane is formed as an elevation of the main body, wherein the at least one mmWave antenna (14a, 14b) is integrated into the base plane, characterised in that the metallic main body is formed as a zinc die-cast body and the waveguides are configured to be couplable to a coaxial line or a microstrip line, wherein a distance between a first mmWave antenna and a second mmWave antenna in the main body of the roof antenna is between 25 mm and 30 mm, in particular between 28 mm and 29 mm, wherein the first mmWave antenna is arranged in the direction of travel and the second mmWave antenna is arranged transversely to the direction of travel or transversely to the first mmWave antenna.
An end of arm tool comprising: a rotating plate with a first slot; a non-rotating plate with a second slot coupled to the rotating plate, an end effector inserted through the first slot with a clearance to move the end effector within the first slot, the end effector having a first end proximal to the rotating plate and a second end distal from the rotating plate, wherein the second end comprises a suction cup; wherein a portion of the end effector is inserted through the second slot, and wherein the first slot partially overlaps with the second slot; wherein the first slot is an angular slot and the second slot is a linear slot or vice-versa, the linear slot defining a range of radial positions relative to an axis of rotation of the rotating plate; a support plate positioned between the rotating plate and the suction cup, wherein the support plate comprises an aperture configured to receive a portion of the end effector, wherein the support plate aperture acts as a fulcrum point for the end effector; wherein the rotating plate is adjusted to move the end effector within the linear slot to change a radial position, at the linear slot, of the end effector relative to the axis of rotation of the rotating plate, to orientate the end effector, along a line from the first end to the second end thereof, at one of a plurality of different angles relative to a plane of the rotating plate. a rotating plate with a first slot; a non-rotating plate with a second slot coupled to the rotating plate, an end effector inserted through the first slot with a clearance to move the end effector within the first slot, the end effector having a first end proximal to the rotating plate and a second end distal from the rotating plate, wherein the second end comprises a suction cup; wherein a portion of the end effector is inserted through the second slot, and wherein the first slot partially overlaps with the second slot; wherein the first slot is an angular slot and the second slot is a linear slot or vice-versa, the linear slot defining a range of radial positions relative to an axis of rotation of the rotating plate; a support plate positioned between the rotating plate and the suction cup, wherein the support plate comprises an aperture configured to receive a portion of the end effector, wherein the support plate aperture acts as a fulcrum point for the end effector; wherein the rotating plate is adjusted to move the end effector within the linear slot to change a radial position, at the linear slot, of the end effector relative to the axis of rotation of the rotating plate, to orientate the end effector, along a line from the first end to the second end thereof, at one of a plurality of different angles relative to a plane of the rotating plate.
A frame system for structures of motor vehicles, in particular of trucks, - comprising a system frame having at least two cross members arranged transversely to a vertical center plane of the system frame, - comprising supporting surfaces on which the structures rest in the condition as fastened to the system frame, wherein the supporting surfaces are arranged at the ends of at least two of the cross members, and - comprising structure fastening means for releasably fastening the structures to the system frame, wherein the structure fastening means are arranged in the supporting surfaces, wherein a respective one of the supporting surfaces is constituted of an adapter device which is releasably fastened to an end of one of the cross members, wherein the adapter devices are configured in an exchangeable manner and/or an adapter device is configured for fastening to an end of one of the cross members at different fixedly predetermined positions, characterized in that the adapter devices arranged on different sides of the system frame with respect to the center plane of the system frame are mutually exchangeable and the structure fastening means is eccentrically arranged at the adapter device with respect to a vertical center plane of the adapter device, wherein the center plane of the adapter device extends in the longitudinal direction of the cross member in the condition as fastened to the cross member. - comprising a system frame having at least two cross members arranged transversely to a vertical center plane of the system frame, - comprising supporting surfaces on which the structures rest in the condition as fastened to the system frame, wherein the supporting surfaces are arranged at the ends of at least two of the cross members, and - comprising structure fastening means for releasably fastening the structures to the system frame, wherein the structure fastening means are arranged in the supporting surfaces, wherein a respective one of the supporting surfaces is constituted of an adapter device which is releasably fastened to an end of one of the cross members, wherein the adapter devices are configured in an exchangeable manner and/or an adapter device is configured for fastening to an end of one of the cross members at different fixedly predetermined positions, characterized in that the adapter devices arranged on different sides of the system frame with respect to the center plane of the system frame are mutually exchangeable and the structure fastening means is eccentrically arranged at the adapter device with respect to a vertical center plane of the adapter device, wherein the center plane of the adapter device extends in the longitudinal direction of the cross member in the condition as fastened to the cross member.
Method for producing and/or repairing recesses or openings, which are subject to wear, in components of a turbomachine, in particular elements of a flow channel boundary, comprising: - producing a molded part having at least two layers, one layer of which is formed by an Ni solder and another layer of which is formed by a mixture of an Ni solder and hard material particles made of hard alloys based on cobalt or nickel, which part has an outer shape, at least in part, that is complementary to the inner shape of the recess or opening to be repaired, - inserting the molded part into the recess or opening and - heat treating the component, at least in part, in order to solder the molded part onto the component. - producing a molded part having at least two layers, one layer of which is formed by an Ni solder and another layer of which is formed by a mixture of an Ni solder and hard material particles made of hard alloys based on cobalt or nickel, which part has an outer shape, at least in part, that is complementary to the inner shape of the recess or opening to be repaired, - inserting the molded part into the recess or opening and - heat treating the component, at least in part, in order to solder the molded part onto the component.
A bicycle for downhill driving, the bicycle comprising a front wheel region, a rear wheel region, a support rod coupling the front wheel region and the rear wheel region to each other, wherein the support rod comprises at least one joint for unfolding and folding the support rod, wherein the support rod comprises a front rod portion between the front wheel region and the joint and a rear rod portion between the rear wheel region and the joint, a foot rod fastened to the support rod by a coupling portion of the foot rod, wherein the foot rod comprises, at a foot portion of the foot rod opposite the coupling portion, a foot rest region for resting feet of a user of the bicycle, a tensioning cable system comprising a first cable tensioning portion and a second cable tensioning portion, characterized in that the foot rod is pivotably fastened to the support rod by the coupling portion of the foot rod, and the first cable tensioning portion is coupled to the foot portion and the front rod portion and the second cable tensioning portion is coupled to the foot portion and the rear rod portion in such a way that, when a weight force is exerted on the foot portion, the foot rod can be aligned in the direction of the weight force and the tensioning cable system can be tensioned. a front wheel region, a rear wheel region, a support rod coupling the front wheel region and the rear wheel region to each other, wherein the support rod comprises at least one joint for unfolding and folding the support rod, wherein the support rod comprises a front rod portion between the front wheel region and the joint and a rear rod portion between the rear wheel region and the joint, wherein the support rod comprises at least one joint for unfolding and folding the support rod, wherein the support rod comprises a front rod portion between the front wheel region and the joint and a rear rod portion between the rear wheel region and the joint, a foot rod fastened to the support rod by a coupling portion of the foot rod, wherein the foot rod comprises, at a foot portion of the foot rod opposite the coupling portion, a foot rest region for resting feet of a user of the bicycle, a tensioning cable system comprising a first cable tensioning portion and a second cable tensioning portion, characterized in that the foot rod is pivotably fastened to the support rod by the coupling portion of the foot rod, and the first cable tensioning portion is coupled to the foot portion and the front rod portion and the second cable tensioning portion is coupled to the foot portion and the rear rod portion in such a way that, when a weight force is exerted on the foot portion, the foot rod can be aligned in the direction of the weight force and the tensioning cable system can be tensioned.
A sound insulating structural body (200, 201, 202) comprising at least a sound insulating sheet member (100, 101, 102) and a support body, the sound insulating sheet member (100, 101, 102) comprising a plurality of resonant portions, wherein each of the resonant portions including a base part (22, 24) and a weight part (23, 25), and the weight part (23, 25) being supported by the base part (22, 24) and having a larger mass than the base part (22, 24); and wherein the support body has a Young's modulus of 1 GPa or more; and wherein the resonant portions are provided in contact with a sheet surface (11a, 11b) of the sheet; characterized in that the sound insulating sheet member (100, 101, 102) further comprises at least a sheet having rubber elasticity molded with the base part (22, 24); wherein the support body is provided in contact with at least one surface of the sheet of the sound insulating sheet member (100, 101, 102), and supports the sheet. the sound insulating sheet member (100, 101, 102) comprising a plurality of resonant portions, wherein each of the resonant portions including a base part (22, 24) and a weight part (23, 25), and the weight part (23, 25) being supported by the base part (22, 24) and having a larger mass than the base part (22, 24); and wherein the support body has a Young's modulus of 1 GPa or more; and wherein the resonant portions are provided in contact with a sheet surface (11a, 11b) of the sheet; characterized in that the sound insulating sheet member (100, 101, 102) further comprises at least a sheet having rubber elasticity molded with the base part (22, 24); wherein the support body is provided in contact with at least one surface of the sheet of the sound insulating sheet member (100, 101, 102), and supports the sheet.
A method of manufacturing a silicon epitaxial wafer which is suitable for being used in a semiconductor device manufacturing process having a thermal treatment process of which the highest temperature is equal to or higher than 1050°C and equal to or lower than the melting point of silicon and of which the temperature rising and falling rate is equal to or higher than 150 °C/sec, the method comprising: a preparing a substrate process of preparing a substrate which is doped with boron so as to have resistivity of 0.02 Ωcm to 1 kΩcm and of which the initial oxygen concentration Oi is in the range of 14.0×10 17 to 22×10 17 atoms/cm 3 (Old-ASTM); an epitaxial process of causing an epitaxial layer to grow on the surface of the substrate; and a precipitation, dissolution, and thermal treatment process of treating a wafer in the treatment temperature range of 1150°C to 1300°C, the retention time range of 5 sec to 1 min, and the temperature-falling rate range of 10 °C/sec to 0.1 °C/sec, wherein the precipitation, dissolution, and thermal treatment process is performed before or after the epitaxial process,and a treatment atmosphere in the precipitation, dissolution, and thermal treatment process is set to an atmosphere of non-oxidizing gas not containing nitrogen. a preparing a substrate process of preparing a substrate which is doped with boron so as to have resistivity of 0.02 Ωcm to 1 kΩcm and of which the initial oxygen concentration Oi is in the range of 14.0×10 17 to 22×10 17 atoms/cm 3 (Old-ASTM); an epitaxial process of causing an epitaxial layer to grow on the surface of the substrate; and a precipitation, dissolution, and thermal treatment process of treating a wafer in the treatment temperature range of 1150°C to 1300°C, the retention time range of 5 sec to 1 min, and the temperature-falling rate range of 10 °C/sec to 0.1 °C/sec, wherein the precipitation, dissolution, and thermal treatment process is performed before or after the epitaxial process,and a treatment atmosphere in the precipitation, dissolution, and thermal treatment process is set to an atmosphere of non-oxidizing gas not containing nitrogen.
Method for moving a motor vehicle component, preferably a side window, a sunroof or the like, by means of an actuating drive with anti-jamming, wherein the acceleration of the motor vehicle is measured by means of an acceleration sensor fixedly arranged in the control device housing of the actuating drive and, in order to implement the anti-jamming, is correlated with acceleration values of the motor vehicle component, said acceleration values being measured by an acceleration sensor arranged on the motor vehicle component and embodied as a component sensor.
Installation for the circulation of a gas flow for a housing construction comprising at least one first housing heated by a first gas boiler arranged in a sealed chamber with respect to this first housing, with this installation comprising, for this housing construction, a technical duct extending according to a primarily vertical path, an air intake conduit, a burnt gas evacuation conduit, means of forced circulation to the atmosphere, and, at least for the first housing, at least one foul air extraction vent, with the air intake and burnt gas evacuation conduits mounted in the technical duct, with the air intake conduit providing at least communication of the atmosphere with an inlet of the chamber of the first boiler, with the burnt gas evacuation conduit providing at least communication of an outlet of the first boiler with the atmosphere, and with the foul air extraction vent of the first housing participating in at least connecting the inside of this housing to the atmosphere by the intermediary of means for forced circulation, characterised in that the burnt gas evacuation conduit is connected to the means of forced circulation, and in that the foul air extraction vent is connected to said burnt gas evacuation conduit.
A cationized silica dispersion in a polar solvent comprising dry processed silica, a cationic resin and silicic acid, wherein the concentration of dissolved silicic acid at 25°C contained in the above dispersion is 200 ppm or less in terms of SiO 2.
A connector that is attached to a casing and allows an electric wire within the casing to be attached to the connector, the connector comprising a housing, wherein the housing includes a rectangular tubular portion that projects toward an inside of the casing in a rectangular tubular shape, the rectangular tubular portion has four outer surfaces, the four outer surfaces are respectively provided with drain grooves in such a manner that the drain grooves are continuous with each other, the drain grooves being made of a metal formed by casting, or being made of a resin formed by injection molding, a cross-section of each of the drain grooves has an asymmetrical shape in which a deepest portion of each of the drain grooves is farther from a tip of the rectangular tubular portion than a center of a groove width of each of the drain grooves, the tip of the rectangular tubular portion being an end of the rectangular tubular portion that is located within the casing, characterized in that the rectangular tubular portion covers the electric wire within the casing, and the deepest portion of each of the drain grooves is raised at a center of each of the drain grooves in a longitudinal direction of the drain grooves and the thickness of the rectangular tubular portion at the deepest portion of a drain groove is set in such a manner that the thickness is the largest at the center of this drain groove in the longitudinal direction and decreases toward both ends of this drain groove in the longitudinal direction.
A process for producing α-isomaltosylglucosaccharide having a glucose polymerization degree of at least three and having both the α-1,6 glucosidic linkage as a linkage at the non-reducing end and the α-1,4 glucosidic linkage other than the above linkage; which comprises a step of: contacting an α-isomaltosylglucosaccharide-forming enzyme, which forms the α-isomaltosylglucosaccharide by catalyzing the α-glucosyl-transfer from a saccharide having a glucose polymerization degree of at least two and having the α-1,4 glucosidic linkage as a linkage at the non-reducing end without substantially increasing the reducing power, with a solution of the saccharide having a glucose polymerization degree of at least two and having the α-1,4 glucosidic linkage as a linkage at the non-reducing end; wherein said α-isomaltosylglucosaccharide-forming enzyme comprises one or more amino acid sequences selected from the group consisting of SEQ ID NO:1 and SEQ ID NOs:5 to 7. contacting an α-isomaltosylglucosaccharide-forming enzyme, which forms the α-isomaltosylglucosaccharide by catalyzing the α-glucosyl-transfer from a saccharide having a glucose polymerization degree of at least two and having the α-1,4 glucosidic linkage as a linkage at the non-reducing end without substantially increasing the reducing power, with a solution of the saccharide having a glucose polymerization degree of at least two and having the α-1,4 glucosidic linkage as a linkage at the non-reducing end; wherein said α-isomaltosylglucosaccharide-forming enzyme comprises one or more amino acid sequences selected from the group consisting of SEQ ID NO:1 and SEQ ID NOs:5 to 7.
A betaine compound for use in the prevention of obesity, excessive fat accumulation and/or metabolic disorders associated with either of the foregoing in a subject, wherein the prevention comprises administering the betaine compound directly to the subject during infancy or, alternatively, to the subject's mother during breast-feeding.