mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger comprising: a core; and a mounting assembly attached to said core, said mounting assembly comprising connecting means configured to mount said heat exchanger on an external structure; wherein said mounting assembly comprises a first mounting plate and a second mounting plate, said first mounting plate being attached to only one side of said heat exchanger, said second mounting plate being attached to said first mounting plate; wherein said connecting means are provided on said second mounting plate characterized in that said first mounting plate is attached to said one side of said heat exchanger by brazing, wherein said second mounting plate is releasably attached to said first mounting plate, wherein the first mounting plate 6 comprises near one of its ends a recess 61 with a through hole 62, the through hole 62 having two portions, namely a wider portion and a narrower portion, wherein the first mounting plate 6 also includes two protrusions 63 at the end opposite to the end comprising the recess 61, wherein the second mounting plate 7 has two pockets 71 situated at an end of the second mounting plate 7 corresponding to the end of the first mounting plate 6 where the protrusions 63 are located, wherein the second mounting plate 7 also comprises a latch 72 situated generally at a position corresponding to the position of the through hole 62 of the first mounting plate 6, wherein the latch 72 comprises a tab and a catch. a core; and a mounting assembly attached to said core, said mounting assembly comprising connecting means configured to mount said heat exchanger on an external structure; wherein said mounting assembly comprises a first mounting plate and a second mounting plate, said first mounting plate being attached to only one side of said heat exchanger, said second mounting plate being attached to said first mounting plate; wherein said connecting means are provided on said second mounting plate characterized in that said first mounting plate is attached to said one side of said heat exchanger by brazing, wherein said second mounting plate is releasably attached to said first mounting plate, wherein the first mounting plate 6 comprises near one of its ends a recess 61 with a through hole 62, the through hole 62 having two portions, namely a wider portion and a narrower portion, wherein the first mounting plate 6 also includes two protrusions 63 at the end opposite to the end comprising the recess 61, wherein the second mounting plate 7 has two pockets 71 situated at an end of the second mounting plate 7 corresponding to the end of the first mounting plate 6 where the protrusions 63 are located, wherein the second mounting plate 7 also comprises a latch 72 situated generally at a position corresponding to the position of the through hole 62 of the first mounting plate 6, wherein the latch 72 comprises a tab and a catch.
An injection molding machine comprising: an injection unit which includes a nozzle that is pressed against a mold unit and injects a molding material into the mold unit, a cylinder in which the nozzle is provided at a front end portion, and an injection member which can advance and retract in the cylinder; a moving unit which advances and retracts the injection unit with respect to the mold unit and generates a nozzle contact pressure which presses the nozzle against the mold unit; characterized by a monitoring unit which is adapted to monitor at least one position of a most advanced position of the injection member during a hold pressure process and a position of the injection member at the time of completion of the hold pressure process and to perform a change of setting of the nozzle contact pressure, based on variation between shots at the monitoring position. an injection unit which includes a nozzle that is pressed against a mold unit and injects a molding material into the mold unit, a cylinder in which the nozzle is provided at a front end portion, and an injection member which can advance and retract in the cylinder; a moving unit which advances and retracts the injection unit with respect to the mold unit and generates a nozzle contact pressure which presses the nozzle against the mold unit; characterized by a monitoring unit which is adapted to monitor at least one position of a most advanced position of the injection member during a hold pressure process and a position of the injection member at the time of completion of the hold pressure process and to perform a change of setting of the nozzle contact pressure, based on variation between shots at the monitoring position.
A loading tray for loading particulate material into an array of substantially vertical tubes; wherein the loading tray comprises a plurality of loading tray elements, each loading tray element comprising at least one loading opening and at least some of the loading tray elements comprising at least two loading openings, the loading tray elements being fitted together to form an array of the loading openings.
Process for producing at least one silicon-based nanoelement, in particular a nanowire, characterized in that it comprises the following stages: - providing a substrate comprising, at the surface, a first layer comprising electrically doped silicon within a range between 10 18 at.cm -3 and 10 21 at.cm -3, - forming, on the first layer, a second layer based on silicon oxide with carbon atoms dispersed in the said second layer, the second layer comprising an atomic percentage between 0,1% and 10% - exposing the first and second layers (1, 2) to an oxidizing atmosphere, so as to oxidize at least a first section of the first layer at the interface of the said first layer with the second layer and to form the said at least one nanoelement at the said first section, the exposure stage to an oxidizing atmosphere comprising a stage of maintaining an oxidation temperature between 950°C and 1200°C to which the first and second layers (1, 2) are subjected. - providing a substrate comprising, at the surface, a first layer comprising electrically doped silicon within a range between 10 18 at.cm -3 and 10 21 at.cm -3, - forming, on the first layer, a second layer based on silicon oxide with carbon atoms dispersed in the said second layer, the second layer comprising an atomic percentage between 0,1% and 10% - exposing the first and second layers (1, 2) to an oxidizing atmosphere, so as to oxidize at least a first section of the first layer at the interface of the said first layer with the second layer and to form the said at least one nanoelement at the said first section, the exposure stage to an oxidizing atmosphere comprising a stage of maintaining an oxidation temperature between 950°C and 1200°C to which the first and second layers (1, 2) are subjected.
Fire-protection collar for closing through-passages in walls, ceilings and/or floors in the event of a fire, which fire-protection collar comprises a fire-protection-collar band having at least one lining in the form of a strip, which is made of or comprises an intumescent material, and further having a fireproof, thin, strip-like foil forming a fireproof sheath of the fire-protection-collar band, which is or can be formed in an essentially tubular or annular manner, wherein the foil is a flexible metal foil and has a thickness of 10 μm to 100 μm, wherein said foil is located exclusively on the outer side of the strip of intumescent material and forms essentially the outer side of the fire-protection collar, wherein said fire-protection collar band is provided with a closure having a closure element which can be fastened at the first end of the fire-protection-collar band and further having a closure element which can be fastened at the second end of the fire-protection-collar band, said closure elements (21, 22) having: - interacting means (25, 26) for connecting the closure elements (21, 22); - means (23, 24) for anchoring and fixing the closure element (21,22)) on the fire-protection-collar band, said means for anchoring and fixing comprising lugs to be bent around side peripheries of the fire-protection-collar band and further comprising lugs to be bent into the fire-protection-collar band. - interacting means (25, 26) for connecting the closure elements (21, 22); - means (23, 24) for anchoring and fixing the closure element (21,22)) on the fire-protection-collar band, said means for anchoring and fixing comprising lugs to be bent around side peripheries of the fire-protection-collar band and further comprising lugs to be bent into the fire-protection-collar band.
Cable bushing into a control housing surrounding a printed circuit board, wherein the cable bushing comprises a bushing housing comprising a locating surface, and fastening means for fastening the bushing housing to the control housing, and retainers (144, 145) for at least two cables which are to be electrically connected to the printed circuit board, and a shielding plate embodying a shielding surface for contacting a shielding on the control housing side, characterized in that the shielding surface is formed by a shielding plate which comprises at least one contact web protruding from the shielding surface by punching and bending and being exposed at a circumferential surface of the bushing housing for forming the contact surface (126.1) which is facing away from the locating surface at the outer circumference of the bushing housing to be connected to a shielding externally placed against the bushing housing.
A heating sheet for a battery module comprising: a surface heating element, said surface heating element comprising a base film, a heating layer, and an electrode layer; an insulating layer formed on one surface of the surface heating element; and an insulating adhesive layer formed on the other surface of the surface heating element, characterized in that said heating layer is chosen from the group of a heating layer woven with carbon fibers, a heating layer formed by impregnating non-woven fabrics with CNT or graphene and a heating layer formed by impregnating non-woven fabrics with conductive carbon. a surface heating element, said surface heating element comprising a base film, a heating layer, and an electrode layer; an insulating layer formed on one surface of the surface heating element; and an insulating adhesive layer formed on the other surface of the surface heating element, characterized in that said heating layer is chosen from the group of a heating layer woven with carbon fibers, a heating layer formed by impregnating non-woven fabrics with CNT or graphene and a heating layer formed by impregnating non-woven fabrics with conductive carbon.
A connecting rod, comprising a rod shaft and a rod cap, - wherein the rod shaft and the rod cap are configured to be releasably fastened through connecting means to form a connected state, and when the rod shaft and the rod cap are in the connected state they form a rod eye configured to enclose a bore for mounting the connecting rod on a crank shaft - wherein the rod shaft and the rod cap have contact surfaces at which they touch each other in the connected state and wherein the contact surfaces have an interlocking section-wise serration and - wherein the contact surfaces have an un-serrated section characterized in, that the contact surfaces have at least one undercut at which the contact surfaces of the rod shaft and the rod cap do not touch each other, wherein the at least one undercut is arranged between the serration and the unserrated section. - wherein the rod shaft and the rod cap are configured to be releasably fastened through connecting means to form a connected state, and when the rod shaft and the rod cap are in the connected state they form a rod eye configured to enclose a bore for mounting the connecting rod on a crank shaft - wherein the rod shaft and the rod cap have contact surfaces at which they touch each other in the connected state and wherein the contact surfaces have an interlocking section-wise serration and - wherein the contact surfaces have an un-serrated section
Clamping device for fitting on an adjustable machine table of a machine tool that is intended for cutting machining of clamped workpieces, having a device base which is fastenable to the machine table and on which a clamping plate is fastened, a chuck being formed by said clamping plate together with the pallet which holds the workpiece and is able to be advanced and lifted off in an approximately vertical direction, there being assigned preferably centrally thereto a locking/unlocking apparatus of the chuck that is mechanically, pneumatically and/or hydraulically actuatable in a movement direction of the pallet, wherein those end faces or surfaces (19, 20) of the clamping plate and the pallet which face one another at a vertical movement axis have, distributed on their peripheral region or edge region, in each case at least four toothing portions (21, 22) which are situated diagonally opposite one another in pairs, which interact in the same direction and which, in the closure state of the chuck, interengage with a mutual form fit, characterized in that the toothing portions (21, 22) of the clamping plate or of the pallet are provided with at least two teeth (23, 24), wherein just one tooth (23, 24) on the side of the clamping plate or of the pallet in a toothing with two teeth (23, 24) on the opposite side provides for a rigid connection.
A method for repairing a wind generator based on weather information, comprising: a weather information analyzing step of analyzing weather information corresponding to at least any one of a wind velocity, a precipitation, a wave height, and temperature by receiving the weather information of a wind generator area; a repairing duration calculating step of calculating a repairing duration based on a database in which a repairing type, repairing personnel, and the weather information are input; and characterized by a repairing time determining step of deriving wind generator repairing time by determining weather condition holding days based on the analyzed weather information and the calculated repairing duration. a weather information analyzing step of analyzing weather information corresponding to at least any one of a wind velocity, a precipitation, a wave height, and temperature by receiving the weather information of a wind generator area; a repairing duration calculating step of calculating a repairing duration based on a database in which a repairing type, repairing personnel, and the weather information are input; and characterized by a repairing time determining step of deriving wind generator repairing time by determining weather condition holding days based on the analyzed weather information and the calculated repairing duration.
A storage rack, particularly an automated small parts store, comprising vertically disposed front and rear shelf supports with longitudinal beams and crossmembers which are fastened at the front and the rear to the shelf supports, have a C-shaped cross-section, consist of a profile web with angled profile flanges on the ends thereof, and are provided both on the operating side and on the opposite end of the storage rack shelf compartment, which are attached perpendicularly to the longitudinal beams and offer support surfaces, characterized in that the longitudinal beams are outwardly open at the sides, and that the profile webs are connected to each other via the crossmembers that form the support surface, and are constructed with a profile web having a straight lower subsection and an outwardly bent upper subsection, wherein in the installed position the upper profile flange with an inclined surface that is inclined downwards to the outside adjoins the bent upper subsection.
A mechanism for anchoring endoluminal devices to a lumen, the mechanism comprising: a hub member configured to be located at a predetermined location inside the lumen; and a plurality of anchoring struts, the plurality of anchoring struts comprising: a spring portion attached to the hub member and configured to extend or contract during expansion and contraction of the lumen; and an anchoring portion connecting the spring portion to the lumen, the anchoring portion configured to penetrate a portion of the lumen; wherein the hub member is positioned on a plane with the anchoring portions of the plurality of anchoring struts, and wherein each of the spring portion of the plurality of anchoring struts comprise bent strut members configured to straighten during expansion of the lumen and bend during contraction of the lumen, characterized in that each of the bent strut members comprise undulating strut members having a substantially straight shape when viewed in a transverse direction. a hub member configured to be located at a predetermined location inside the lumen; and a plurality of anchoring struts, the plurality of anchoring struts comprising: a spring portion attached to the hub member and configured to extend or contract during expansion and contraction of the lumen; and an anchoring portion connecting the spring portion to the lumen, the anchoring portion configured to penetrate a portion of the lumen; a spring portion attached to the hub member and configured to extend or contract during expansion and contraction of the lumen; and an anchoring portion connecting the spring portion to the lumen, the anchoring portion configured to penetrate a portion of the lumen; wherein the hub member is positioned on a plane with the anchoring portions of the plurality of anchoring struts, and wherein each of the spring portion of the plurality of anchoring struts comprise bent strut members configured to straighten during expansion of the lumen and bend during contraction of the lumen, characterized in that each of the bent strut members comprise undulating strut members having a substantially straight shape when viewed in a transverse direction.
A method for measuring an implant-implant situation, that is to say the relative position and orientation of the implants with respect to one another, for planning an implant-borne tooth replacement part, characterised in that a scanning template is used for this purpose, wherein the scanning template has recesses (11, 12, 13, 14) for the individual implants (3, 4, 6, 7) and first markings, wherein the scanning template is firmly arranged relative to the placed implants (3, 4, 6, 7) and the first markings on the scanning template are measured using a measurement method.
A modular system comprising an aircraft with a modular airframe, the modular airframe comprising a load carrying framework and a plurality of exchangeable covering items that exhibits a first predetermined shaping, the covering items being detachably mounted to the load carrying framework, characterized in that the modular system comprises substitute exchangeable covering items that exhibit a second predetermined shaping different than the first predetermined shaping; the load carrying framework being surrounded and shielded by the exchangeable covering items (8a, 8b); the modular airframe being customizable by exchanging the covering items with the substitute exchangeable covering items that exhibits the second predetermined shaping.
Pipe fittings with a filter comprising: a body including a first connection pipe and a second connection pipe which are connected on two ends of the body respectively, a receiving orifice defined between and communicating with the first connection pipe and the second connection pipe, and at least one guide slot formed on the receiving orifice, wherein the receiving orifice is cylindrical and has at least one opening defined on one of two ends of the receiving orifice; a filter valve Including a driven section and an operation portion arranged on an end of the driven section; and two seal gaskets accommodated in a first peripheral groove and a second peripheral groove respectively; wherein the driven section has the first peripheral groove, the second peripheral groove which are defined on two sides of the driven section respectively, and a filtration orifice defined between the first peripheral groove and the second peripheral groove and communicating with the driven section, characterised by at least one fixing bolt mounted between the operation portion and the first peripheral groove and extending outward from the driven section, wherein the at least one fixing bolt slides into the at least one guide slot respectively so that the filter valve is accommodated in the receiving orifice, wherein the at least one guide slot is formed on the at least one opening of the receiving orifice. a body including a first connection pipe and a second connection pipe which are connected on two ends of the body respectively, a receiving orifice defined between and communicating with the first connection pipe and the second connection pipe, and at least one guide slot formed on the receiving orifice, wherein the receiving orifice is cylindrical and has at least one opening defined on one of two ends of the receiving orifice; a filter valve Including a driven section and an operation portion arranged on an end of the driven section; and two seal gaskets accommodated in a first peripheral groove and a second peripheral groove respectively; wherein the driven section has the first peripheral groove, the second peripheral groove which are defined on two sides of the driven section respectively, and a filtration orifice defined between the first peripheral groove and the second peripheral groove and communicating with the driven section, characterised by at least one fixing bolt mounted between the operation portion and the first peripheral groove and extending outward from the driven section, wherein the at least one fixing bolt slides into the at least one guide slot respectively so that the filter valve is accommodated in the receiving orifice, wherein the at least one guide slot is formed on the at least one opening of the receiving orifice.
Method for the oxidative treatment of material, characterized in that organic ozonides and organic hydroperoxides are sprayed onto the material, where • the organic ozonides and organic hydroperoxides are prepared by treatment of unsaturated fatty acids with ozone-containing oxygen, • during the preparation of the organic ozonides and the organic hydroperoxides, the ozone-containing oxygen forms a reaction mixture with the unsaturated fatty acids, and water in a fraction of up to 45 per cent by weight is added to the reaction mixture, and • during the preparation, the peroxide number of the organic ozonides and organic hydroperoxides in the reaction mixture is adjusted to a value of between 1000 and 2500 meq/kg, • and the organic ozonides and organic hydroperoxides thus prepared are provided in a mixture with water for spraying. • the organic ozonides and organic hydroperoxides are prepared by treatment of unsaturated fatty acids with ozone-containing oxygen, • during the preparation of the organic ozonides and the organic hydroperoxides, the ozone-containing oxygen forms a reaction mixture with the unsaturated fatty acids, and water in a fraction of up to 45 per cent by weight is added to the reaction mixture, and • during the preparation, the peroxide number of the organic ozonides and organic hydroperoxides in the reaction mixture is adjusted to a value of between 1000 and 2500 meq/kg, • and the organic ozonides and organic hydroperoxides thus prepared are provided in a mixture with water for spraying.