mhurhangee/ep-ind-claims huggingface dataset:
A method for cooling a tapered furnace burner panel (1, 20, 35, 51, 60, 71, 80, 90, 110) housing at least one apparatus (36, 37), said burner panel having a plurality of surfaces comprising an upper surface (2, 96, 122), an underside surface (11, 98, 124), a front side surface (4, 97, 123), and a plurality of side surfaces (3, 10), wherein said burner panel extends away from a furnace wall (21, 61, 73, 94, 113) to at least a split line of said furnace (67, 70) and is designed for injecting thermal energy into said furnace from said apparatus, said method comprising the steps of: a. attaching a conduit (93, 121), the burner panel being cast around said conduit which is formed in a serpentine manner along a portion of at least one surface of said burner panel, wherein said conduit removes heat from said burner panel when a cooling fluid is flowing through said conduit and wherein said serpentine manner has a minimum radius; and b. coupling said conduit to a cooling system connection (95, 114), wherein said cooling system connection is located interior to said furnace wall.
Method for protecting persons working on a building structure, in which a protective device is fastened by a plurality of fastening means to a scaffold that is fixed in position relative to a building, the protective device comprising a protective wall, which has a holding structure with at least two elongate wall supports that are arranged apart from and parallel to one another and comprises at least one flat shielding element, which is arranged between the wall supports and releasably connected to these, wherein, in the mounted state of the protective device on the scaffold, the at least one shielding element is adjustable in the longitudinal direction of the wall supports and wherein in the mounted state of the protective device, the protective wall with the wall supports and the at least one shielding element is adjustable relative to the fastening means, characterized in that a drive is provided for adjusting the protective wall.
Stator wheel of a turbomachine configured to be mounted in an aircraft, the turbomachine extending along an axis, the turbomachine comprising a core flow stream for a first air flow and a bypass flow stream for a second air flow, wherein the stator wheel is configured to be mounted along the axis, the stator wheel comprising a plurality of vanes extending radially from the axis, each vane comprising a leading edge and a trailing edge that together define a chord (C1, C2, C31, C32) in a plane of revolution defined relative to the axis, the stator wheel being characterized by the fact that at least two vanes have different chords (C1, C2, C31, C32) at a same radial distance, the difference in chords (C1, C2, C31, C32) between each vanes of the plurality of vanes and the adjacent vane to said vane being less than or equal to 25%.
A lens driving apparatus comprising: a base; a yoke coupled to the base, the yoke having an upper surface formed with a hole, an opened bottom surface, and a closed side surface; a bobbin movably installed in the yoke and configured to move vertically and having an inner peripheral surface and an outer peripheral surface; a lens module coupled to the inner peripheral surface of the bobbin; four magnets fixed to an inner portion of the yoke, wherein the four magnets have a prism shape and each magnet is disposed at an edge of the yoke; a coil being wound around the outer peripheral surface of the bobbin while facing the four magnets, the coil having an octagonal shape, wherein the four magnets face outer surfaces of the coil, respectively, and springs (161, 165) coupled to the bobbin to provide restoration force to the bobbin, wherein the springs (161, 165) comprise an upper spring coupled to an upper portion of the bobbin and a lower spring coupled to a lower portion of the bobbin, wherein the upper spring includes an inner portion, an outer portion and a middle part connecting the inner portion and the outer portion, wherein the inner portion of the upper spring is coupled to the upper portion of the bobbin, and the outer portion of the upper spring is disposed between the upper surface of the yoke and the four magnets, and wherein the yoke comprises step section to provide a space for movement of the middle part of the upper spring. a base; a yoke coupled to the base, the yoke having an upper surface formed with a hole, an opened bottom surface, and a closed side surface; a bobbin movably installed in the yoke and configured to move vertically and having an inner peripheral surface and an outer peripheral surface; a lens module coupled to the inner peripheral surface of the bobbin; four magnets fixed to an inner portion of the yoke, wherein the four magnets have a prism shape and each magnet is disposed at an edge of the yoke; a coil being wound around the outer peripheral surface of the bobbin while facing the four magnets, the coil having an octagonal shape, wherein the four magnets face outer surfaces of the coil, respectively, and springs (161, 165) coupled to the bobbin to provide restoration force to the bobbin, wherein the springs (161, 165) comprise an upper spring coupled to an upper portion of the bobbin and a lower spring coupled to a lower portion of the bobbin, wherein the upper spring includes an inner portion, an outer portion and a middle part connecting the inner portion and the outer portion, wherein the inner portion of the upper spring is coupled to the upper portion of the bobbin, and the outer portion of the upper spring is disposed between the upper surface of the yoke and the four magnets, and wherein the yoke comprises step section to provide a space for movement of the middle part of the upper spring.
A method for generating an electronic signature of a user for an electronic document which is stored in an electronic memory, wherein a telecommunication terminal of a telecommunication network is assigned to the user, said method comprising the following steps: - capturing an identifier of the document by the telecommunication terminal; - sending a message from the telecommunication terminal to a signature computer system, the message containing the identifier and a characteristic of the user; - accessing the document, by the signature computer system, with the aid of the identifier and storing the document on the signature computer system in a memory area of the user; - generating the electronic signature, the signature being generated by the following steps: - establishing a secure Internet session between the telecommunication terminal of the user and the signature server computer system; - receiving a code from the signature server computer system by the telecommunication terminal via a separate and/or separately secured side channel; - transmitting a combination of the code and authentication information of the user via the secure Internet session to the signature server computer system; - verifying the validity of the combination of the code and the authentication information by the signature server computer system; - generating, with the aid of a private key of the user, the electronic signature of the user by a high-security module of the signature server computer system for the electronic document to be signed, the private key of the user for generation of the electronic signature being stored in the high-security module. - capturing an identifier of the document by the telecommunication terminal; - sending a message from the telecommunication terminal to a signature computer system, the message containing the identifier and a characteristic of the user; - accessing the document, by the signature computer system, with the aid of the identifier and storing the document on the signature computer system in a memory area of the user; - generating the electronic signature, the signature being generated by the following steps: - establishing a secure Internet session between the telecommunication terminal of the user and the signature server computer system; - receiving a code from the signature server computer system by the telecommunication terminal via a separate and/or separately secured side channel; - transmitting a combination of the code and authentication information of the user via the secure Internet session to the signature server computer system; - verifying the validity of the combination of the code and the authentication information by the signature server computer system; - generating, with the aid of a private key of the user, the electronic signature of the user by a high-security module of the signature server computer system for the electronic document to be signed, the private key of the user for generation of the electronic signature being stored in the high-security module.
A water-absorbent resin composition having an absorption capacity at 60 minutes toward 0.90 mass% sodium chloride aqueous solution under the pressure of 1.9 kPa not less than 20 g/g, comprising: absorbent resin obtainable by polymerizing an unsaturated monomer having an acid group and/or a salt thereof; and complex oxide hydrate containing zinc and silicon, or zinc and aluminum, wherein the complex oxide hydrate contains zinc as main metal component, and the mass ratio of the content of zinc and the content of silicon or aluminum is in the range of 50/50 - 99/1; wherein the water-absorbent resin composition is in a granular state and contains particles exceeding 150 μm and not exceeding 850 μm in diameter in a proportion of not less than 90 mass% of all the particles and particles exceeding 300 μm in diameter in a proportion of not less than 60 mass% of all the particles absorbent resin obtainable by polymerizing an unsaturated monomer having an acid group and/or a salt thereof; and complex oxide hydrate containing zinc and silicon, or zinc and aluminum, wherein the complex oxide hydrate contains zinc as main metal component, and the mass ratio of the content of zinc and the content of silicon or aluminum is in the range of 50/50 - 99/1; wherein the water-absorbent resin composition is in a granular state and contains particles exceeding 150 μm and not exceeding 850 μm in diameter in a proportion of not less than 90 mass% of all the particles and particles exceeding 300 μm in diameter in a proportion of not less than 60 mass% of all the particles
A ground engaging tip (14, 150, 180, 190, 210) of a tooth assembly for a base edge of a ground engaging implement (1, 6), wherein the tooth assembly includes an adapter (12, 170) configured for attachment to the base edge of the ground engaging implement (1, 6) and having a forwardly extending adapter nose, the ground engaging tip (14, 150, 180, 190, 210) comprising: a rear edge; a top outer surface; a bottom outer surface, wherein the top outer surface and the bottom outer surface extend forward from the rear edge and converge at a front edge; oppositely disposed lateral outer surfaces (90, 92) extending downwardly from the top outer surface to the bottom outer surface; and an inner surface extending (122, 124, 126, 128) inwardly into the ground engaging tip (14, 150, 180, 190, 210) from the rear edge and defining a nose cavity within the ground engaging tip (14, 150, 180, 190, 210) having a complementary shape to the adapter nose of the adapter (12, 170) for receiving the adapter nose therein, wherein the top outer surface has a rear portion extending forward from the rear edge to a first transition area, a front portion extending forward from the first transition area to a second transition area, and a tip portion extending forward from the second transition area to the front edge, wherein the distances between the bottom outer surface and the rear portion, the front portion and the tip portion decrease as the rear portion, the front portion and the tip portion extend away from the rear edge, wherein the rear portion.and a first line parallel to a longitudinal axis of the ground engaging tip (14, 150, 180, 190, 210) define a first downward angle, the front portion and a second line parallel to the longitudinal axis define a second downward angle, and the tip portion and a third line parallel to the longitudinal axis define a third downward angle, and wherein the second downward angle is less than the first downward angle and the third downward angle, characterized in that the first downward angle is approximately 29°, the second downward angle is approximately 25° and the third downward angle is approximately 27°. a rear edge; a top outer surface; a bottom outer surface, wherein the top outer surface and the bottom outer surface extend forward from the rear edge and converge at a front edge; oppositely disposed lateral outer surfaces (90, 92) extending downwardly from the top outer surface to the bottom outer surface; and an inner surface extending (122, 124, 126, 128) inwardly into the ground engaging tip (14, 150, 180, 190, 210) from the rear edge and defining a nose cavity within the ground engaging tip (14, 150, 180, 190, 210) having a complementary shape to the adapter nose of the adapter (12, 170) for receiving the adapter nose therein,
Protection device protecting against degradation, notably against corrosion, a mechanical part resting on a support, the device comprising a flexible zone designed to be in direct contact with the mechanical part and, secured to the said flexible zone, at least one row of rectilinear pads, which row is designed to be in direct contact with the support, the said row comprising a plurality of pads (14-1, 14-2, 14-3); the said pads being more rigid than the said flexible zone, the flexibility allowing relative movement of the pads with respect to one another, the device being characterized in that at least a part of the plurality of pads comprises two materials combined, one of the said materials being more flexible than the other, the more flexible material being surrounded by the more rigid material.
A cryogenic thruster assembly comprising at least: a reignitable main thruster; a first cryogenic tank connected to the main thruster to feed it with a first propellant; a first gas tank; and at least one settling thruster (7, 8), the assembly being characterized in that it also comprises: a first feed circuit for feeding the first gas tank, the first feed circuit being connected to the first cryogenic tank and having a heat exchanger for using heat given off by the at least one settling thruster (7, 8) to vaporize a liquid flow of the first propellant as extracted from the first cryogenic tank in order to feed the first gas tank with the first propellant in the gaseous state. a reignitable main thruster; a first cryogenic tank connected to the main thruster to feed it with a first propellant; a first gas tank; and at least one settling thruster (7, 8), the assembly being characterized in that it also comprises: a first feed circuit for feeding the first gas tank, the first feed circuit being connected to the first cryogenic tank and having a heat exchanger for using heat given off by the at least one settling thruster (7, 8) to vaporize a liquid flow of the first propellant as extracted from the first cryogenic tank in order to feed the first gas tank with the first propellant in the gaseous state.
Cable for the detection of conductive liquid leaks said cable comprising: - a detection wire comprising a conductor arranged in a non conductor envelope, and - a non conductive support core comprising a shape adapted to receive said detection wire; characterised in that: - said conductor is arranged in an off-centered way in said non conductor envelope so that a part of the surface of said conductor is not covered by said non conductor envelope, and - said detection wire is arranged in said shape on said support core in an orientation such as said non covered part of said conductor is disposed between said support core and said non conductor envelope in a liquid permeable way; wherein when a liquid leak occurs, said liquid realizes an electrical path between said conductor and an electrical ground. - a detection wire comprising a conductor arranged in a non conductor envelope, and - a non conductive support core comprising a shape adapted to receive said detection wire; - said conductor is arranged in an off-centered way in said non conductor envelope so that a part of the surface of said conductor is not covered by said non conductor envelope, and - said detection wire is arranged in said shape on said support core in an orientation such as said non covered part of said conductor is disposed between said support core and said non conductor envelope in a liquid permeable way;
A blood processing apparatus comprising: a housing having a blood inlet and a blood outlet, the blood inlet extending into an interior of the housing; a heat exchanger core arranged within the housing, the heat exchanger core configured to impart a radial flow to blood passing from the blood inlet to an exterior of the heat exchanger core, the core including one or more ribs defining indentations; heat exchanger hollow fibers disposed about the heat exchanger core such that a heat exchanger fluid may flow through the heat exchanger hollow fibers and blood from the core aperture may flow across the heat exchanger hollow fibers; wherein the heat exchanger hollow fibers are supported by the one or more ribs of the heat exchanger core; a cylindrical shell extending coaxially about the heat exchanger core, the cylindrical shell including an annular shell aperture disposed near a second end of the housing, the shell aperture configured to impart a longitudinal blood flow component to blood passing to an exterior of the cylindrical shell; and gas exchanger hollow fibers disposed about the cylindrical shell such that gases may flow through the gas exchange hollow fibers and blood passing from the annular shell aperture may flow across the gas exchanger hollow fibers, characterised in that the heat exchanger core includes a blood turbulence section, and the blood turbulence section comprises a recess formed within an outer surface of the heat exchanger core and a grid disposed over the recess, the grid comprising a plurality of apertures extending through the grid. a housing having a blood inlet and a blood outlet, the blood inlet extending into an interior of the housing; a heat exchanger core arranged within the housing, the heat exchanger core configured to impart a radial flow to blood passing from the blood inlet to an exterior of the heat exchanger core, the core including one or more ribs defining indentations; heat exchanger hollow fibers disposed about the heat exchanger core such that a heat exchanger fluid may flow through the heat exchanger hollow fibers and blood from the core aperture may flow across the heat exchanger hollow fibers; wherein the heat exchanger hollow fibers are supported by the one or more ribs of the heat exchanger core; a cylindrical shell extending coaxially about the heat exchanger core, the cylindrical shell including an annular shell aperture disposed near a second end of the housing, the shell aperture configured to impart a longitudinal blood flow component to blood passing to an exterior of the cylindrical shell; and gas exchanger hollow fibers disposed about the cylindrical shell such that gases may flow through the gas exchange hollow fibers and blood passing from the annular shell aperture may flow across the gas exchanger hollow fibers, characterised in that the heat exchanger core includes a blood turbulence section, and the blood turbulence section comprises a recess formed within an outer surface of the heat exchanger core and a grid disposed over the recess, the grid comprising a plurality of apertures extending through the grid.
Sealing arrangement for an internal combustion engine for sealing at least one interface (70, 71) of an oil pan assembly, comprising: an O-ring for sealing a first interface between an upper edge portion of the oil pan assembly and a bottom side of an engine casing, wherein the O-ring has the same cross-section over its entire extension and extends in a plane formed by the first interface; and at least one molded seal for sealing a second interface between two connectable parts of the engine, wherein the molded seal comprises two seal end portions comprising sealing areas to be sealingly connected to the O-ring. an O-ring for sealing a first interface between an upper edge portion of the oil pan assembly and a bottom side of an engine casing, wherein the O-ring has the same cross-section over its entire extension and extends in a plane formed by the first interface; and at least one molded seal for sealing a second interface between two connectable parts of the engine, wherein the molded seal comprises two seal end portions comprising sealing areas to be sealingly connected to the O-ring.
An illumination system comprising: at least one light source, said light source emitting light from an emitting window; an optical light mixing rod, said optical light mixing rod being formed of a solid transparent material and comprises an entrance surface, side surfaces and an exit surface, where light from said light source enters said optical light mixing rod through said entrance surface and is transmitted through said optical light mixing rod via reflections at said side surfaces and exits said optical light mixing rod through said exit surface; a rod holder, said rod holder being adapted to fix said optical light mixing rod in a position, where said entrance surface is arranged above said emitting window; wherein said optical light mixing rod is formed in a flexible and solid transparent material and in that said rod holder is adapted to arrange said entrance surface in contact with said emitting window and in that said rod holder comprises a pressure mechanism adapted to provide a pressure force to said optical light mixing rod, said pressure force is adapted to press said entrance surface and said emitting window together and characterized in that said entrance surface (111, 311) comprises at least one bulge, said bulge having an increasing thickness compared to a flat entrance surface, wherein the thickness of said bulge increases from the side surfaces of said optical light mixing rod towards the center of said entrance surface. at least one light source, said light source emitting light from an emitting window; an optical light mixing rod, said optical light mixing rod being formed of a solid transparent material and comprises an entrance surface, side surfaces and an exit surface, where light from said light source enters said optical light mixing rod through said entrance surface and is transmitted through said optical light mixing rod via reflections at said side surfaces and exits said optical light mixing rod through said exit surface; a rod holder, said rod holder being adapted to fix said optical light mixing rod in a position, where said entrance surface is arranged above said emitting window;
A cable management system, comprising: a cable management unit which has a casing unit defining at least one receiving space for receiving a cassette; and comprising the cassette which has a front socket section, characterized in that the casing unit comprises a grounding element that is configured for mechanically contacting and electrically grounding the front socket section in a mounted state of the cassette, wherein the grounding element is embodied as a protrusion or a deepening of the casing unit.
Rail-borne vehicle having an inner ceiling assembly that comprises as components at least one air duct, multiple illuminating means (2, 14) and at least one ceiling cladding, wherein the air duct is arranged between an inner face of a roof of the rail-borne vehicle and the ceiling cladding and is provided with multiple air outlet openings (10, 15) and wherein the ceiling cladding comprises multiple openings, and wherein the illuminating means (2, 14) are arranged between the inner face of the roof of the rail-borne vehicle and the ceiling cladding, characterized in that both the illuminating means and also the air outlet openings of the air duct are arranged with respect to the openings of the ceiling cladding in such a manner that both air from the air duct and also light from the illuminating means passes through the openings of the ceiling cladding.