mhurhangee/ep-ind-claims huggingface dataset:
A welding process including a step of contacting a substrate material with a composite material, wherein the composite material includes a pair of spaced apart steel sheets (14, 14') and a core layer between the sheets (14, 14'); characterized in that - the volume of the core layer is about 25 volume % or more, based on the total volume of the composite material; - the core layer includes a polyolefin; - the core layer includes a plurality of steel fibers (20', 20", 20'") arranged in one or more masses of fibers that extend the thickness of the core layer so that the core layer is in electrical communication with the steel sheets (14, 14'); and - the steel fibers (20', 20", 20"') have a generally rectangular cross-section and a cross sectional area perpendicular to the length of the fibers (20', 20", 20"') from about 1 x 10 -5 mm 2 to about 2.5 x 10 -2 mm 2. - the volume of the core layer is about 25 volume % or more, based on the total volume of the composite material; - the core layer includes a polyolefin; - the core layer includes a plurality of steel fibers (20', 20", 20'") arranged in one or more masses of fibers that extend the thickness of the core layer so that the core layer is in electrical communication with the steel sheets (14, 14'); and - the steel fibers (20', 20", 20"') have a generally rectangular cross-section and a cross sectional area perpendicular to the length of the fibers (20', 20", 20"') from about 1 x 10 -5 mm 2 to about 2.5 x 10 -2 mm 2.
Segmented mould for moulding and vulcanizing a tyre of given diameter (D S), comprising shells (1, 1') and segments collaborating to withstand the internal pressure and remain in the closed position without assistance from additional components, in which mould each segment comprises at its lateral edges a projection extending radially inwards, which projection is equipped with a lip extending axially towards the inside of the mould and having a frustoconical surface inclined at an angle α with respect to the axis (XX') of the mould such that the extensions of the line of each frustoconical surface on a meridian plane intersect on the radially internal side of the segment concerned, and in which mould each shell (1, 1') comprises a projection extending radially outwards and provided with a lip having a frustoconical surface inclined by the same angle α with respect to the axis XX' of the mould, characterized in that the mould comprises force-limiting means made up of a stop (11, 23) and of a housing (21, 13) positioned respectively in the radial extension of each of the projections (16, 26) and each having a bearing surface (12, 22, 14, 24), the said bearing surfaces being intended to come into contact with one another when the internal pressure in the mould exceeds a given threshold.
Apparatus for providing electrical power to subsea equipment in a subsea well facility, the apparatus comprising, at a topside location: first means, for providing a direct electrical current; second means, for converting said direct electrical current to an alternating electrical current; and third means, for supplying said alternating electrical current to the subsea equipment, said third means comprising an umbilical, the apparatus further includes, at a topside location, communication means coupled with said third means for superimposing data on the voltage of said alternating current. first means, for providing a direct electrical current; second means, for converting said direct electrical current to an alternating electrical current; and third means, for supplying said alternating electrical current to the subsea equipment, said third means comprising an umbilical, the apparatus further includes, at a topside location, communication means coupled with said third means for superimposing data on the voltage of said alternating current.
Use of a plated metal pipe for vehicle piping formed by coating a base metal pipe with a coating of a hot dipping alloy, wherein the coating has a high corrosion resistance; wherein the base metal pipe is a double-wall steel pipe formed by rolling up a Cu-plated steel sheet in a tubular shape, the Cu-plated steel sheet being composed of a base metal sheet and a plated Cu film coating the base metal sheet; the hot dipping alloy is a Zn alloy and consists of 3 % by weight or above Al, 1 to 15 % by weight Mg, optionally 2% by weight or below in total of one or some of Cu, Mn, Si, Ca, Ti, B and Sn, and others including Zn and inevitable impurities, the melting point of the hot dipping alloy of Al, Mg and Zn being lower than those of the component metals of the alloy; and the plated metal pipe is not provided with a chemical conversion coating or a painted organic coating on the coating of the hot-dipping alloy.
A method for renewal of a track, wherein old track panels are removed by a gantry crane arranged on an on-track work train, and ballast thus exposed is renewed on which, after grading, new track panels are placed, characterized by the following steps: a) a number of old track panels are picked up by a crane jib, projecting over the track from a train end of the work train and pivotably arranged on the gantry crane which is supported at a first end on the track by means of vertically adjustable supporting devices, and are placed on the work train, thus creating a renewal gap delimited by a gap beginning and a gap end, b) after the renewal gap has reached a desired maximum length, new ballast pre-deposited on the work train is introduced with the aid of the crane jib into the gap end of the renewal gap, c) a new track panel pre-deposited on the work train is placed upon the graded ballast of the gap end by means of the crane jib, d) the work train is moved in the direction towards the renewal gap on the new track panel, after which the introduction of ballast and the subsequent placement of a new track panel according to steps b) and c) are repeated until the gap beginning is reached. a) a number of old track panels are picked up by a crane jib, projecting over the track from a train end of the work train and pivotably arranged on the gantry crane which is supported at a first end on the track by means of vertically adjustable supporting devices, and are placed on the work train, thus creating a renewal gap delimited by a gap beginning and a gap end, b) after the renewal gap has reached a desired maximum length, new ballast pre-deposited on the work train is introduced with the aid of the crane jib into the gap end of the renewal gap, c) a new track panel pre-deposited on the work train is placed upon the graded ballast of the gap end by means of the crane jib, d) the work train is moved in the direction towards the renewal gap on the new track panel, after which the introduction of ballast and the subsequent placement of a new track panel according to steps b) and c) are repeated until the gap beginning is reached.
An anti-HER3 antibody comprising: - a heavy chain wherein the variable domain comprises SEQ ID NO: 1 for H-CDR1, SEQ ID NO: 2 for H-CDR2 and SEQ ID NO: 3 for H-CDR3; and - a light chain wherein the variable domain comprises SEQ ID NO: 4 for L-CDR1, SEQ ID NO: 5 for L-CDR2 and SEQ ID NO: 6 for L-CDR3. - a heavy chain wherein the variable domain comprises SEQ ID NO: 1 for H-CDR1, SEQ ID NO: 2 for H-CDR2 and SEQ ID NO: 3 for H-CDR3; and - a light chain wherein the variable domain comprises SEQ ID NO: 4 for L-CDR1, SEQ ID NO: 5 for L-CDR2 and SEQ ID NO: 6 for L-CDR3.
An artificial opal film fabrication apparatus comprising: a scraper adapted to adjust a thickness of a suspension film, a stage that is movable relative thereto in a constant horizontal direction, wherein the stage is adapted to locate a substrate coated with the suspension film having fine particles dispersed in it, wherein a dispersion medium of said suspension film is evaporatable off thereby crystallizing said fine particles to fabricate an artificial opal film, wherein the stage is adapted to position the substrate attached to that stage such that when said stage moves horizontally, the scraper is adapted to control the thickness of the suspension film coated on that substrate in an uncrystallization state, and an evaporation control cover adapted to control the evaporation of the dispersive medium of said suspension film before it passes said scraper. a scraper adapted to adjust a thickness of a suspension film, a stage that is movable relative thereto in a constant horizontal direction, wherein the stage is adapted to locate a substrate coated with the suspension film having fine particles dispersed in it, wherein a dispersion medium of said suspension film is evaporatable off thereby crystallizing said fine particles to fabricate an artificial opal film, wherein the stage is adapted to position the substrate attached to that stage such that when said stage moves horizontally, the scraper is adapted to control the thickness of the suspension film coated on that substrate in an uncrystallization state, and an evaporation control cover adapted to control the evaporation of the dispersive medium of said suspension film before it passes said scraper.
A multilayer film comprising an at least single ply outer layer and a base layer surface-bonded to the outer layer, the outer layer being a layer of polyurethane and/or polyacrylate, and/or blends thereof, characterised - in that the outer layer has a thickness of 0.01 mm to 0.06 mm and is a layer of an aliphatic, crosslinked polyurethane and/or polyacrylate optionally no longer having thermoplastic properties, and/or blends thereof, - in that the base layer is thermoplastic and has a thickness of between 0.15 mm and 0.40 mm and consists of polyolefin or PVC and - in that the outer layer and the base layer have a different colour and/or a differing content of colouring pigments. - in that the outer layer has a thickness of 0.01 mm to 0.06 mm and is a layer of an aliphatic, crosslinked polyurethane and/or polyacrylate optionally no longer having thermoplastic properties, and/or blends thereof, - in that the base layer is thermoplastic and has a thickness of between 0.15 mm and 0.40 mm and consists of polyolefin or PVC and - in that the outer layer and the base layer have a different colour and/or a differing content of colouring pigments.
Filter device with a filter element, which can be accommodated in a filter housing consisting of at least two connectable housing parts (17, 19), wherein the filter element can be secured in a detachable manner to a housing part by means of a screw connection (32, 33), and for the connection of the housing parts (17, 19) a further screw connection (17, 41) is provided, characterised in that, for the transfer of a torque moment between thread elements, which are rotatable relative to one another, of the one screw connection (32, 33) and the other screw connection a coupling device (43, 46, 61) is inserted, which, on attaining the tightened state of a thread element of the one screw connection (32, 33), allows for a further rotation movement of a thread elements of the other screw connection.
A catheter comprising: an inner layer that forms the inner surface of a tubular catheter main body having a lumen; an outer layer that forms the outer surface of the catheter main body; and multiple reinforcements that are embedded between the inner surface and the outer surface, wherein when the inner diameter of the catheter main body is D1, the outer diameter of the catheter main body is D2, the wall thickness of the catheter main body is T1, the thickness of each reinforcement along a radial direction of the catheter main body is T2, an effective width of each reinforcement along the circumferential direction of the catheter main body in a cross section orthogonal to the axial line direction of the catheter main body is W, and the number of the reinforcements is N, the catheter satisfies Expressions,, and below 0.050 mm ≤ T 1 ≤ 0.100 mm T 2 / T 1 ≥ 0.25 60,000 ≤ D 1 × D 2 × W × N / T 1 2 × T 2 < 1, 000, 000 wherein the effective width W of each reinforcement ranges from 0.200 mm to less than 0.600 mm, characterized in that the outer diameter D2 of the catheter main body in the catheter ranges from 2 mm to 3 mm. an inner layer that forms the inner surface of a tubular catheter main body having a lumen; an outer layer that forms the outer surface of the catheter main body; and multiple reinforcements that are embedded between the inner surface and the outer surface, wherein when the inner diameter of the catheter main body is D1, the outer diameter of the catheter main body is D2, the wall thickness of the catheter main body is T1, the thickness of each reinforcement along a radial direction of the catheter main body is T2, an effective width of each reinforcement along the circumferential direction of the catheter main body in a cross section orthogonal to the axial line direction of the catheter main body is W, and the number of the reinforcements is N, the catheter satisfies Expressions,, and below 0.050 mm ≤ T 1 ≤ 0.100 mm T 2 / T 1 ≥ 0.25 60,000 ≤ D 1 × D 2 × W × N / T 1 2 × T 2 < 1, 000, 000 wherein the effective width W of each reinforcement ranges from 0.200 mm to less than 0.600 mm, characterized in that the outer diameter D2 of the catheter main body in the catheter ranges from 2 mm to 3 mm. wherein the effective width W of each reinforcement ranges from 0.200 mm to less than 0.600 mm, characterized in that the outer diameter D2 of the catheter main body in the catheter ranges from 2 mm to 3 mm.
A transport system for a wind turbine blade having a tip end and a root end, the blade further having a bolt circle diameter D at said root end, wherein the transport system comprises: at least one root end transport frame for supporting a root end of a wind turbine blade; at least one tip end transport frame for supporting a portion of a wind turbine blade towards the tip end of said blade, said tip end transport frame comprising a base frame and a support bracket provided on top of said base frame for receiving a portion of a wind turbine blade; wherein the tip end transport frame is stackable on top of the root end transport frame, such that the transport system is operable to stack successive wind turbine blades in an alternating root end to tip end arrangement; wherein said root end transport frame has a height H; wherein said tip end transport frame comprises a base frame having a height h; and wherein (H+h) is approximately equal to D, such that a root end transport frame and the base frame of a successively stacked tip end transport frame overlap with a root end of a wind turbine blade supported by said root end transport frame. at least one root end transport frame for supporting a root end of a wind turbine blade; at least one tip end transport frame for supporting a portion of a wind turbine blade towards the tip end of said blade, said tip end transport frame comprising a base frame and a support bracket provided on top of said base frame for receiving a portion of a wind turbine blade; wherein the tip end transport frame is stackable on top of the root end transport frame, such that the transport system is operable to stack successive wind turbine blades in an alternating root end to tip end arrangement; wherein said root end transport frame has a height H; wherein said tip end transport frame comprises a base frame having a height h; and wherein (H+h) is approximately equal to D, such that a root end transport frame and the base frame of a successively stacked tip end transport frame overlap with a root end of a wind turbine blade supported by said root end transport frame.
An assembly tool for mounting or dismantling, replacement and maintenance of a component of an engine, the assembly tool comprising an apparatus and characterized in that the apparatus comprising an eccentric hook having means to adjust, discretely or operatively communicating with a crane or other transport means the position of the component in radial or quasi-radial position with respect to the engine housing, whereas the eccentric hook comprising an outer structure/casing, an inner ring, a cut out with an eccentric deployment, whereas the eccentric hook is self-locking or semi-self- locking with respect to a counterpart attached to the engine housing.
A tumble dryer comprising a heat pump system and an air flow circuit for circulation of an air flow, the air flow circuit comprising a condenser, a drying drum, a fan arrangement, an air flow duct and an evaporator, wherein the air flow duct comprises a constriction, with a plurality of openings, arranged upstream the evaporator, and is adapted to create a pressure drop in the air flow that is circulated in the air flow duct, wherein the drying drum comprises a circular rear wall with air inlet openings and a radial cylindrical wall with air outlet openings, wherein a space outside the radial cylindrical wall is configured as a duct leading to the constriction, and characterised in that the constriction is a perforated plate.
A mold assembly cell for preparing a mold for metal casting, from sand cores (14, 16) and other mold components, characterized by comprising a turntable which is structured to be cyclically positionable to at least three mold assembly stations (60, 62, 64); programmable turntable robots (66, 68, 70, 72) in at least one of said assembly stations for progressively assembling said mold by securing a plurality of sand cores and/or other components of said mold to an incipient mold package, and wherein said assembly stations are arranged along a circular path within said assembly cell, within close proximity to, and within reaching distance of said robots, said turntable being capable of rotating in a clockwise or counter clockwise direction, said programmable turntable robots being positioned for handling and positioning said sand cores and/or other mold components into said incipient mold package in a predetermined assembly sequence, at said assembly stations; and means for withdrawing said incipient or complete mold package from said assembly cell for continuing its assembly in another assembly cell or for its further processing or for carrying out said metal casting.
A Doherty amplifier comprising: a first filter circuit to, when an input signal lying in a first frequency band is inputted, output a first input signal obtained by attenuating the input signal lying in the first frequency band by a first amount of attenuation, and to, when an input signal lying in a second frequency band different from the first frequency band is inputted, output a second input signal obtained by allowing passage of the input signal lying in the second frequency band; a second filter circuit to, when an input signal lying in the first frequency band is inputted, output a third input signal obtained by attenuating the input signal lying in the first frequency band by a second amount of attenuation smaller than the first amount of attenuation, and to, when an input signal lying in the second frequency band is inputted, output a fourth input signal obtained by attenuating the input signal lying in the second frequency band by a third amount of attenuation larger than or equal to the first amount of attenuation; a first amplifier in which a gate bias voltage is fixed, to operate as an auxiliary amplifier when the first input signal from the first filter circuit is inputted, and to operate as a main amplifier when the second input signal from the first filter circuit is inputted; and a second amplifier in which a gate bias voltage is fixed, to operate as the main amplifier when the third input signal from the second filter circuit is inputted, and to operate as the auxiliary amplifier when the fourth input signal from the second filter circuit is inputted. a first filter circuit to, when an input signal lying in a first frequency band is inputted, output a first input signal obtained by attenuating the input signal lying in the first frequency band by a first amount of attenuation, and to, when an input signal lying in a second frequency band different from the first frequency band is inputted, output a second input signal obtained by allowing passage of the input signal lying in the second frequency band; a second filter circuit to, when an input signal lying in the first frequency band is inputted, output a third input signal obtained by attenuating the input signal lying in the first frequency band by a second amount of attenuation smaller than the first amount of attenuation, and to, when an input signal lying in the second frequency band is inputted, output a fourth input signal obtained by attenuating the input signal lying in the second frequency band by a third amount of attenuation larger than or equal to the first amount of attenuation; a first amplifier in which a gate bias voltage is fixed, to operate as an auxiliary amplifier when the first input signal from the first filter circuit is inputted, and to operate as a main amplifier when the second input signal from the first filter circuit is inputted; and a second amplifier in which a gate bias voltage is fixed, to operate as the main amplifier when the third input signal from the second filter circuit is inputted, and to operate as the auxiliary amplifier when the fourth input signal from the second filter circuit is inputted.