mhurhangee/ep-ind-claims huggingface dataset:
Coating device for elongated work pieces, comprising a conveyor means for moving the work piece in a longitudinal direction, a suction chamber through which the work piece is passed, an application means (36, 38, 40, 42, 44) for applying a coating medium onto at least one surface of the work piece, and a blow-off means, the blow-off means having a blow-off direction directed into the suction chamber, characterized in that the blow-off means is integrated into the inlet and/or outlet die to remove a part of the coating medium.
A circuit board comprising: an insulating substrate; a metal circuit sheet joined to a first principal surface of the insulating substrate; and a heat dissipating sheet made of metal and joined to a second principal surface of the insulating substrate, the second principal surface being opposite the first principal surface, wherein a size of metal grains contained in the heat dissipating sheet decreases with increasing distance from the second principal surface of the insulating substrate, characterized in that a thickness of the heat dissipating sheet is at least 3.75 times a thickness of the metal circuit sheet; and a size of metal grains contained in the heat dissipating sheet is smaller than a size of metal grains contained in the metal circuit sheet. an insulating substrate; a metal circuit sheet joined to a first principal surface of the insulating substrate; and a heat dissipating sheet made of metal and joined to a second principal surface of the insulating substrate, the second principal surface being opposite the first principal surface, wherein a size of metal grains contained in the heat dissipating sheet decreases with increasing distance from the second principal surface of the insulating substrate, characterized in that a thickness of the heat dissipating sheet is at least 3.75 times a thickness of the metal circuit sheet; and a size of metal grains contained in the heat dissipating sheet is smaller than a size of metal grains contained in the metal circuit sheet.
A modular, portable product lay arrangement for an offshore vessel, comprising: a base; an A-frame pivotally mounted on the base; a lay chute movably mounted on the base; a hang off clamp/work table mounted at one end of the base; and a fixed chute attached to the hang off clamp/work table. a base; an A-frame pivotally mounted on the base; a lay chute movably mounted on the base; a hang off clamp/work table mounted at one end of the base; and a fixed chute attached to the hang off clamp/work table.
Linear dual actuator dedicated for lying or sitting furniture of the type comprising at least one section (2,3), which with one end is rotatably embedded around an axis in the article of furniture, and where the section (2,3) can be adjusted by means of a pivot shaft (4,6) directly or indirectly connected to the section (2,3), and where an arm (5,7) is secured to the pivot shaft (4,6) by which the pivot shaft (4,6) is brought to rotate and thus adjust the section (2,3), said dual actuator comprises a housing with a recess in each end for each of the pivot shafts (4,6) on the article of furniture, and where the arms (5,7) on the pivot shafts (4,6), after the dual actuator has been mounted, reach into the housing, and where each end of the housing is furnished with a drive comprising an electric motor a transmission in driving connection with the electric motor, a spindle unit in driving connection with the transmission, and where the spindle unit comprises a spindle and a spindle nut which can be displaced relative to each other, as well as an activation element in connection with the spindle unit and which is guided in the housing in a manner which is secured against rotation, and which can be brought into engagement with the arm (5,7) for adjusting the section (2,3), characterized in that a rotating element in the drives comprises a connection for a tool, accessible from the outer side of the housing, for driving the respective sections (2,3) for lowering this to a horizontal position, and that the connection is located in or on the side of a toothed wheel.
A process for the conversion of organic material to a methane rich gas comprising: a) vaporizing the organic material in an enclosed chamber substantially free of oxygen and mixing the vaporized organic material with an excess amount of hydrogen gas and, optionally, superheated steam, at a temperature of 450°C to 650°C to form a first mixture; b) heating the first mixture in a second enclosed chamber substantially free of oxygen to a temperature of 600°C to 900°C in the presence of an excess amount of hydrogen gas and superheated steam to form a gaseous mixture comprising methane, hydrogen and acid; and c) neutralizing the gaseous mixture with a base. a) vaporizing the organic material in an enclosed chamber substantially free of oxygen and mixing the vaporized organic material with an excess amount of hydrogen gas and, optionally, superheated steam, at a temperature of 450°C to 650°C to form a first mixture; b) heating the first mixture in a second enclosed chamber substantially free of oxygen to a temperature of 600°C to 900°C in the presence of an excess amount of hydrogen gas and superheated steam to form a gaseous mixture comprising methane, hydrogen and acid; and c) neutralizing the gaseous mixture with a base.
A paper discharge mechanism, comprising: a first side passage plate and a second side passage plate between which an S-shaped paper conveying passage is formed, wherein the second side passage plate comprises a paper jam detection plate and a paper pullout detection plate which are both pivotally connected on a frame; a first elastic element biasing the paper jam detection plate toward the first side passage plate and a second elastic element biasing the paper pullout detection plate toward the first side passage plate; and a first sensor for detecting the position of the paper jam detection plate and a second sensor for detecting the position of the paper pullout detection plate, wherein a surface of the paper jam detection plate facing paper is concave and is held against the paper and rotates in the direction away from the first side passage plate during paper jam; a surface of the paper pullout detection plate facing the paper is convex and is held against the paper and rotates in the direction away from the first side passage plate during paper pullout. a first side passage plate and a second side passage plate between which an S-shaped paper conveying passage is formed, wherein the second side passage plate comprises a paper jam detection plate and a paper pullout detection plate which are both pivotally connected on a frame; a first elastic element biasing the paper jam detection plate toward the first side passage plate and a second elastic element biasing the paper pullout detection plate toward the first side passage plate; and a first sensor for detecting the position of the paper jam detection plate and a second sensor for detecting the position of the paper pullout detection plate, wherein a surface of the paper jam detection plate facing paper is concave and is held against the paper and rotates in the direction away from the first side passage plate during paper jam; a surface of the paper pullout detection plate facing the paper is convex and is held against the paper and rotates in the direction away from the first side passage plate during paper pullout.
An electrochemical measurement method for electrochemically measuring a chemical substance generated or consumed in a biological sample in a solution, wherein the biological sample, which has diameter dimension between 100 μm, inclusive, and 600 μm, inclusive, comprises cells, cell aggregates, pieces of tissue, or non-biological samples containing biologically-relevant substances, by using a working electrode that has a diameter dimension d el less than or equal to 80 μm and supplies or receives electrons to or from the chemical substance to cause an oxidation-reduction reaction, provided that the biological sample excludes human embryos and fertilized human egg cells, wherein a spacer is placed in the solution, the spacer having an inverse-cone-shaped profile surface at a distance h 2 in the direction perpendicular to the electrode surface, the distance h 2 being dependent on a distance m from a center of the electrode surface in the direction parallel to the electrode surface and satisfying h 2 = √ 1.05 d el + 6.89 m − 0.48 d el − 2.38 ± 5 μm the spacer preventing the biological sample from entering a region on the electrode surface side of the profile surface and allowing a dissolved substance in the solution to diffuse; and measurement is performed while the biological sample is positioned immediately above the center of the electrode surface along the profile surface of the spacer. wherein a spacer is placed in the solution, the spacer having an inverse-cone-shaped profile surface at a distance h 2 in the direction perpendicular to the electrode surface, the distance h 2 being dependent on a distance m from a center of the electrode surface in the direction parallel to the electrode surface and satisfying h 2 = √ 1.05 d el + 6.89 m − 0.48 d el − 2.38 ± 5 μm the spacer preventing the biological sample from entering a region on the electrode surface side of the profile surface and allowing a dissolved substance in the solution to diffuse; and measurement is performed while the biological sample is positioned immediately above the center of the electrode surface along the profile surface of the spacer.
A waste retrieval device comprising: a frame having a head portion and a member extending rearwardly from the head portion, one of the head portion and the member including a top retaining element extending therefrom; and a bag for containing at least partially the head portion, the bag including top and bottom panels (58, 60) each having an approximate truncated triangular shape, the top and bottom panels (58, 60) being interconnected along a front edge defining a truncated edge of the truncated triangular shape and along two angled side edges extending from the front edge away from each other, the top panel being sized to extend over the head portion and the bottom panel being sized to extend under the head portion, the top and bottom panels (58, 60) defining a rear open end therebetween, a rear edge of the top panel being attachable to the frame by the top retaining element, the top and bottom panels (58, 60) defining enlarged side portions extending from the interconnected side edges proximate the open end, the side portions of the bag providing extra bag material extending beyond the head portion and hanging loosely on each side thereof when the bag at least partially contains the head portion to allow the bag to be inverted by moving a rear edge of the bottom panel under the head portion away from the member and back toward the member over the head portion and top panel with the rear edge of the top panel remaining attached to the frame. a frame having a head portion and a member extending rearwardly from the head portion, one of the head portion and the member including a top retaining element extending therefrom; and a bag for containing at least partially the head portion, the bag including top and bottom panels (58, 60) each having an approximate truncated triangular shape, the top and bottom panels (58, 60) being interconnected along a front edge defining a truncated edge of the truncated triangular shape and along two angled side edges extending from the front edge away from each other, the top panel being sized to extend over the head portion and the bottom panel being sized to extend under the head portion, the top and bottom panels (58, 60) defining a rear open end therebetween, a rear edge of the top panel being attachable to the frame by the top retaining element, the top and bottom panels (58, 60) defining enlarged side portions extending from the interconnected side edges proximate the open end, the side portions of the bag providing extra bag material extending beyond the head portion and hanging loosely on each side thereof when the bag at least partially contains the head portion to allow the bag to be inverted by moving a rear edge of the bottom panel under the head portion away from the member and back toward the member over the head portion and top panel with the rear edge of the top panel remaining attached to the frame.
Aircraft engine provided with: - a fan having a center of mass, - a low-pressure shaft that couples the fan directly and hence without gear reduction to a low-pressure turbine of the aircraft engine, and - a bearing arrangement for mounting the low-pressure shaft, where the bearing arrangement has at least two front bearings (4, 5) for mounting the low-pressure shaft, a first front bearing and a second front bearing, with the first front bearing being arranged in the axial direction upstream of the second front bearing, characterized in that the first front bearing is arranged in this sense in the same plane, extending perpendicular to the longitudinal axis of the aircraft engine, as the center of mass of the fan, such that at least one bearing element of the first front bearing is intersected by said plane. - a fan having a center of mass, - a low-pressure shaft that couples the fan directly and hence without gear reduction to a low-pressure turbine of the aircraft engine, and - a bearing arrangement for mounting the low-pressure shaft, where the bearing arrangement has at least two front bearings (4, 5) for mounting the low-pressure shaft, a first front bearing and a second front bearing, with the first front bearing being arranged in the axial direction upstream of the second front bearing,
Method of protecting a preferably metallic substrate, which is a component from aerospace technology, from damage by electromagnetic radiation and/or particle bombardment, wherein a composition comprising particles having a layer lattice structure, namely hexagonal boron nitride in particle form, inorganic particles which are transparent or white, and an inorganic binder is applied onto the substrate in the form of a layer and dried, the layer being substantially free from organic and from silicone-based constituents.
Carrier body (1, 2) for electrical or electronic components (6a, 6b, 6c, 6d) or circuits, the carrier body (1, 2) being electrically non-conductive or almost non-conductive, the carrier body (1, 2) being integrally provided with heat-dissipating or heat-supplying cooling elements, sintered metallization regions being applied on the surface of the carrier body (1, 2), and the carrier body (1, 2) being a printed circuit board, characterized in that the structure of the metallization regions consists of a plurality of metals which are mixed or applied as layers on the carrier body and W-Ni-Au (tungsten-nickel-gold) is used as the structure of the metallization regions in order to allow gold wire bonding.
A compressor of a gas turbine engine comprising a compressor inlet casing, the compressor inlet casing comprising: an inner bellmouth; a bearing housing being supported by the inner bellmouth therein; and a rotor shaft extending through the bearing housing along a centerline of the inner bellmouth; characterized in that the bearing housing comprises a lower half being integrally cast with a lower half of the inner bellmouth in the compressor inlet casing and connected to the lower half of the inner bellmouth about a horizontal center line, so that the integrally cast lower half of the bearing housing is physically separated from the lower half of the inner bellmouth in the radial direction except about the horizontal centerline; the bearing housing comprises a lubricating oil conduit extending about the bearing housing; and a cavity, created by the physical separation, extends between the lower half of the inner bellmouth and the integrally cast lower half of the bearing housing and extends along the direction of the rotor shaft, the cavity being positioned about a bottom dead center of the bearing housing and being sized to accommodate thermal expansion of the bearing housing towards the inner bellmouth about the bottom dead center position due to heating caused by lubricating oil flowing through the bearing housing. an inner bellmouth; a bearing housing being supported by the inner bellmouth therein; and a rotor shaft extending through the bearing housing along a centerline of the inner bellmouth; characterized in that the bearing housing comprises a lower half being integrally cast with a lower half of the inner bellmouth in the compressor inlet casing and connected to the lower half of the inner bellmouth about a horizontal center line, so that the integrally cast lower half of the bearing housing is physically separated from the lower half of the inner bellmouth in the radial direction except about the horizontal centerline; the bearing housing comprises a lubricating oil conduit extending about the bearing housing; and a cavity, created by the physical separation, extends between the lower half of the inner bellmouth and the integrally cast lower half of the bearing housing and extends along the direction of the rotor shaft, the cavity being positioned about a bottom dead center of the bearing housing and being sized to accommodate thermal expansion of the bearing housing towards the inner bellmouth about the bottom dead center position due to heating caused by lubricating oil flowing through the bearing housing.
A method comprising: by a user terminal, storing, in the user terminal, destination information indicating a destination to which data is transmittable by the user terminal; receiving, from an image forming apparatus, destination information stored in the image forming apparatus and indicating a destination to which data is transmittable by the image forming apparatus, displaying, on a user interface (Ul) screen of the user terminal, the destination information stored in the user terminal and the destination information received from the image forming apparatus; receiving, via the UI screen, an input to select a respective destination information of the destination information stored in the user terminal and the destination information received from the image forming apparatus displayed on the UI screen; and transmitting information to the image forming apparatus for causing the image forming apparatus to transmit scan data generated by the image forming apparatus to the destination indicated by the selected destination information. storing, in the user terminal, destination information indicating a destination to which data is transmittable by the user terminal; receiving, from an image forming apparatus, destination information stored in the image forming apparatus and indicating a destination to which data is transmittable by the image forming apparatus, displaying, on a user interface (Ul) screen of the user terminal, the destination information stored in the user terminal and the destination information received from the image forming apparatus; receiving, via the UI screen, an input to select a respective destination information of the destination information stored in the user terminal and the destination information received from the image forming apparatus displayed on the UI screen; and transmitting information to the image forming apparatus for causing the image forming apparatus to transmit scan data generated by the image forming apparatus to the destination indicated by the selected destination information.
An electronically functional yarn comprising a plurality of carrier fibres forming a core with a series of electronic devices mounted thereon, wherein conductive interconnects extend from the devices along the core, characterized in that a plurality of packing fibres extend around the core, the devices and the interconnects, and are selectively bunched or twisted to fill spaces between the devices, in order to preserve a substantially uniform cross-section along the length of the yarn and between the devices; and wherein the packing fibres are enclosed within a retaining sleeve around the packing fibres, and the core, the devices and the interconnects are confined within the plurality of packing fibres retained in the sleeve.
A periphery recognition apparatus configured to recognize a peripheral situation of a vehicle, the periphery recognition apparatus comprising: a detection portion configured to detect an abnormality of at least a third detector (13, 16) among a first detector (12, 15) configured to detect an object in a first area (12A, 15A) that is a predetermined area adjacent to one side of the vehicle, a second detector (14, 17) configured to detect the object in a second area (14A, 17A) that is an area located adjacent to the one side and located on a backward side of the first area, and the third detector (13, 16) configured to detect the object in a third area (13A, 16A) that is an area located adjacent to the one side and located between the first area and the second area; characterized in that the periphery recognition apparatus further comprises: an estimation portion (42, S101) configured to perform speed control that is control of traveling speed of the vehicle and estimate whether the object is present in the third area based on information obtained from at least one of the first detector or the second detector, when the detection portion detects that the third detector is abnormal. a detection portion configured to detect an abnormality of at least a third detector (13, 16) among a first detector (12, 15) configured to detect an object in a first area (12A, 15A) that is a predetermined area adjacent to one side of the vehicle, a second detector (14, 17) configured to detect the object in a second area (14A, 17A) that is an area located adjacent to the one side and located on a backward side of the first area, and the third detector (13, 16) configured to detect the object in a third area (13A, 16A) that is an area located adjacent to the one side and located between the first area and the second area; a first detector (12, 15) configured to detect an object in a first area (12A, 15A) that is a predetermined area adjacent to one side of the vehicle, a second detector (14, 17) configured to detect the object in a second area (14A, 17A) that is an area located adjacent to the one side and located on a backward side of the first area, and the third detector (13, 16) configured to detect the object in a third area (13A, 16A) that is an area located adjacent to the one side and located between the first area and the second area; characterized in that the periphery recognition apparatus further comprises: an estimation portion (42, S101) configured to perform speed control that is control of traveling speed of the vehicle and estimate whether the object is present in the third area based on information obtained from at least one of the first detector or the second detector, when the detection portion detects that the third detector is abnormal.
A resin composition comprising: an ethylene-vinyl alcohol copolymer, a polyester resin, and a sorbic acid ester; wherein the polyester resin is a polyester thermoplastic elastomer having a polyalkylene ether unit; and wherein the sorbic acid ester is present in an amount of 0.00001 to 10 ppm based on a weight of the resin composition. an ethylene-vinyl alcohol copolymer, a polyester resin, and a sorbic acid ester; wherein the polyester resin is a polyester thermoplastic elastomer having a polyalkylene ether unit; and wherein the sorbic acid ester is present in an amount of 0.00001 to 10 ppm based on a weight of the resin composition.