mhurhangee/ep-ind-claims huggingface dataset:
An engine defining a central axis, the engine comprising: a fan section including a plurality of variable pitch fan blades for generating a forward thrust and a reverse thrust; a core engine drivingly connected to the fan section; and a core casing enclosing the core engine and at least partially defining a primary air flowpath through the core engine, the core casing extending along the central axis from a forward end to an aft end, the core casing defining an annular inlet to the primary air flowpath at the forward end and a reverse flow passage extending from an outer surface entrance to an inner surface exit through the core casing to the primary air flowpath to allow a flow of air therethrough when the variable pitch fan blades generate a reverse thrust; a core strut extending inward from an inner surface of the core casing along the radial direction, the core strut being positioned between the annular inlet and the inner surface exit along the central axis; a stator vane extending inward along the radial direction from the inner surface of the core casing, the stator vane being positioned between the annular inlet and the core strut along the central axis; and a bypass outlet guide vane extending outward from an outer surface of the core casing along the radial direction, wherein the bypass outlet guide vane is aligned with the core strut along the central axis to form a rigid radial support line, wherein the outer surface entrance is positioned aft of the bypass outlet guide vane. a fan section including a plurality of variable pitch fan blades for generating a forward thrust and a reverse thrust; a core engine drivingly connected to the fan section; and a core casing enclosing the core engine and at least partially defining a primary air flowpath through the core engine, the core casing extending along the central axis from a forward end to an aft end, the core casing defining an annular inlet to the primary air flowpath at the forward end and a reverse flow passage extending from an outer surface entrance to an inner surface exit through the core casing to the primary air flowpath to allow a flow of air therethrough when the variable pitch fan blades generate a reverse thrust; a core strut extending inward from an inner surface of the core casing along the radial direction, the core strut being positioned between the annular inlet and the inner surface exit along the central axis; a stator vane extending inward along the radial direction from the inner surface of the core casing, the stator vane being positioned between the annular inlet and the core strut along the central axis; and a bypass outlet guide vane extending outward from an outer surface of the core casing along the radial direction, wherein the bypass outlet guide vane is aligned with the core strut along the central axis to form a rigid radial support line, wherein the outer surface entrance is positioned aft of the bypass outlet guide vane.
A method for manufacturing a component, comprising: a step of preparing a component having an electrode that is to be soldered; a step of contacting a first organic fatty acid-containing solution with the electrode; a step of adhering a first molten solder onto the electrode by contacting the first molten solder with the electrode; a step of ejecting a flow to the adhered first molten solder to remove an excess first molten solder in the first molten solder adhered onto the electrode; and a step of cooling the electrode from which the excess first molten solder has been removed to less than a melting point of the first molten solder, and wherein in the step of adhering the first molten solder, the first molten solder includes a component forming an electrode corrosion preventing layer made of an intermetallic compound layer comprising Cu, Ni and Sn on a surface of the electrode by reacting with a component included in the electrode, characterized in that in the step of adhering the first molten solder, the contact of the first molten solder with the electrode is performed by allowing a liquid flow of the first molten solder to collide with the electrode, the liquid flow of the first molten solder being applied diagonally from an upper direction by a predetermined angle θ at a collision pressure of 0.5 to 4.0 Pa while moving the component; and in the step of ejecting a flow to the adhered first molten solder, the flow is a gas flow of an inert gas or air being heated and ejected from a nozzle while placing the component under a steam atmosphere containing a gas of a second organic fatty acid-containing solution that is the same solution as the first organic fatty acid-containing solution. a step of preparing a component having an electrode that is to be soldered; a step of contacting a first organic fatty acid-containing solution with the electrode; a step of adhering a first molten solder onto the electrode by contacting the first molten solder with the electrode; a step of ejecting a flow to the adhered first molten solder to remove an excess first molten solder in the first molten solder adhered onto the electrode; and a step of cooling the electrode from which the excess first molten solder has been removed to less than a melting point of the first molten solder, and wherein
A cooking attachment for a heatable vessel of a kitchen appliance, which cooking attachment has a bottom comprising bottom openings, through which steam, which escapes from the vessel, can enter the cooking attachment and/or condensate, which escapes from the cooking attachment, can enter the vessel, wherein, the bottom openings have at least one steam opening and at least one condensate opening, which is embodied separately from the steam opening, characterized in that the condensate opening has a capillary tube comprising a first end area and a second end area, wherein the first end area is arranged in the area of the bottom on the side facing the interior of the cooking attachment, and wherein the second end area is guided out of the cooking attachment on the side of the cooking attachment, which faces the vessel of the kitchen appliance, so that condensate located on the first end area can flow into the vessel via the capillary tube.
Device for carrying out a distraction and/or a compression of vertebral bodies during in particular minimally invasive spinal surgery, said device comprising a first and a second extension part, which parts are in particular sleeve-shaped, at least in portions, each part having a longitudinal direction (44, 46) and each of which parts can be secured on a bone anchor (8, 10) in a detachable but rigid and rotationally fixed manner, the bone anchors (8, 10) in each case being intended to be inserted into one of the vertebral bodies to be treated, characterized by a first eccentric bearing part and a second counter bearing part, which parts can be positioned or are positioned on the first and on the second extension part respectively in corresponding positions in the longitudinal direction (44,46), the first eccentric bearing part being a movable component that is in addition to the first extension part, and the second counter bearing part being a movable component that is in addition to the second extension part or being formed by the second extension part itself, and in that at least the eccentric bearing part can be rotated relative to the first extension part about the longitudinal direction of said extension part, such that due to the eccentricity, the first bearing part can be brought into contact with the second counter bearing part and thus a bearing point is formed for forming a pivot joint between the two extension parts (4, 6) in order to perform the distraction or compression.
A method for printing a paper web with at least one print motif by means of a digital printing facility, wherein the method comprises the following steps: - providing a digital image of a master sample of the print motif, - printing a plurality of copies of a section of the at least one print motif with different color settings, - creating digital images of the printed copies using an optical sensor, - comparing the digital images of the printed copies with the digital image of the master sample by means of an electric control unit, wherein a degree of similarity is determined in each case, - selecting color settings using the determined degrees of similarity, wherein the color settings of the copy are selected whose digital image exhibits the highest degree of similarity with the digital image of the master sample, and - printing the print motif onto the paper web with the selected color settings. - providing a digital image of a master sample of the print motif, - printing a plurality of copies of a section of the at least one print motif with different color settings, - creating digital images of the printed copies using an optical sensor, - comparing the digital images of the printed copies with the digital image of the master sample by means of an electric control unit, wherein a degree of similarity is determined in each case, - selecting color settings using the determined degrees of similarity, wherein the color settings of the copy are selected whose digital image exhibits the highest degree of similarity with the digital image of the master sample, and - printing the print motif onto the paper web with the selected color settings.
Assembly, comprising an end link of a chain strand made of chain links of a predetermined geometry, and a device for attaching the end link of the chain strand made of the chain links of a predetermined geometry comprising at least a retaining device comprising at least an insertion segment at at least one end that can be inserted in an opening of the end link, and at least a retaining segment where the retaining segment comprises a cross section on which the end link can be placed in a limited number of retaining positions from the insertion segment, and comprising at least a closure element by which the end link can be permanently secured to the retaining device, wherein the closure element forms a stop by which a motion of the end link out of the retaining segment in the direction of the insertion segment is blocked, wherein the insertion segment comprises a cross section on/onto which the end link of the chain strand can be slid or placed in a limited number of insertion positions, characterized in that a single insertion position is provided.
Water supply system for kitchen or bathroom comprising a support and a jet diffuser, which can be extracted from the support, said jet comprising a button for opening and closing the flow situated on a body of the jet diffuser, the button controls an opening of the flow, when the body is inserted inside the support, and a closure of the flow, when the body is extracted from the support, characterised in that said button is mobile from a position in which it projects from the body, corresponding to the closure of the flow, to a position wherein it is retracted inside the body, corresponding to the opening of the flow, and in that elastic means are provided for moving the button into the projecting position, when the body is extracted from the support, wherein the retracted position is obtained through shape coupling between the body and the support.
A chip package structure, comprising: a substrate having a first board surface and a second board surface that is opposite to the first board surface, wherein the substrate has a plurality of conductive portions arranged on the second board surface; a chip module mounted on the first board surface and electrically coupled to the conductive portions; an encapsulant formed on the first board surface, wherein the chip module is embedded in the encapsulant, and wherein the encapsulant has a patterned trench that is recessed in a top surface thereof and that corresponds in shape to a predetermined two-dimensional code pattern; and a recognition contrast layer filled in the patterned trench, the chip package structure is characterized in that the recognition contrast layer and the top surface of the encapsulant respectively have different colors that conform to grade A or grade B in ISO/IEC 15415 standard; wherein the recognition contrast layer is coplanar with the top surface of the encapsulant so as to jointly form the predetermined 2D code pattern having a planar shape; wherein the patterned trench has a plurality of slots that are separate from each other, and each of the slots has a depth within a range from 15 μm to 30 μm; wherein the chip module includes at least one chip and a plurality of passive components, and wherein the at least one chip and the passive components are mounted on the first board surface, and a top side of the at least one chip is exposed from at least one of the slots and is covered by the recognition contrast layer. a substrate having a first board surface and a second board surface that is opposite to the first board surface, wherein the substrate has a plurality of conductive portions arranged on the second board surface; a chip module mounted on the first board surface and electrically coupled to the conductive portions; an encapsulant formed on the first board surface, wherein the chip module is embedded in the encapsulant, and wherein the encapsulant has a patterned trench that is recessed in a top surface thereof and that corresponds in shape to a predetermined two-dimensional code pattern; and a recognition contrast layer filled in the patterned trench, the chip package structure is characterized in that the recognition contrast layer and the top surface of the encapsulant respectively have different colors that conform to grade A or grade B in ISO/IEC 15415 standard; wherein the recognition contrast layer is coplanar with the top surface of the encapsulant so as to jointly form the predetermined 2D code pattern having a planar shape; wherein the patterned trench has a plurality of slots that are separate from each other, and each of the slots has a depth within a range from 15 μm to 30 μm; wherein the chip module includes at least one chip and a plurality of passive components, and wherein the at least one chip and the passive components are mounted on the first board surface, and a top side of the at least one chip is exposed from at least one of the slots and is covered by the recognition contrast layer.
A system for a combustor, the system comprising a transfer tube assembly (108; 208), the transfer tube assembly (108; 208) comprising: an outer tube (112; 212) defining an inlet, an outlet and a first flow path (114; 214) therebetween; an inner tube (116; 216) positioned within the first flow path (114; 214), wherein the inner tube (116; 216) defines a second flow path (118; 218) in fluid isolation from the first flow path (114; 214); a connecting segment (120; 220) downstream from the inner tube (116; 216) and the outer tube (112; 212) relative to the first flow path (114; 214), the connecting segment having a first bore (122; 222) and a second bore (124; 224) in fluid communication with the second flow path (118; 218), wherein the first bore (122; 222) is in fluid communication with the first flow path (114; 214), and in that the second bore (124; 224) of the connecting segment (120; 220) is positioned off-set from and parallel to the first bore (122; 222) and defined in a portion of an outer wall (133; 233) surrounding the first bore (122; 222), the system further comprising a fuel distributor (110; 210) downstream of the transfer tube assembly (108; 208) and in fluid communication with the first and second flow paths. an outer tube (112; 212) defining an inlet, an outlet and a first flow path (114; 214) therebetween; an inner tube (116; 216) positioned within the first flow path (114; 214), wherein the inner tube (116; 216) defines a second flow path (118; 218) in fluid isolation from the first flow path (114; 214); a connecting segment (120; 220) downstream from the inner tube (116; 216) and the outer tube (112; 212) relative to the first flow path (114; 214), the connecting segment having a first bore (122; 222) and a second bore (124; 224) in fluid communication with the second flow path (118; 218), wherein the first bore (122; 222) is in fluid communication with the first flow path (114; 214), and in that the second bore (124; 224) of the connecting segment (120; 220) is positioned off-set from and parallel to the first bore (122; 222) and defined in a portion of an outer wall (133; 233) surrounding the first bore (122; 222), the system further comprising a fuel distributor (110; 210) downstream of the transfer tube assembly (108; 208) and in fluid communication with the first and second flow paths.
A sheet processing apparatus, comprising: a plurality of coils (51 to 53) that are provided in a feeding section which is configured to feed a sheet that has been taken in into a transport path and that are configured to generate magnetic fields; a control section that is configured to determine, on a basis of differential values between signals output from the plurality of coils, whether a foreign object has entered the feeding section; and a plurality of kicker rollers that are configured to kick the sheet toward a gate section, wherein the plurality of coils are foreign object detection coils that output different signals depending on whether there is the foreign object nearby, characterised in that the plurality of coils are arranged in correspondence with arrangement of the plurality of kicker rollers, and are arranged to surround the plurality of kicker rollers such that a portion of each of the kicker rollers penetrate an opening formed by the plurality of coils. a plurality of coils (51 to 53) that are provided in a feeding section which is configured to feed a sheet that has been taken in into a transport path and that are configured to generate magnetic fields; a control section that is configured to determine, on a basis of differential values between signals output from the plurality of coils, whether a foreign object has entered the feeding section; and a plurality of kicker rollers that are configured to kick the sheet toward a gate section, wherein the plurality of coils are foreign object detection coils that output different signals depending on whether there is the foreign object nearby, characterised in that the plurality of coils are arranged in correspondence with arrangement of the plurality of kicker rollers, and are arranged to surround the plurality of kicker rollers such that a portion of each of the kicker rollers penetrate an opening formed by the plurality of coils.
A protective cover for protecting a slot and a screen of a mobile terminal, the mobile terminal having the screen at a front surface, and the slot, positioned in a recess of a rear surface of the mobile terminal, configured to receive a removable card type element, the protective cover comprising: a slot protective cover for covering a card type element when inserted into the slot, the slot protective cover configured to be fastened to the recess; and a screen protective cover for covering the screen of the mobile terminal, wherein the screen protective cover is connected to the slot protective cover and is configured to rotate to the front surface or the rear surface using one side surface of the mobile terminal as a central axis. a slot protective cover for covering a card type element when inserted into the slot, the slot protective cover configured to be fastened to the recess; and a screen protective cover for covering the screen of the mobile terminal, wherein the screen protective cover is connected to the slot protective cover and is configured to rotate to the front surface or the rear surface using one side surface of the mobile terminal as a central axis.
A pallet comprising: a plastic top deck; a bamboo bottom deck comprising a plurality of bamboo boards (42, 44, 46) each having a plurality of bamboo strips layered together such that a direction of each bamboo strip within the plurality of bamboo strips is orthogonal to a direction of an adjacent bamboo strip; and a plurality of support blocks (50, 60) coupled between said bamboo bottom deck and said plastic top deck, with a gap being formed therebetween for receiving a lifting member. a plastic top deck; a bamboo bottom deck comprising a plurality of bamboo boards (42, 44, 46) each having a plurality of bamboo strips layered together such that a direction of each bamboo strip within the plurality of bamboo strips is orthogonal to a direction of an adjacent bamboo strip; and a plurality of support blocks (50, 60) coupled between said bamboo bottom deck and said plastic top deck, with a gap being formed therebetween for receiving a lifting member.
- A plant dormancy control system that comprises a vertical shade structure which includes vertical supports in the form of wood, metal, plastic or concrete poles that support a shade fabric, where the vertical shade structure is installed in a commercial planting including multiple plants in plant rows the plant dormancy control system further comprising an upper support cable attached to each vertical support by upper support cable attachment and a lower support cable attached to each vertical support by lower support cable attachment, said shade fabric being attached to said upper support cable and to said lower support cable, wherein vertical shade structure is placed to create a shaded area during daylight hours in the form of a triangular prism that substantially encompasses plants in each plant row, and which substantially blocks direct solar radiation from reaching plants characterised in that said shade fabric absorbs approximately 90% or more of the direct solar radiation from 550 nm to 850 nm, while reflecting approximately 10% or less of the direct solar radiation. wherein vertical shade structure is placed to create a shaded area during daylight hours in the form of a triangular prism that substantially encompasses plants in each plant row, and which substantially blocks direct solar radiation from reaching plants characterised in that said shade fabric absorbs approximately 90% or more of the direct solar radiation from 550 nm to 850 nm, while reflecting approximately 10% or less of the direct solar radiation.
A pumping system for a fuel dispensing unit, comprising a first pumping unit configured to suck fuel from a fuel storage tank and comprising a first air separator for circulating a part of the fuel with low rate of gas toward a first fuel supply line and to evacuate a gas-enriched part of the fuel toward a first recovery chamber, a second pumping unit configured to suck fuel from the fuel storage tank and comprising a second air separator for circulating a part of the fuel with low rate of gas toward a second fuel supply line and to evacuate a gas-enriched part of the fuel toward a second recovery chamber, and a manifold comprising a fuel inlet connected to the fuel storage tank, a first fuel outlet connected to a first supply inlet of the first pumping unit, and a second fuel outlet connected to a second supply inlet of the second pumping unit, characterised in that the pumping system comprises an equalizer tube fluidly connecting the first recovery chamber and the second recovery chamber. a first pumping unit configured to suck fuel from a fuel storage tank and comprising a first air separator for circulating a part of the fuel with low rate of gas toward a first fuel supply line and to evacuate a gas-enriched part of the fuel toward a first recovery chamber, a second pumping unit configured to suck fuel from the fuel storage tank and comprising a second air separator for circulating a part of the fuel with low rate of gas toward a second fuel supply line and to evacuate a gas-enriched part of the fuel toward a second recovery chamber, and a manifold comprising a fuel inlet connected to the fuel storage tank, a first fuel outlet connected to a first supply inlet of the first pumping unit, and a second fuel outlet connected to a second supply inlet of the second pumping unit, characterised in that the pumping system comprises an equalizer tube fluidly connecting the first recovery chamber and the second recovery chamber.