mhurhangee/ep-ind-claims huggingface dataset:
A viscoelastic polyurethane foam having a density of greater than 40 g/l (two and a half pounds per cubic foot), said foam containing less than 8 parts by weight of flame retardant based on 100 parts by weight of the composition and comprising a reaction product of: an isocyanate component containing means less than 8 parts by weightof toluene diisocyanate based on 100 parts by weight of the isocyanate component, an isocyanate-reactive blend comprising, a first isocyanate-reactive component having a weight-average molecular weight of from 2500 to 4500, a hydroxyl number of from 30 to 50, and comprising at least 60 parts by weight of ethylene oxide based on 100 parts by weight of said first isocyanate-reactive component, and a second isocyanate-reactive component having a weight-average molecular weight of from 1000 to 6000, a hydroxyl number of from 20 to 500, and comprising 100 parts by weight of propylene oxide based on 100 parts by weight of said second isocyanate-reactive component, wherein said first isocyanate-reactive component is used in an amount of from 40 to 75 parts by weight and said second isocyanate-reactive component is used in an amount of from 25 to 60 parts by weight, based on 100 parts by weight of said isocyanate-reactive blend; and a chain extender having a weight-average molecular weight of less than 1,000 and having a backbone chain with from two to eight carbon atoms, wherein said chain extender is used in an amount of from 5 to 50 parts by weight based on 100 parts by weight of said foam. an isocyanate component containing means less than 8 parts by weightof toluene diisocyanate based on 100 parts by weight of the isocyanate component, an isocyanate-reactive blend comprising, a first isocyanate-reactive component having a weight-average molecular weight of from 2500 to 4500, a hydroxyl number of from 30 to 50, and comprising at least 60 parts by weight of ethylene oxide based on 100 parts by weight of said first isocyanate-reactive component, and a second isocyanate-reactive component having a weight-average molecular weight of from 1000 to 6000, a hydroxyl number of from 20 to 500, and comprising 100 parts by weight of propylene oxide based on 100 parts by weight of said second isocyanate-reactive component, wherein said first isocyanate-reactive component is used in an amount of from 40 to 75 parts by weight and said second isocyanate-reactive component is used in an amount of from 25 to 60 parts by weight, based on 100 parts by weight of said isocyanate-reactive blend; and a chain extender having a weight-average molecular weight of less than 1,000 and having a backbone chain with from two to eight carbon atoms, wherein said chain extender is used in an amount of from 5 to 50 parts by weight based on 100 parts by weight of said foam.
A method of adhering an exterior film for a home appliance, the method comprising: printing a color and a pattern for forming an appearance on a main film; applying a main adhesive to an upper surface of the main film; adhering an adhesive protective film to the main adhesive; applying an auxiliary adhesive to a lower surface of the main film; adhering a support protective film to the auxiliary adhesive; forming cutting parts by half cutting defined as cutting the adhesive protective film, the main adhesive and the main film only, wherein connection parts are formed between adjacent cutting parts and the connection parts are uncut during the half cutting, the cutting parts and the connection parts being shaped, when both removed, to form a through part so that the pattern is formed on an exterior part of the home appliance, the cutting parts being shaped, when removed, to form a main part of the through part; removing the adhesive protective film; adhering the main film to the exterior part of the home appliance by using the main adhesive; removing the support protective film to remove the auxiliary adhesive and the cutting parts, thereby forming the main part of the through part; and placing a jig at a position corresponding to the connection parts to cut the connection parts, thereby completing the through part so that the pattern is formed on the exterior part of the home appliance. printing a color and a pattern for forming an appearance on a main film; applying a main adhesive to an upper surface of the main film; adhering an adhesive protective film to the main adhesive; applying an auxiliary adhesive to a lower surface of the main film; adhering a support protective film to the auxiliary adhesive; forming cutting parts by half cutting defined as cutting the adhesive protective film, the main adhesive and the main film only, wherein connection parts are formed between adjacent cutting parts and the connection parts are uncut during the half cutting, the cutting parts and the connection parts being shaped, when both removed, to form a through part so that the pattern is formed on an exterior part of the home appliance, the cutting parts being shaped, when removed, to form a main part of the through part; removing the adhesive protective film; adhering the main film to the exterior part of the home appliance by using the main adhesive; removing the support protective film to remove the auxiliary adhesive and the cutting parts, thereby forming the main part of the through part; and placing a jig at a position corresponding to the connection parts to cut the connection parts, thereby completing the through part so that the pattern is formed on the exterior part of the home appliance.
A sealing soundproofing system in the form of boards intended to be positioned on a substrate and directly under floor tiles, said system consists of an insulating board coupled to a sealing part, said insulating board consisting of one or more layers fastened to one another, and in that said insulating board comprises at least one flexible sub-layer and at least one rigid sub-layer attached to the flexible sub-layer and positioned facing the tiles, the sealing part being a sealing membrane obtained after drying of a liquid or paste sealing product applied directly to the rigid sub-layer of the insulating part, characterized in that the sealing part further comprises a sealing membrane tape in the form of a film coupled by gluing to the insulating board, said tape having at least two overlap zones extending beyond the insulating board, those zones being situated on the entirety of the length of at least two consecutive sides of the insulating plate.
Photovoltaic system having photovoltaic modules which are interconnected to modular strings, whereby each of the modular strings is connected to a direct voltage converter assigned to it, and the outputs of the direct voltage converters are applied to the input of a common power inverter which is located physically separated from the direct voltage converters, characterised in that the direct voltage converters are located in a single generator junction box, and that a control device is located inside the generator junction box which can carry out the monitoring of the phase current and is connected to a central inverter via a communication line.
A method of manufacturing a fuel element configured for use in a high-temperature gas cooled reactor core, the method comprising: forming a graphite base portion of the fuel element; forming a fuel zone of the fuel element, comprising: forming a first graphite layer on the graphite base portion; depositing a first layer of particles on the first graphite layer by controlling the positioning of each particle within the first layer of particles; forming a second graphite layer on the first layer of particles; and depositing a second layer of particles on the second graphite layer by controlling the positioning of each particle within the second layer of particle; and forming a graphite cap portion of the fuel element, wherein the particles in the first layer of particles and the second layer of particles are one or more of fuel particles, burnable poison particles, and breeder particles. forming a graphite base portion of the fuel element; forming a fuel zone of the fuel element, comprising: forming a first graphite layer on the graphite base portion; depositing a first layer of particles on the first graphite layer by controlling the positioning of each particle within the first layer of particles; forming a second graphite layer on the first layer of particles; and depositing a second layer of particles on the second graphite layer by controlling the positioning of each particle within the second layer of particle; and forming a graphite cap portion of the fuel element, forming a first graphite layer on the graphite base portion; depositing a first layer of particles on the first graphite layer by controlling the positioning of each particle within the first layer of particles; forming a second graphite layer on the first layer of particles; and depositing a second layer of particles on the second graphite layer by controlling the positioning of each particle within the second layer of particle; and forming a graphite cap portion of the fuel element, wherein the particles in the first layer of particles and the second layer of particles are one or more of fuel particles, burnable poison particles, and breeder particles.
A method of processing text that will be displayed in a graphical interface of a computing device, the method comprising: receiving, from an executing process, information regarding text to be displayed, including content of the text; creating a mapping for the text, the mapping comprising information representing at least one shape of the text and corresponding to a plurality of sub-pixels of a display to be used in displaying the text; determining initial sub-pixel coverage values for the plurality of sub-pixels using a sub-pixel anti-aliasing technique; processing the initial sub-pixel coverage values to yield processed sub-pixel coverage values for the plurality of pixels of the image data; caching the processed sub-pixel coverage values for subsequent use in rendering the text in the graphical interface; providing an identifier for the cached sub-pixel coverage values to the executing process; and receiving, from the executing process, a request to render the text in the graphical interface, the request including the identifier for the cached sub-pixel coverage values. receiving, from an executing process, information regarding text to be displayed, including content of the text; creating a mapping for the text, the mapping comprising information representing at least one shape of the text and corresponding to a plurality of sub-pixels of a display to be used in displaying the text; determining initial sub-pixel coverage values for the plurality of sub-pixels using a sub-pixel anti-aliasing technique; processing the initial sub-pixel coverage values to yield processed sub-pixel coverage values for the plurality of pixels of the image data; caching the processed sub-pixel coverage values for subsequent use in rendering the text in the graphical interface; providing an identifier for the cached sub-pixel coverage values to the executing process; and receiving, from the executing process, a request to render the text in the graphical interface, the request including the identifier for the cached sub-pixel coverage values.
A base unit comprising: a processor, a memory, a wireless transceiver, the processor and the memory programmed to: receive from the wireless transceiver measurements indicating electricity used by one or more loads via a remote load manager; determine from the measurements, a baseline demand forecast for energy usage by the one or more loads; determine a baseline production forecast from at least one energy source capable of supplying electrical power to the one or more loads; make control decisions based on the baseline demand forecast and the baseline production forecast; and transmit through the wireless transceiver via the load manager one or more commands to remove or reduce electrical power to the one or more loads. receive from the wireless transceiver measurements indicating electricity used by one or more loads via a remote load manager; determine from the measurements, a baseline demand forecast for energy usage by the one or more loads; determine a baseline production forecast from at least one energy source capable of supplying electrical power to the one or more loads; make control decisions based on the baseline demand forecast and the baseline production forecast; and transmit through the wireless transceiver via the load manager one or more commands to remove or reduce electrical power to the one or more loads.
Method for controlling a magnetic rail brake device of a rail vehicle, which device comprises at least one solenoid of a magnetic rail brake, said solenoid being fed from a source of electrical energy via an electrical connection, wherein, upon a magnetic rail brake activation signal, the electrical connection between the source of electrical energy and the at least one solenoid of the magnetic rail brake is established and, upon a magnetic rail brake deactivation signal, said connection is disconnected, in order to excite the at least one solenoid to generate a magnetic force or in order to de-excite said at least one solenoid, characterised in that a) upon the magnetic rail brake activation signal, the electrical connection between the source of electrical energy and the at least one solenoid of the magnetic rail brake, once established, is disconnected and re-established in a fixed sequence of cycles, or b) upon the magnetic rail brake deactivation signal, the electrical connection between the source of electrical energy and the at least one solenoid of the magnetic rail brake, once disconnected, is established and disconnected again in a fixed sequence of cycles. a) upon the magnetic rail brake activation signal, the electrical connection between the source of electrical energy and the at least one solenoid of the magnetic rail brake, once established, is disconnected and re-established in a fixed sequence of cycles, or b) upon the magnetic rail brake deactivation signal, the electrical connection between the source of electrical energy and the at least one solenoid of the magnetic rail brake, once disconnected, is established and disconnected again in a fixed sequence of cycles.
A structure for an electrical installation of a rail vehicle, of the type comprising a plurality of profiled elements each extending along a longitudinal axis and forming a framework of the structure, and a plurality of assembly elements for assembling the profiled elements relative to one another, the profiled elements forming a first base, a second base and a body connecting the bases (10, 12) to one another, the profiled elements being each in a single piece including an integral outer wall, with a closed and continuous radial section, the structure comprising at least one profiled element forming a crosspiece between a first profiled element and a second profiled element, the first and second profiled elements (4M, 4N) belonging to the body, characterized in that the plurality of assembly elements are made up of only three models of different assembly elements, and the structure not including assembly elements other than those three models, the three models of assembly elements being plates, brackets and gussets, each plate being a planar L-shaped piece, each plate including a first branch and a second branch, the first branch and the second branch each extending along a longitudinal axis, the longitudinal axes being orthogonal relative to one another, each bracket comprising a first planar blade and a second planar blade joined at an edge, each blade (36, 38) of the bracket extending in a plane along a longitudinal axis (Y1-Y1, Y2-Y2), said longitudinal axes (Y1-Y1, Y2-Y2) being orthogonal to one another, the planes respectively associated with each of the blades (36, 38) of the bracket being orthogonal, each gusset including a support base, a first fastening plate and a second fastening plate, the base and each fastening plate (44, 46) being planar and each extending in a corresponding plane, the planes associated with the base and with each plate (44, 46) being orthogonal in pairs, the fastening plates (44, 46) protruding, relative to the support base, on a same side relative to the plane associated with the support base, the first fastening plate including a tongue protruding in a bracket relative to the plane of the first fastening plate to extend across from the second fastening plate, in contact with the face of the second plate that is oriented toward the first fastening plate.
Heat exchanger unit, having at least one heat exchanger module (3; 103; 203; 303; 403; 503; 603) which has at least one heat exchanger (6; 106; 206; 306; 406); 606) comprises a housing (8; 108; 408) for the passage of fluids between an internal atmosphere and an external atmosphere, in particular a cross-flow or counter-flow heat exchanger, the heat exchanger module (3; 103; 203; 303; 403; 503; 603) having a housing (8; 108; 408), and the heat exchanger (6; 106; 206; 306; 406; 606) has at least one supply air connection (111; 211; 311; 411) and at least one exhaust air connection (112; 212; 312; 412), which can be connected in particular to ducts inside the building, and at least one outgoing air connection (114; 214; 314; 614) and at least one fresh air connection; 215; 315; 615), wherein the heat exchanger unit (2; 102; 402; 502; 602) also has at least one frame (4; 104; 404; 504; 604; 604') which can be integrated into a building envelope which can be connected, in particular detachably, to the heat exchanger module (3; 103; 203; 403; 503; 606), the housing (8; 108; 408; 608) with at least one housing wall section and/or the frame (4; 104; 404; 504; 604; 604') with at least one frame section in a region between the internal atmosphere and the external atmosphere is connected in such a way to the heat exchanger (6; 106; 206; 306; 406); 606) that, in the assembled state, the supply air connection (111; 211; 311; 411; 611) and the exhaust air connection (112; 212; 312; 412; 612) open out into the internal atmosphere, and the outgoing air connection (114; 214; 314; 614) and the fresh air connection (115; 215; 315; 615) open out into the external atmosphere, characterized in that the frame is designed in such a way that it widens the building envelope towards the outside, so that the frame integrated into the building envelope forms a bulge into the outside atmosphere, the heat exchanger unit points into the outside atmosphere, the insulation is arranged in such a way that the inside atmosphere extends into the heat exchanger module up to the heat exchanger and the heat exchanger module is accessible from the outside on the one hand and on the other hand the heat exchanger lies exactly between the outside atmosphere and the inside atmosphere or that the frame is designed in such a way that it widens the building envelope towards the interior of the building, so that the frame integrated into the building envelope forms a bulge into the interior atmosphere, leads a part of the exterior atmosphere inwards, the heat exchanger unit points inwards, the insulation is mounted such that the external atmosphere extends into the heat exchanger module up to the heat exchanger and the heat exchanger module is accessible from the inside, but at the same time the heat exchanger is located exactly between the external atmosphere and the internal atmosphere.
A hybrid pipe for stay cable, comprising a tubular shaped wall, the wall having an internal face and an external face, characterised in that the pipe further comprises at least one first and one second reinforcing element (12, 22), the first and second reinforcing element (12, 22) being provided at the wall to form the hybrid pipe such that the hybrid pipe has a higher mechanical resistance and/or a lower thermal dilatation coefficient than the wall itself, wherein the first reinforcing element is attached at the wall in such a way that at least one longitudinal pocket area is formed along the wall, wherein the second reinforcing element is a longitudinal plate, preferably comprising one or more openings, wherein a plurality of openings is provided in the wall corresponding to the first reinforcing element, and wherein the plurality of openings is arranged in such a way that the plurality of openings is encased at least on one side by the first reinforcing element, wherein the first reinforcing element is a curved profile forming at least one channel, wherein the channel is able to accommodate one or more high strength tensile elements such as steel strand wires, fibre wires and/or high strength ropes, wherein the first reinforcing element being a curved profile is provided at the internal face of the wall whereas the second reinforcing element being a longitudinal plate is provided at the external face of the wall. wherein the first reinforcing element is attached at the wall in such a way that at least one longitudinal pocket area is formed along the wall, wherein the second reinforcing element is a longitudinal plate, preferably comprising one or more openings, wherein a plurality of openings is provided in the wall corresponding to the first reinforcing element, and wherein the plurality of openings is arranged in such a way that the plurality of openings is encased at least on one side by the first reinforcing element, wherein the first reinforcing element is a curved profile forming at least one channel, wherein the channel is able to accommodate one or more high strength tensile elements such as steel strand wires, fibre wires and/or high strength ropes, wherein the first reinforcing element being a curved profile is provided at the internal face of the wall whereas the second reinforcing element being a longitudinal plate is provided at the external face of the wall.
Process for producing a carpet having a worn appearance wherein warp threads and at least one weft thread are used; comprising the following steps: - arranging the warp threads in a plane, one next to the other without overlapping each other, - inserting and interlacing said weft threads through said warp threads such that said weft threads are positioned in consecutive rows and substantially perpendicular to said warp threads; the weft threads are inserted in the same line repetitively and according to a predefined insertion model, said insertion model is interrupted at least once so as to leave at least two segments of warp threads visible on one of the sides of the carpet, said segments having a distance D which is longer than the distance d of a visible warp thread when the weft threads are inserted and interlaced with the warp threads according to the insertion model, said segments of visible warp thread and having the distance D are grouped at the level of at least one zone Z of the surface of the carpet, said zone Z extends over at least 1 cm in the direction of the warp threads and at least 1 cm in the direction of the weft threads, and said visible segments extend over different distances from one another and greater than the distance d defined by the insertion model. - arranging the warp threads in a plane, one next to the other without overlapping each other, - inserting and interlacing said weft threads through said warp threads such that said weft threads are positioned in consecutive rows and substantially perpendicular to said warp threads; the weft threads are inserted in the same line repetitively and according to a predefined insertion model,