46results about How to "Consistent material" patented technology

The invention relates to a packaging method for a double-sided HIT busbar-free battery sheet, which mainly includes: laying a 10-80 μm-diameter plated battery on a self-made or outsourced busbar-free HIT battery sheet with once-printed thin grid lines. Copper wire with metal anti-oxidation layer; when the height of the thin grid wire is greater than the diameter of the copper wire, first lay the copper wire in the direction perpendicular to the thin grid wire, and the contact point between the copper wire and the grid wire is a node, and the heat and pressure sensitive After the glue or photosensitive glue is covered on the copper wire and the battery sheet along the direction of the copper wire, the colloid is cured; when the height of the thin grid line is less than or equal to the diameter of the copper wire, a circular pattern is pre-dotted at the junction of the copper wire and the grid line The cured conductive paste or conductive tape is pasted, copper wire is laid, and hot-pressed and cured below 200°C; then the copper wire and the cell are hot-pressed to complete the packaging of the double-sided busbar-free HIT cell. The invention greatly reduces the amount of silver paste used, reduces production costs, and solves the problem of poor weldability of batteries.

The invention discloses a composite film for interconnection of main-grid-free heterojunction solar cell modules. The composite film comprises composite film bodies and copper wires, each composite film body comprises a base material layer and an adhesive film layer, the adhesive film layer is arranged on the base material layer, and the copper wires are embedded in the adhesive film layer in parallel along the adhesive film layer. A preparation method of the composite film comprises the following steps: arranging and straightening the copper wires, putting a whole piece of one composite film body or cutting the whole piece of the composite film body into a slice film, putting the slice film on a pressing tool heating platform with the adhesive surface facing upwards, pressing the composite film body or the slice film with half of the copper wires, placing another whole piece of the composite film body or cutting the other whole piece of composite film body into a slice film with the adhesive surface facing downwards on the other half of the copper wire, closing the pressing tool, adjusting the pressing pressure and the pressing time, pressing the copper wires and the composite film bodies together to manufacture the required composite film, taking out the composite film, and cooling the composite film. The composite film is simple in manufacturing process, low in cost, diversified in structure and better in use effect, and the production efficiency can be improved.

The invention belongs to the technical field of buffer material building block preparation, and particularly relates to an exhaust method used for buffer material building block preparation and capable of ensuring the building block pressing quality. An exhaust device for buffer material building block preparation comprises exhaust holes (1), a male die (2), a female die (3), bentonite powder (4),a press machine pressure-bearing plate (5), a screw rod (6), a filter rod (7) and a sealing ring (8). The exhaust method comprises the following steps: 1, exhaust hole forming; 2, exhaust device machining; 3, exhaust hole mounting; and 4, exhaust and maintenance. The exhaust method for buffer material building block preparation has the beneficial effects that (1) discharge of the bentonite powdercan be effectively blocked while the exhaust function is achieved, and the pressing quality and efficiency are improved; and (2) the exhaust device is consistent with the pressing dies in material, potential corrosion of metal is effectively prevented, and the service life is prolonged.

The present invention relates to a dip irrigation water flow sediment separation system. Said system mainly includes the following several portions: water inlet pipe, several water-dividing pipes, several flow-dividing pipes, cyclone centrifugal separators, sand-collecting tank, sediment outlet, filters, flow-collecting pipe, water outlet pipe and dip irrigation system. Besides, said invention also provides the concrete operation method of said system.

The invention discloses a preparation method of an ultra-thin automobile radiating circular pipe. The method comprises the following steps that a solid-state high-frequency welding power source is used for welding a pipe barrel into a circular pipe with the outer diameter of 7.0-7.3 mm, the thickness of a wall is 0.20-0.25 mm, and cooling, slag scraping and cutting off are carried out to obtain the ultra-thin automobile cooling circular pipe; and the invention further provides an automobile radiator, the heat radiator is composed of the ultra-thin automobile heat dissipation circular pipe, turbulent flow fins, a reinforcing plate, a mounting plate, an upper water chamber, a lower water chamber and an aluminum comb plate. According to the method, a single-layer aluminum alloy material is adopted to prepare the automobile heat dissipation circular pipe, the material uniformity is good, a high-frequency current with a high-current and large-frequency is adopted for welding, so that the welding speed is high, the welding efficiency is high, a melting point of a welding position is consistent, and the anti-corrosion performance is good; and the wall thickness of the circular pipe is very thin, not exceed 0.25 mm, the heat exchange efficiency is high, the weight is light, a consumable material is saved, and the cost is low.

The invention relates to a making method of an improved filter bag mouth. The method comprises the following steps of: making a concave pad by using cloth for making a filter bag; attaching the concave pad to a spring steel sheet to make a synthetic piece; fording filter bag material cloth to wrap the synthetic piece; and stacking the skirts of two layers of filter bag material cloth at one end of the synthetic piece outside the filter bag mouth to be sewed together. By improving the concave pad material and the sewing method of the filter bag mouth, the filter bag mouth can resist aging, softening and dust, and has lower and stable dust discharge amount of tail gas dust; and the filter bag hardly falls in use and has long service life and decreased making cost.

The invention relates to a large-specification salix psammophila building material and a production method thereof. The production method is characterized by comprising the following steps: salix psammophila growing in the same period serves as a raw material; the peeling and the degreasing are performed for salix psammophila strips by methods of heating cooking and water pressure blasting; the procedures of drying, dyeing and assembly are synchronously finished once for the gummed salix psammophila strips; and the large-specification salix psammophila building material of 12000-30000 mm*400 mm*300 mm is produced by pressing, gluing and curing. The production method has the following beneficial effects: the salix psammophila planted and cultivated in the same period in the desert is adopted as the raw material, and is processed to produce the large-specification salix psammophila building material; the material properties are accordant; the mechanical performance is excellent; the quality is controllable; an engineering structure material with environmental protection and energy conservation is provided to a building industry, so that a natural forest resource is facilitated to be saved, and the consumption of a fossil resource is reduced; and in particular, a sustainable industrial desertification prevention and control method is provided, so that an active effect on the repairing and the protection of human ecological environment is achieved.

The invention discloses a universal spliced tube for plastics doors and windows and profiles using the spliced tube. The spliced tube comprises a plastic frame and a steel liner positioned in the plastic frame, wherein the section of the plastic frame comprises a spliced claw and a frame body which are integrally shaped; the spliced claw is higher than the frame body; the section of the plastic frame is integrally T-shaped; raised fixture blocks are respectively arranged at two sides of the frame body. The plastic frame and the profiles are consistent in material, large in pressure bearing, and difficult to deform. The inner chamber steel liner adopts the common square tubes on the market; the steel liner does not need special customization and processing. The spliced claw and fixture blocks of the spliced tube can be excellently matched with 60 side hung, 60 push-and-pull, 80 push-and-pull and 90 push-and-pull door and window series.

A flow sediment separation system for dripping irritation aims at improving the sediment separation efficiency of large river flows with greater sediment content. An inlet pipe is connected with distributed pipes which are respectively provided with five water shunts for dividing discharge of stream, The inlet of each water shunt is respectively installed on the distributed water pipes obliquely and accordingly to the direction flow of inlet water, and from the one nearest to the inlet pipe, the cross- sectional areas of the water shunts are 1 / 5, 2 / 5, 3 / 5, 4 / 5 and 5 / 5 that of the distributed water pipe. The outlet of each water shunt is respectively arranged at a cylinder of a rotary flow centrifugal separator, at the lower part of which a sediment outlet is respectively connected with a sand collecting pot. The outlet at the upper part of each rotary flow centrifugal separator is respectively connected with an inlet of a lamination type filter, and the outlet of the lamination type filter is respectively connected with an inlet of a flow collecting pipe. The outlet of each flow collecting pipe is respectively installed on the water collecting pipe which is connected with the dripping irrigation system by the water outlet pipe.

The purpose of the drip irrigation water flow sediment separation system is to improve the efficiency of sediment separation for rivers with a large amount of sediment. The water inlet of the shunt pipe is installed on the water shunt pipe obliquely relative to the water inlet flow direction respectively, and from the shunt pipe closest to the water inlet pipe, the cross-sectional area of ​​the water inlet is 1 / 4 of the cross-sectional area of ​​the water shunt pipe (35), The cross-sectional area of ​​the second branch pipe (a2) water inlet is 2 / 4 of the cross-sectional area of ​​the water pipe (35), and the cross-sectional area of ​​the third branch pipe (a3) ​​water inlet is 2 / 4 of the cross-sectional area of ​​the water pipe (35). 3 / 4, the cross-sectional area of ​​the water inlet of the fourth shunt pipe (a4) is 4 / 4 of the cross-sectional area of ​​the water shunt pipe (35), and the water outlet of each shunt pipe is respectively installed in a cyclone centrifugal separator (32, 30, 26, 24) on the cylinder, the silt outlet at the bottom of each cyclone centrifugal separator (32, 30, 26, 24) is respectively connected with a sand collection tank (31, 29, 27, 25), The outlet on the top of each cyclone centrifugal separator (32, 30, 26, 24) is connected with the inlet of a laminated filter (4, 7, 8, 9) respectively, and each laminated filter (4, The outlets of 7, 8, and 9) are respectively connected to the inlets of a collecting pipe (b1, b2, b3, b4), and the outlets of each collecting pipe (b1, b2, b3, b4) are respectively installed in the water collecting pipe ( 5) On, connected to the drip irrigation system via the outlet pipe.

The invention belongs to the technical field of buffer material block preparation, and in particular relates to an exhaust method for buffer material block preparation that ensures the pressing quality of the block; the exhaust device for buffer material block preparation includes an air vent (1), a punch (2), die (3), bentonite powder (4), press bearing plate (5); screw rod (6), filter rod (7) and sealing ring (8), wherein, described method comprises the following steps Step 1, exhaust hole layout; Step 2, exhaust device processing; Step 3, exhaust hole installation; Step 4, exhaust and maintenance; the beneficial effects of the present invention are: (1) a buffer provided by the present invention The exhaust method for the preparation of material blocks can effectively block the discharge of bentonite powder while realizing the exhaust function, and improve the pressing quality and efficiency; (2) the exhaust method for the preparation of a buffer material block provided by the invention, which The material of the exhaust device is the same as that of the pressing mold, which can effectively prevent the potential corrosion of the metal and increase the service life.

The invention relates to a method of preparing a porous foam alloy and removing a pore forming material sodium metaaluminate. A metal or alloy composite material is prepared by adopting a pressure casting or sintering method and the pore forming material sodium metaaluminate. After the pore forming material sodium metaaluminate is removed, the porous foam metal or alloy is obtained. The method comprises the following steps: 1) excising an outer coating for the composite material to expose part of or all sodium metaaluminate particles; 2) putting the composite material into a reaction kettle; and 3) dissolving a sodium hydroxide solution with the concentration range of 80-300g / L and immersing the metal or alloy material; heating to 150-350 DEG C and insulating for 0.5-5 hours; then, cooling to room temperature, and obtaining the obtained porous structure material; soaking and washing by tap water or distilled water or ultrasonically cleaning within a short time and removing residual alkali liquor attached to the surfaces of porous metal and alloy to obtain the porous structure metal or alloy material.

The invention provides a seed crystal down-mounted device for crystal growth, which includes a cylindrical down-mounted crucible and a cylindrical heat-preservation structure, the heat-preservation structure is tightly wrapped around the under-mounted crucible; the heat-preservation structure includes: Cylinder; the upper sealing cover of the thermal insulation structure arranged above the middle cylinder of the thermal insulation structure; the lower bottom support of the thermal insulation structure arranged under the middle cylinder of the thermal insulation structure, and a hole is formed in the lower bottom cover support of the thermal insulation structure; the insulation for sealing the hole Gasket at the bottom of the structure; the lower crucible includes: a cylinder in the middle of the crucible; a top cover on the crucible arranged above the cylinder in the middle of the crucible; a groove; a crucible bottom cover set under the cylinder in the middle of the crucible; and a funnel-shaped wafer support frame set on the crucible bottom cover for placing seed crystals. The invention can realize the application requirements of sublimation-desublimation crystals with high crystal quality, specific doping and large anchor size.

The invention relates to a manufacturing method of an aluminium alloy workpiece with a complex inner cavity body, comprising the following steps of: firstly analyzing a real object or design diagram of the to-be-manufactured aluminium alloy workpiece with the complex inner cavity body, then drawing a three-dimensional diagram of the aluminium alloy workpiece, carrying out equidistant or non-equidistant virtual segmentation on the aluminium alloy workpiece along the direction of the height axis of the aluminium alloy workpiece so as to obtain continuous virtual slices, numbering the virtual slices according to the sequence, carrying out facsimile reproduction respectively on the virtual slices on prepared processing plates according to the numbers, then assembling the processing plates after being processed according to the numbers of the corresponding virtual slices, then conveying the processing plates which are assembled and firmly pressed into a vacuum brazing furnace for vacuum brazing, finally carrying out finishing and clearing on assembled bodies after vacuum brazing, passing the qualification inspection, and then obtaining the to-be-manufactured aluminium alloy workpiece. The design not only is suitable for manufacturing the aluminium alloy workpiece with the complex inner cavity body, and has lower manufacturing difficulty, but also has higher accuracy and higher production efficiency and can ensure consistency of materials.

The invention discloses an anti-infrared military camouflage fabric and its printing and dyeing process. The warp and weft yarns of the camouflage fabric are all made of cotton-polyester blended yarn, and the cotton-polyester blended yarn is composed of 40-60wt% cotton fiber, 30-50wt% Polyester fiber, 5‑10wt% nylon fiber and 5‑10wt% spun silk fiber are blended, and the printing and dyeing process includes the following steps: S1, pretreatment process, S2, dyeing process, S3, printing process, S4, tenter finishing; Wherein, the dyeing process adopts the disperse bath dyeing of vat dyes and disperse dyes; the printing process adopts the same paste printing of vat dyes and disperse dyes. The anti-infrared military camouflage fabric and its printing and dyeing process of the present invention, the fabric obtained through the printing and dyeing process has the advantages of good anti-infrared camouflage performance, high color fastness, full color and low cost.

The invention discloses a connection method for railway through-earth wires. The porcelain sleeve is placed on the cable core from which the sheath has been removed, and the cable core is welded by a butt welding machine; after welding, the porcelain sleeve is smashed; the cable core is welded Grind the joint part; cut off the brass sleeve of appropriate length, put on the brass sleeve; use a vise, clamp the brass sleeve, and tightly fit it on the cable core; line the brass sleeve and the circumference of both ends Weld with the sheath; grind the welding scars of the brass casing. Beneficial effects of the present invention: different welding methods for the cable core and the sheath are used for welding recovery, which can not only ensure the reliability of the use of the spliced ​​cable, make it maintain good grounding conductivity and corrosion resistance, but also digest the short section cable.

The invention discloses a method for repairing a resin product, which includes the following steps: step a, smoothing the defect of the resin product to facilitate bonding, placing the defective plane upwards and horizontally, using the same formula as that used for the production of the resin product The repair material fills the defect; the defect is in a planar structure or planar shape; step b, take a piece of polyurethane film with an electric heating film on the surface, and coat or print electrodes on the electric heating film; step c, then the polyurethane film The smooth surface of the film is attached to the defect of the resin product filled with the repair material, and the electrode of the electric heating film is heated to keep the repair material at a temperature range of 80-100°C for 2-4 hours, so that the repair material is cured and formed ; Step d, disconnect the power supply of the electric heating film, and tear the polyurethane film from the resin product. Through the above method, the repairing method of the present invention can well repair the defect of the resin product, and the repaired part has good gloss and consistent color.

The invention belongs to the technical field of water electrolysis, and discloses a working electrode with multiple electrodes, the working electrode comprises a conductor and a plurality of same sheet electrodes, the conductor is provided with a plurality of through holes, and the sheet electrodes are installed in the through holes; and one surface of the sheet electrode is coated with an electrocatalyst layer. The invention also discloses a combined parallel test system comprising the working electrode, the working electrode, the reference electrode and the counter electrode are arranged in a constant-temperature electrolytic bath, and one surface, coated with the electrocatalyst layer, of the sheet electrode is arranged opposite to the counter electrode; the electrochemical workstation is respectively connected with wiring terminals of the working electrode, the counter electrode and the reference electrode; the surface change condition of each sheet electrode on the working electrode is shot by using a camera, the reaction characteristics of a plurality of electrodes can be simultaneously measured on the same conductive body in the same test environment, one-time measurement of a large number of different electrode properties is realized, and by designing the parameter difference of the catalyst layer on each electrode, batch screening of various electrochemical catalysts is realized.