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66results about How to "Gorgeous appearance" patented technology

Water-based cold-pigment multifunctional heat-insulating true stone paint for exterior wall and preparation method thereof

The invention discloses a water-based cold-pigment multifunctional heat-insulating true stone paint for an exterior wall and a preparation method thereof. The water-based cold-pigment multifunctional heat-insulating true stone paint is prepared by mixing water, auxiliary agents, a synthetic resin emulsion, pigments and fillers and natural colorized sand. The preparation method comprises the following steps: firstly, adding water, fiber, a defoaming agent, glycol, a film-forming auxiliary agent and an multifunctional auxiliary agent into a dispersing tank; secondly, adding a styrene-acrylic emulsion; thirdly, sequentially adding a cold pigment, hollow glass microspheres, hollow ceramic microspheres, rutile titanium dioxide, ultrafine talcum powder and infrared ceramic powder; fourthly, slowly adding quartz sand; and finally, adding a sterilizing agent, the defoaming agent and a thickening agent and stirring uniformly. By adding the cold pigment, the hollow glass microspheres and other pigments and fillers, the water-based true stone paint for the exterior wall is endowed with three heat-insulating effects, namely blocking heat insulation, reflective heat insulation and radiative heat insulation; by selecting the water-based synthetic resin emulsion and the water-based paint auxiliary agents, the true stone paint is water-based and environment-friendly; natural quartz sand with different fineness and different colors is used as aggregate, so that the true stone paint has a vivid effect for imitating natural stone, marble and granite, and is rich in paint film color and gorgeous in appearance.
Owner:HUNAN JINHAI SCI & TECH

New process for producing multi-layer composite high-elasticity rubber hoses

The invention discloses a new process for forming and producing multi-layer composite high-elasticity rubber hoses by carrying out emulsion impregnating multiple times. The new process comprises a simple type production process and a continuous production process. According to the new process, manual or continuous mechanical mode is adopted, a mould is impregnated in a coagulator, then dried and cooled to room temperature, and then the mould is impregnated in emulsion and dried so that a layer of emulsion film is formed on the surface of the mould; every time the above operations are repeated, a layer of emulsion film is added on the surface of the dried emulsion film, wherein the coagulator impregnating step can be omitted; multi-layer composite rubber hoses with random thickness can be produced by implementing the combined process of emulsion impregnating and drying repeatedly; multiple layers are composited by heating and vulcanizing by virtue of a vulcanizer mixed in the emulsion; and then demoulding, leaching, final drying, surface treatment and cutting auxiliary process steps are carried out to finally obtain the finished product. Multi-layer composite high-performance rubber hoses with specific length, thickness, property and color can be produced by using the simple type production process and multi-layer composite high-performance rubber hoses with random length, thickness, property and color can be produced by using the continuous production process. Rubber hoses produced by using the new process have high quality and can meet special requirements of physical training.
Owner:AGRI PRODS PROCESSING RES INST CHINESE ACAD OF TROPICAL AGRI SCI +1

Plastic shell structure and preparation method thereof

The invention discloses a plastic shell structure. The plastic shell structure comprises a plastic shell and a PET composite decorative film attached to the inner side surface of the plastic shell. The PET composite decorative film comprises a PET substrate, and the PET substrate comprises a fitting surface and a decoration surface. The decoration surface of the PET substrate is provided with an ink printing layer, a UV grain layer and an optical coating layer in sequence; the optical coating layer of the PET composite decorative film is provided with an LDS antenna. The invention also discloses a manufacturing method of a plastic shell structure. The large-area waterproof and dustproof antenna manufactured in the plastic shell solves the industrial problems that the surface of the fragmented and dispersive electronic component assembly structures in a traditional 3C electronic product plastic shell has no enough space to design a 5G signal antenna, and when the antenna is made at thesurface of the plastic shell, the product appearance decoration effect is influenced, the antenna is easy to be damaged to cause whole damaging of the product and difficult to maintain. The plastic shell structure has glass or ceramic appearance effects, is light and fashion and novel in appearance, and is anti-fall and waterproof.
Owner:GUANGZHOU HUAXIA VOCATIONAL COLLEGE

Rain-shielding greenhouse fence frame type planting method for minicure finger

The invention discloses a rain-shielding greenhouse fence frame type planting method for minicure finger, comprising the following steps: (1) after grapes sprout and 12 leaves are grown on a young shoot, first pinching is carried out; deputy shoots on the top end continue growing, and pinching is carried out after 5 leaves are grown; the deputy shoots on the top end continue growing, pinching is carried out after 5 leaves are grown, pinching is carried out on a spica growing section and a previous section of deputy shoots when 4 leaves remain, pinching is carried out on other deputy shoots when 2 leaves remain, and the young shoots of the grapes are uniformly bound on a frame surface; (2) the distance between the young shoots on the frame surface of the fence frame is 20cm, and after fruits are set, an ear with a better ear type is reserved on each young shoot; (3) the grapes begin coloring, sun-burn grapes are cut off, and special bags for grapes are sleeved on the ears; (4) after the grapes are harvested, the young shoots are uniformly sheared to 1-1.5m. By using the planting method for the minicure finger, the sun-burning of the grapes is greatly reduced, and the proportion of grapes suffering from the sun-burning is controlled within 5%, the grapes are grown uniformly, the appearance of the ears is bright, and the acre yield of the grapes is improved.
Owner:ZHENJIANG WANSHAN HONGBIAN AGRI PARK

Prunus divaricata sparkling wine

The invention relates to prunus divaricata sparkling wine. Fresh prunus divaricata, sugar and excellent low-temperature-resistant acid-resistant saccharomyces cerevisiae are used as raw materials; xylitol is used as a flavor regulator; the prunus divaricata is subjected to the steps of freezing, unfreezing, extrusion peel breaking, enzymolysis, regulation, inoculation, fermentation, wine pouring, clarification and the like to obtain the stable-quality dry type prunus divaricata fermented wine base wine; then, sucrose and xylitol are added into the prunus divaricata fermented wine; stirring is performed until the materials are completely dissolved; yeast is inoculated into a fermentation tank; sealed fermentation is performed to obtain a prunus divaricata sparkling wine product. The special fruit of prunus divaricata in Xinjiang area is used as the raw materials for the first time for preparing the prunus divaricata sparkling wine; in addition, the special fruit wine yeast suitable for the low-temperature high-acid fermentation environment of the prunus divaricata is bred and selected; the normal fermentation process can be ensured; the problems of slow fermentation starting, slow progress, incomplete fermentation and the like caused by strong resistance environment can be avoided.
Owner:SHANDONG AGRICULTURAL UNIVERSITY

Aluminum alloy surface treatment method and its products

The invention discloses a method for surface treatment of an aluminium alloy and a product of the aluminium alloy. The method comprises the steps of punching the aluminium alloy into a required shape; conducting mechanical polishing on the aluminium alloy which is subjected to punch forming; conducting degreasing treatment on the aluminium alloy which is subjected to mechanical polishing in a degreasing agent; placing the aluminium alloy which is subjected to degreasing treatment into an acid liquor tank for first-time anodic oxidation; placing the aluminium alloy which is subjected to first-time anodic oxidation into dye for dying, and conducting hole sealing treatment after dying; conducting screen printing on the surface of the aluminium alloy which is subjected to dying and hole sealing treatment with photosensitive ink, and conducting exposure, developing and photocuring treatment; conducting oxidation film removing treatment on the printed aluminium alloy in an alkaline solution; conducting sand blasting treatment on the treated product of the aluminium alloy; conducting second-time anodic oxidation on the product of the aluminium alloy, which is subjected to sand blasting treatment, and conducting hole sealing treatment on the product which is subjected to second-time anodic oxidation; and removing the photosensitive ink from the surface of the product of the aluminium alloy. The product of the aluminium alloy is processed by the method.
Owner:MITAC PRECISION TECH(KUNSHAN) CORP
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