195results about How to "With decorative effect" patented technology

The invention discloses a method for producing a heat insulating and preserving ceramic composite plate with decorative properties, comprising the following steps: preparing the powder of a decorative layer; preparing the powder of a heat insulating and preserving layer; loading the powder in a ceramic sagger in the secondary distribution way; sintering in a roller kiln in one time without drying and moulding by a ceramic pressing machine; demoulding, polishing and finishing the decorative surface, and determining the thickness and shape of the heat insulating and preserving surface by mechanical dry cutting. By the joint reaction of the ultrafine foaming agent, the dolomite, the diatomaceous earth and the polishing slag at high temperature, the heat insulating and preserving plate filled with tiny closed pores can be formed. The product has high strength, strong penetration resistance and lower thermal conductivity than the existing ceramic heat preserving material and has the characteristics of low production energy consumption, good decorative effect and prominent heat preservation, heat insulation and sound insulation effects.

The invention relates to a method for preparing photocatalyst nanometer wood-plastic boards. The method comprises the following steps: a) 50 to 100 portions by weight of wood meal and 2 to 4 portions by weight of aluminum-zirconium treatment agent are added in turn to a horizontal stirrer and stirred for 2 to 3 hours at a temperature between 100 and 120 DEG C; b) the treated wood meal and resin are put into a high-speed kneader in the mass ratio of 1:2, mixed with 7 to 40 portions by weight of additive, and are stirred for 10 to 15 minutes at the temperature between 100 and 120 DEG C, unloaded to a low-speed mixer and stirred to normal temperature; c) the mixed materials are put into a board extrusion device and subjected to vacuum and cooling setting and two-roller calendering setting so as to product a board, and the board is cut with fixed-length; and d) the surface of the board is sprayed with a layer of photocatalyst nanometer material, so as to obtain a finished product. The method has the advantages of low cost, extensive resource and good decorative effect, and more importantly, the method can utilize natural light to sterilize, thereby achieving the effect of purifying air.

The invention belongs to the inorganic nonmetal material field, relates to a production method of a foam microcrystal thermal insulating decoration board, and specifically relates to a method for producing a foam microcrystal thermal insulating decoration board by use of fluorite tailings. In order to solve the environmental pollution and safety problems caused by the accumulation of fluorite tailings, the invention provides the method for producing the foam microcrystal thermal insulating decoration board by use of fluorite tailings. The quantity of the added fluorite tailings in the method is 50-80%. The method comprises the following steps: (1) conditioning mixing and clarifying mixing; (2) cinder ladle buffering; (3) water quenching of melt; (4) grinding and drying; (5) laying distribution; (6) thermal treatment; at last, the foam microcrystal thermal insulating decoration board can be obtained after cooling. The method has the advantages that the solid waste resource, namely fluorite tailings, is well utilized, and the product microcrystal thermal insulating decoration board has the advantages of high strength, corrosion resistance, fire resistance, thermal insulation and sound insulation properties and the like; as a result, the method is remarkable in economic benefit and environmental protection benefit.

The invention provides sky blue mirror reflection coated glass. The sky blue mirror reflection coated glass comprises a first metal absorption layer, a first medium layer and a second metal absorption layer. The first metal absorption layer, the first medium layer and the second metal absorption layer are orderly arranged on a base from bottom to top. The first metal absorption layer comprises a metal or alloy material with an extinction coefficient of 2.0 or more. The first medium layer comprises a medium material with a film refractive index of 2.0-2.7. The second metal absorption layer comprises a metal or alloy material with an extinction coefficient of 2.5 or more. The preparation method creatively breaks through the limitation of the conventional silver mirror glass preparation technology and white reflection effects, adopts a magnetron sputtering method, realizes layer-by-layer coating of the glass surface with a film material with an appropriate refractive index and can prepare mirror reflection glass with blue reflection effects.

The invention relates to a rotary type screen mechanism of an electric telescopic door, which comprises a door row (100), a crossed connecting rod (11), a lower beam (12), a middle transverse rod (15) and an upper transverse rod (13), wherein the door row (100) comprises a plurality of doorframes (10); the crossed connecting rod (11) connects all the doorframes; the lower beam (12) is arranged at the bottoms of the doorframes; the middle transverse rod (15) is arranged in the middles of the doorframes; the upper transverse rod (13) is arranged at the upper parts of the doorframes and can do up-and-down motion; a screen assembly (20) which can rotate along with the stretching of the telescopic door is installed in each doorframe (10); and the upper end and the lower end of the screen assembly (20) are movably connected with an upper frame (14) of each doorframe (10) and the lower beam (12) respectively, and the screen assembly (20) is movably connected with the upper transverse rod (13) by a rotary connecting element (30). The rotary type screen mechanism can automatically rotate along with expansion or contraction of the telescopic door just by drive of the crossed connecting rod and the upper transverse rod of the telescopic door without single power drive, and the unification of practicability, decoration and aesthetic enjoyment of the electric telescopic door is realized.

The invention discloses a wooden sound-absorbing plate. The wooden sound-absorbing plate comprises a supporting plate and a plurality of plate frames. Supporting blocks are fixedly arranged on the oneends of the plate frames, one end of the plate frame is hinged to the one end of the adjacent plate frame, and one side, far away from the plate frames, of the supporting plate is provided with a plurality of expansion bolts; a first airbag is arranged between the two supporting blocks at the same hinged junction, and a second airbag is arranged between two supporting blocks at the different hinged junctions; an air pump is arranged on the supporting plate, and the air pump is in communication with the first airbag and the second airbag; inner frames are arranged on the plate frames, the inner frames are provided with a plurality of cross bars, the cross bars are connected with noise reduction plates in a rotated mode, and pull ropes for controlling the turning of the noise reduction plates are embedded in the cross bars; and each noise reduction plate comprises a first decorative layer, a sound insulation layer, a silencing layer, a sound-absorbing layer and a second decorative layerwhich are sequentially bonded, wherein the silencing layer includes a plurality of silencing holes, and the silencing layer includes a plurality of silencing balls. Compared with the prior art, the wooden sound-absorbing plate can effectively deal with the noise, so that the noise effect can be effectively reduced, and at the same time, the wooden sound-absorbing plate is convenient to install and disassemble and capable of being used according to the need.

The present invention provides a decoration plate which can improve the decoration effect by adjusting the defined color tune and transparence, is approximate in appearance viewed from the decoration plate and a transparent plate, and can reduce the manufacturing cost. The decoration plate (1) is provided with a transparent plate (2); a first printing layer (3) which is printed with decoration print by keeping a predetermined transparence on the local or whole surface of the single side of the transparent plate (2); a dyed layer (4) which is on the surface of the first printing layer (3), can keep predetermined transparence and is colored to predetermined color; and a second printing layer (5) which is printed with decoration print by keeping predetermined transparence on the local or whole surface of the surface of the dyed layer (4).

The invention relates to a fire prevention, thermal insulation and decoration integrated board and a making method thereof. The fire prevention, thermal insulation and decoration integrated board comprises an insulating layer and a decorating layer. The insulating layer is made from glass beads, cement, rubber powder, cellulose and polypropylene fibers. The decorating layer is made from mullite, cement, glass beads, rubber powder, cellulose, pigments and water-proofing agents. According to the fire prevention, thermal insulation and decoration integrated board, the mullite is used for making the fireproof decorating layer, and the incombustible material glass beads are adopted for the insulating layer at the same time, so that two fireproof lines are provided, and the fireproofing grade reaches grade A. Meanwhile, compared with existing fire prevention, thermal insulation and decoration integrated boards, the fire prevention, thermal insulation and decoration integrated board is simple in production process, relatively low in manufacture cost and quick and convenient to construct.

The invention discloses a ceramic tile thermal-insulation decoration composite board as well as a manufacture method and an installation method thereof, and relates to the field of the building thermal-insulation decoration material. The invention aims to provide the composite board which has the fire-proof thermal-insulation function of the A-grade fire-proof thermal-insulation material and the decoration effect of a ceramic tile so as to eliminate the limitation that the ceramic tile is additionally arranged on a wall surface thermal-insulation layer. Meanwhile, the invention also provides a manufacture and installation method for the composite board. The ceramic tile thermal-insulation decoration composite board provided by the invention is characterized by comprising an A-grade fire-proof thermal-insulation board, a bonding mortar layer and a ceramic tile layer, wherein the bonding mortar layer is arranged between the A-grade fire-proof thermal-insulation board and the ceramic tile layer. After the ceramic tile thermal-insulation decoration composite board provided by the invention is adopted, the ceramic tile decoration effect can be safely and quickly obtained, a great quantity of manual work is saved, the hidden danger that the ceramic tile falls is eliminated, and the application range of the ceramic tile on the outer wall decoration is widened.

The invention discloses a preparation method for preparing a granite decorative plate from granite sawing mud. The method comprises the steps of surface layer material preparation, surface layer material forming, base layer material preparation, base layer material forming, composite material secondary forming and product maintenance. The machine-made fine sand and stone powder produced by processing granite solid waste are adopted to replace quartz sand and quartz powder, and the product cost can be effectively reduced on the basis that granite sawing mud is massively applied and the environmental influence is eliminated; after the product is formed at a time, the product is free of cracks in appearance and deformation in structure, and is excellent in stability, and has the advantages ofhigh strength, high bending resistance, low water absorption, acid and alkali resistance, fire resistance, weather resistance and the like of an RPC composite material, all indexes are superior to those of natural stone, and the product service life reaches 50 years or longer.

The invention belongs to the technical field of construction materials, and specifically relates to an environmentally friendly ceramic ganged brick prepared from copper tailings and a preparation method thereof. The preparation method comprises following steps: (1) preparing following raw materials in percentage by weight: 60 to 80% of copper tailings, 5 to 20% of kaolin, 8 to 12% of talcum, and5 to 15% of a high temperature flux, and preparing a green brick; (2) preparing glaze slurry from following components in percentage by weight: 15 to 25% of copper tailings, 25 to 30% of low temperature frit, 15 to 20% of potash feldspar, 15 to 17% of calcite, 10 to 12% of dolomite, 2 to 4% of calcined talcum, 2 to 4% of kaolin, 2 to 4% of zinc oxide, and 3 to 5% of spodumene; and (3) painting theglaze slurry on the green brick, drying, and burning. The environmentally friendly ceramic ganged brick is mainly prepared from copper tailings, a novel approach is provided for recovering copper tailings, the method has an important meaning for environment protection; and moreover, the ganged brick has the advantages of low sintering temperature, high strength, good regularity, and beautiful appearance.

External watch case with lens made of artificial crystal glass for forming a case for a timepiece portion including at least a time display device, a movement, an adjusting device. Such external case includes an outer case portion and an outer lens portion integrated together, the outer lens portion being disposed on the outer case portion and the timepiece portion being accommodated in the outer case portion. Methods for making the external watch case are also disclosed.