41results about How to "Metallic" patented technology

The technological process of forming aluminum or copper coating on aluminum or Al-Mg alloy base material includes the following steps: 1. polishing the surface and washing; 2. applying color paint containing acrylate resin to form the base coating; 3. applying paint containing polybutadiene resin to form the intermediate coating; 4. ultrahigh vacuum magnetically controlled sputtering to form aluminum or copper coating onto the intermediate coating, with the coating color being altered by means of the technological parameters; and 5. painting transparent outer protecting coating. The present invention provides a unique surface treating process, and the coating has environment friendship, excellent adhesion, high heat resistance and good decorating effect.

The invention discloses an AR drawing method combined with a physical illumination model, and the method comprises the following steps: S1, enabling an ARkit to capture a current AR scene, enabling the ARkit to be rendered to a texture through an OpenGL, and enabling the texture to serve as a background texture; S2, establishing a Scene scene by using Metal + Scene kit; S3, recording 2D screen track coordinates of the paintbrush, obtaining a current camera V matrix and a current camera P matrix, and sequentially converting the 2D screen track coordinates into 3D space coordinate tracks; S4, generating a uniform and smooth 3D space trajectory coordinate by adopting an interpolation and curve smoothing algorithm; S5, calculating data such as vertex coordinates, normal lines, tangent lines, texture coordinates and RGB (red, green and blue) according to the 3D space trajectory coordinates, deducing and constructing 3D geometric figure nodes with a deformation effect according to an ellipsecalculation formula, and adding the nodes into the Scene scene; S6, adopting a PBR physical illumination model to calculate the illumination effect, carrying out multiple sampling to eliminate sawteeth, rendering a Scene scene through Metal, and rendering a 3D graph to OpenGL and Metal shared textures; and S7, fusing the background texture and the shared texture, and rendering the final pattern to the screen by the OpenGL.

The invention discloses metal glasses legs with spiral lines, and belongs to the field of glasses frame structures. The leg sleeves of general glasses legs are machined through injection molding, so that the machining process is complex; glasses easily slide down along the nose bridge in the wearing process; and the leg sleeves made of plastics are not durable and lack of a design sense, and evencan cause skin allergy. Therefore, the invention provides the metal glasses legs with the spiral lines. Each metal glasses leg comprises a glasses leg body, and further comprises a spiral glasses legsleeve and a spiral locking sleeve; the spiral glasses leg sleeve is connected to the rear end of the glasses leg body in a sleeving mode; and the spiral locking sleeve is located at the tail end of the glasses leg body. According to the metal glasses legs, automatic processing is facilitated; the weight of the rear end of each glasses leg is increased, so that a glasses frame does not easily slide down along the nose bridge when a user wears the glasses; a vacuum galvanized coating material is environment-friendly and durable, and does not easily cause the skin allergy; and the shape is novel.

The invention discloses a method for quickly processing a surface oxidation layer of a rolled-state molybdenum product. The method comprises the following steps: at normal temperature and pressure, putting the molybdenum product in a mixed cleaning solution for soak cleaning, then rushing the molybdenum product with flowing water, and finally carrying out drying processing. At normal temperature and pressure, the method adopts a mixture of sodium hydroxide and hydrogen peroxide to clean the molybdenum product. Thus, the method has the advantages of being convenient to operate, quick, efficient and environmental-friendly, the surface of the processed molybdenum product is smooth, has no pit and is rich of metallic luster, and the weight loss ration of the product after being cleaned is smaller than 1 percent.

The invention discloses a preparation method of a metal wire jewelry pendant. The method comprises the following steps of (1) preparation material preparation: a, preparing an embroidery sheet; b, preparing a metal wire embroidery wire; c, preparing a metal framework; (2) metal wire pattern embroidering; (3) jewelry pendant assembling: putting the embroidery sheet with the embroidered metal wire patterns into an accommodating cavity of the metal framework to obtain the jewelry pendant. The method provided by the invention has the advantages that the process is simple and practical; the operation is convenient; the method is suitable for the jewelry pendant using thinner metal wires for national artware processing. The jewelry pendant manufactured by the method cannot be easily abraded, cannot easily generate color degradation, can be easily stored and has high collection artistic value; the metal wire patterns have rich metal luster and has the three-dimensional effects; high attractive effect can be given to the jewelry pendant; the practical value is realized; meanwhile, the collection value is also realized. The pendant is used as the Mongol nationality culture carrier, and is favorable for the propagandization, inheritance and protection of the national artware.

The invention relates to a bio-based art paint and its preparation method and application. The bio-based art paint is prepared from raw materials comprising the following parts by weight: 20-50 parts of bio-based acrylic emulsion, 20-28 parts of pearlescent pigment, and 10-50 parts of water; The glass transition temperature of the acrylic polymer in the bio-based acrylic emulsion is -15°C-0°C. The coating has excellent freeze-thaw resistance and film-forming properties, extremely low VOC, and excellent stain resistance; at the same time, the construction is simple and can be diversified, and it is easy to achieve a strong three-dimensional effect. The surface of the paint film is rich in metallic texture and crystal flash effect. In addition, the use of bio-based raw materials at the same time reduces the dependence on petrochemical raw materials, is highly environmentally friendly, meets people's pursuit of environmental protection and artistic coatings, and has broad application prospects.

The invention relates to a micron-particle high-capacity lithium-ion battery negative electrode material based on conversion reaction and its preparation method and application. The lithium-ion battery negative electrode material is a compound of molybdenum oxide and carbon, and its chemical formula is MoO x / C, x=2~3, where MoO x The content of 60 ~ 90 wt%.

The invention discloses an anti-wear alloy layer based on a high boron iron base and a method for preparing a composite anti-wear part. The anti-wear alloy layer is a high boron iron-based alloy, andcomprises, by mass, 0.2%-0.3% of C, 1.20%-1.60% of B, 0.4%-0.9% of Si, 0.6%-1.1% of Mn, 8.3%-10.5% of Ni, 17.0%-20.0% of Cr, 0.08%-0.15% of Ce, 0.10%-0.15% of Ti, 0.04%-0.08% of N, less than 0.05% ofP, less than 0.05% of S, and the balance Fe and other unavoidable impurities. By adopting an advanced resin sand production line and an electric-furnace smelting technology, surface alloying is achieved through a cast infiltration technology to replace heat treatment surface strengthening, the elements of titanium, zirconium, tantalum and tungsten are evenly mixed with inorganic salt to be fixed in a casting mold, metal liquid is casted, and the composite anti-wear part is obtained after cooling and unpacking. The anti-wear alloy layer based on the high boron iron base and the method for preparing the composite anti-wear part can improve the toughness and the surface hardness of the high boron iron-based alloy anti-wear part, and can prolong the service life of the high boron iron-based alloy anti-wear part.

The invention discloses glass mosaic, a preparation method thereof, and a decoration material. The preparation method of the glass mosaic comprises the steps that (1) an original glass sheet is preprocessed, and a primary finished mosaic product is obtained; (2) the primary finished glass mosaic product is sintered, and the sintering temperature is larger than 800 DEG C; (3) the sintered primary finished glass mosaic product is cooled; (4) the cooled primary finished glass mosaic product is subjected to bottom grinding processing according to the needed shape; (5) the primary finished glass mosaic product subjected to bottom grinding is soaked by an alkaline solution; (6) the soaked primary finished glass mosaic product is electroplated, and the bottom-ground face of the product is colored; and (7) the colored primary finished glass mosaic product is subjected to oil paint bottom sealing. Correspondingly, the invention further discloses the glass mosaic prepared through the method andthe decoration material comprising the glass mosaic. The glass mosaic shows the stereoscopic impression, the metallic impression and highlight and is rich in color, not prone to fading, and extremelygood in visual effect.

An object is to provide a powder coating composition having excellent recyclability, offering superior safety, and containing a flake pigment providing metallic feel, brilliance and brightness to a coating film, as well as a coating film obtained from the former. A powder coating composition containing thermosetting resin powder having a surface adhered to a flake pigment composed of aluminum flake having an average particle size of 1 to 100 mum using an adhesive binder composed of a resin dissolved in a solvent which does not dissolve a thermosetting resin, as well as a coating obtained from the former are provided.

The invention discloses a golf ball head top cover and a golf ball head. The golf ball head top cover is configured to be mounted on a ball head body of a golf ball head, wherein the ball head body is provided with a ball hitting surface. The golf ball head top cover comprises a non-metal top cover body and a plurality of convex rib structures. The non-metal top cover body is provided with an outer surface and an inner surface. The convex rib structures are arranged on the inner surface. Each convex rib structure has a height, and the heights are changed along with the change of the distance between the convex rib structures and the ball hitting surface. The golf ball head top cover is provided with the convex rib structure design, so that the overall thickness can be thinned, and the structural strength of the overall golf ball head can be improved.

The invention discloses an aluminum foil paper grinding wheel label. The aluminum foil paper grinding wheel label includes label paper and a printed label, the label paper is aluminum foil composite paper or aluminum foil paper coated with aluminum paste; the printed label is printed by high temperature resistant ink made. The label paper is 60-80g per square meter, including a base paper, an adhesive layer and an aluminum foil, and the aluminum foil is bonded to the base paper through the adhesive layer. At the same time, the present invention also provides a method for making the above-mentioned grinding wheel label. The color and brightness of the aluminum foil paper grinding wheel label produced by the method are effectively improved, so that the quality of the grinding wheel can be improved with the same quality.

The invention discloses an injection molded tungsten fishhook with high specific gravity. According to the injection molded tungsten fishhook, tungsten powder is selected as the material of the main body of a counterweight; the tungsten powder is high in density and small in size, thereby improving the weight countering efficiency and being convenient to use; polylactic acid can be degraded, thereby being harmless to the environment; polyamide is taken as binding resin for tightly binding the counterweight with the fishhook, therefore the counterweight is not easy to fall off; the tungsten fishhook is molded by injection according to the shapes of various molds after the tungsten powder and the polyamide are mixed, thereby meeting different demands in weight counting; the tungsten fishhookdoes not pollute the environment, does no harm to a human body and can be degraded after being discarded, thereby being the best choice for replacing the fishing tool made of lead; the final productmade of the tungsten powder is more metallic in the texture and the tungsten powder has higher density, so that a fisherman feels more sensitive in hand feeling and the fish biting possibility is improved.

The invention provides rapid repair paint for reducing the repair chromatic aberration of a car body and a preparation method of the rapid repair paint. The repair paint comprises the ingredients in parts by weight: 20-40 parts of resin, 20-40 parts of additive resin, 5-10 parts of a metal pigment, 10-20 parts of a copolymer, 5-10 parts of a solvent, and 1-5 parts of an additive. The preparation process is simple, through the application of the obtained repair paint, the repair chromatic aberration of the car body can be reduced effectively, and the repair efficiency can be improved; after repair, particles of metal paint looks more three-dimensional, metallic and brilliant, the product performance is excellent, the hardness is equal to and higher than H, and the adhesive force is 0-1 level.