JP2006051480A - Special coating technique utilizing calcium - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a special coating technique utilizing calcium to solve the problems that anticorrosive steel sheet widely used in the automobile industry and the means for reducing car weight have been approaching their limits in view of various points including water pollution caused by an electroplating and annexed drainage facilities used in manufacturing the steel sheet, and which practically eliminates the need for a special electroplating facility and the pollution problem of its waste water, thus greatly reducing the environmental pollution problem in comparison to prior art techniques. <P>SOLUTION: The special coating technique greatly reduces the environmental destruction problems such as the water pollution caused by the electroplating facility used in manufacturing anticorrosive steel sheet. The aqueous solution containing calcium is applied to each parts shown in Figures 10 to 19 including the steel sheet by means of coating, vapor deposition, embedding, or filling, which, in the case of the steel sheet, enables the reduction of the thickness of the material and removal of the electroplating process hence reducing the water pollution to near zero level caused by the drainage facility of the electroplating process, and can make it less corrosive, lighter, and tougher. In addition, it can increase the durability and light resistance of the glass and tires. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

Originally, calcium is a very stable substance, and there is no way to dispose of these, for example, by burying or burning at a fairly high temperature, and recycling of calcium requires a very high hurdle. It was. However, by applying this technology, it is a technical field that can be reused by human hands without destroying the composition of calsumum, as it decomposes at room temperature.

Even if it is touched by human hands (the nails are safe because of the same composition as the skin), it is completely harmless. Because it reacts only to Kalsum, it is harmless to humans. The container for the aqueous solution is iron. Even plastics are OK. It is OK if there is something other than calcium quality. Therefore, it is easy to select the material of the container as background technology, and it is a technology that can be handled by the general public without requiring specially advanced technical requirements.

The conventional method was to crush or crush shells. There was no better measure than this, and most of them were littered or buried in the soil. This technology is suitable for improving the global environment. In addition, it is an invention that is suitable for improving and improving environmental hygiene on a global scale because it makes the most of natural materials.
We investigated various materials. And I searched the patent office database in various ways, but I couldn't find any similar patents.

Until now, rust-proof steel has been widely used in the automobile industry. And nowadays, the limits are coming from various viewpoints such as electroplating equipment brought by this steel plate, water pollution of drainage water, and measures to reduce vehicle weight. By adopting this coating technology, there is almost no pollution problem due to special electroplating equipment or drainage equipment. Therefore, it is an invention that can be expected to greatly improve equipment costs and environmental pollution problems compared to conventional technologies.

The main object of the present invention is to greatly reduce the problems of environmental destruction such as water pollution caused by electroplating equipment provided by rust-proof steel plates. Then, the aqueous solution of FIG. 1-9 containing this calcium is coated on each part including the iron plate (body) shown in FIGS. Vapor deposition. Inset. By applying the coating process, it is possible to make the material thinner in the case of an iron plate, and the electroplating process is eliminated. It can be strong. In addition, glass and tires can be used to increase durability and light resistance.

In the present invention, calcium is coated on each part including the iron plate (body) shown in FIGS. Vapor deposition. Inset. By applying the coating process, the steel sheet material is made thinner and more durable. By making use of materials that are more light-sensitive and suitable for the natural environment (consisting of natural materials), this invention has focused on human and earth-friendly manufacturing, and so far has overflowed into towns and cities Sea shells, fish bones, and carp shells were a major negative for environmental beautification. General household waste and fishing ports. Ryokan. By utilizing this technology for industrial waste from hotels, it is expected to improve environmental welfare on a social scale.

The most important thing in the present invention is that wastes that are difficult to dispose of, such as shells, fish bones, carp shells, and other industrial wastes from towns, cities, and fishing ports, can be swept with the aqueous solution shown in Fig. 1-5. Melting and contributing to environmental beautification. Coating melted calcium on various parts of automobiles. Vapor deposition. Inset. It can be reused by applying paint and other treatments. And it is possible to contribute widely to society.

As Example 1 of the present invention, the body of the automobile of FIGS. 2 to 19 and other parts such as glass and tires are coated with calcium. Vapor deposition. Inset. Shells that have been disliked as industrial waste due to the process of painting. Fish bone. Utilize the shell of the shark in daily life. (Additionally, by coating the bottom of the ship, conventional paint painting becomes unnecessary.)

As an industrial applicability of the present invention, a coating of calcium on various parts of an automobile. Vapor deposition. Inset. By applying the paint process, it is possible that the litter of litter will be reused by the general public. And the potential of this design is enormous, and it can be expected to be used well beyond the automobile industry.

  Illustration of the present invention Seashell. Explanatory drawing of steps to melt fish bone calcium. Fig. 1-a Image of shells etc. put in a container (aquarium) Fig. 1-b Image of shells starting to melt a little Fig. 1-c Image of shells continuing to melt Fig. 1-d Shells almost melt Fig. 1-e Image diagram of shells and other parts completely melted   The drawing seen from the side of the car of the present invention. Each part is coated with an aqueous solution of dissolved calcium. Vapor deposition. Or process such as painting.

Explanation of symbols

(Figure 1)
1-Abalone shell part 2-Large clam shell part 3-Fish bone part 4-Container (aquarium) part 5-Tap water 50%: Ride lime 50% aqueous solution part 6-Some shells etc. Part 7 of the image diagram that has begun to melt-Part 8 of the image diagram that is continuing to melt the shell, etc.-Part 9 of the image diagram that has almost melted the shell, etc.
10-Headlight part 11-Windshield part 12-Window glass part on the left side of the passenger seat 13-Window glass part on the left side of the rear seat 14-Iron plate body part 15-Rear glass part 16-Taillight Part 17-Tire part 18-Tire wheel plate part 19-Car body iron plate body part

Claims (2)

The shells and fish bones shown in Figs. 1-1 to 3, and the shells of sharks are also transferred to the container (aquarium) shown in Fig. 1-4. Lime 50%) When immersed in an aqueous solution prepared at a dilution of 1: 1, the calcium component changes from a solid to a water-soluble composition after about a few hours, and at this time, some changes to gas. . Applying this aqueous solution technology that dissolves calcium, for example, improving the destruction of the natural environment caused by waste disposal at restaurants, and barnacles, oysters and other shells attached to the bottom of ships, etc. By immersing the major problem of deterioration in this aqueous solution, barnacles can be removed neatly. Furthermore, in order to enhance the rust prevention effect of the steel plate used for automobiles, etc., this aqueous solution is specially coated with iron and the like in the aqueous solution. Vapor deposition. Inset. By applying coating and other treatments, an unprecedented anti-rust effect is enhanced. Furthermore, it is possible to make the iron plate thinner by the thickness of the rust-proof coating compared to the conventional one. Strength by mixing into paint. Corrosion resistance. It is an invention that contributes to the automobile industry and the various industrial industries with global environmental welfare, instead of throwing away shells and fish bones. {This Aqueous Ride Lime is made from human and natural materials. } Figure 2 explains the car. By adopting Calcium Aqueous Solution, it can be used in various households, land buildings, and other various industries. For example, coolness. The industry that seeks warmth has common issues for all mankind. Companies that aim to harmonize and improve the natural environment and the industry improve the thickness of clothing fabrics or use materials of various differentiation customs that have been used in the past in the aqueous composition. It is an invention that enables the development of materials that are thin and light and harmonize with coolness and warmth by coating the calcium quality that is included.