KR0158729B1 - Dyeing process for button and accessories using natural materials - Google Patents

Abstract

The present invention relates to a method of dyeing accessories (buttons, buckles, etc.), which is an accessory of fashion clothing, and in particular, by dyeing the skin seeds and skins of natural materials in various colors and using them as accessories, and adding artificial natural beauty to accessories It is a method of dyeing buttons and accessories using natural materials that have no allergic reaction even when the product comes into contact with human body. .

In general, the accessories of fashion clothing are mostly made of plastic or metal, which is the main culprit of environmental pollution due to the prevalence of existing plastic materials, and the accessories made of plastic or metal do not escape artificial design and color. There was a tendency to be unbalanced with more fashionable fashion clothes.

Due to this trend, the current and future global trend is moving toward natural materials (natural materials), and it is natural to pursue various accessories toward natural materials as humans return to nature.

Therefore, the present invention is a result of numerous studies and experiments with the idea of how natural materials can pursue a variety of designs and colors like conventional plastic or metal accessories, when using natural materials, the design or color of existing plastics or metals Not only can it be diverse, but it can also add artificial beauty and natural beauty, and it is characterized by providing a method of dyeing buttons and accessories using high-value natural materials suitable for more advanced fashion clothes.

Description

[Name of invention]

How to dye buttons and accessories using natural materials

Detailed description of the invention

[Purpose of invention]

TECHNICAL FIELD OF THE INVENTION

The present invention relates to a method of dyeing accessories (buttons, buckles, etc.), which is an accessory of fashion clothing, and in particular, by dyeing the skin seeds and skins of natural materials in various colors and using them as accessories, and adding artificial natural beauty to accessories When the product reaches the end of its useful life, it is naturally decomposed to solve the factors of environmental pollution, and it relates to a method of dyeing buttons and accessories using natural materials that have no allergic reaction even when the product comes into contact with the human body.

In general, the accessories of fashion clothing are mostly made of plastic or metal, which is the main culprit of environmental pollution due to the prevalence of existing plastic materials, and the accessories using plastic or metal do not escape artificial design and color. There was a tendency to be unbalanced with more fashionable fashion clothes.

Due to this trend, the current and future global trend is moving toward natural materials (natural materials), and it is natural that various accessories should be pursued toward natural materials as humans return to nature.

[Purpose of invention]

Therefore, as a result of numerous studies and experiments with the idea of how natural materials can pursue various designs and colors like conventional plastics or metal accessories, when using natural materials, the design or color can be converted into existing plastics. Not only can it be made as diverse as metal, but it can also add artificial beauty and natural beauty, and it is characterized by providing a method of dyeing buttons and accessories using high-value natural materials suitable for more advanced fashion clothes.

[Configuration and Function of Invention]

Hereinafter, the dyeing process of the present invention will be described in detail by step.

(First process)

In order to soften the vegetable fruit seeds and the skin of the skin, put them in boiling water at a temperature of 80 to 100 ° C, add about 10 g of sodium chloride (salt) to 1 mal of water, stir well, and ripen the vegetable fruits and skins. And the shell is softened.

(Second process)

As in the first step, the softened semi-finished product can be dyed according to the color tone of the dye. The most important thing in this process is the choice of dyes. It must be chosen. In this case, the alkaline direct dye is commonly referred to as a direct dye, relatively high molecular weight in the water-soluble anionic dye, and has affinity for the plant system, the dyes belonging to the direct dye are mostly sulfonated azo (azo) compound, There are a few Stilbene dyes and thiazole dyes, but such direct dyes are dyes formed by the well-known techniques generally used for textile dyeing. , Diamine, durazol, and the like, and various other product names, and in the present invention, these conventional alkaline dyes are selected as necessary and applied to the vegetable fruit seeds and skins to be dyed. As described above, when the properties of the dyeing material of the present invention are different from each other, the same techniques as the conventional fiber dyeing methods It can be the wrong choice of fuel and penetrant.

Therefore, the alkaline direct dye is dissolved in boiling water at a temperature of 80 to 100 ° C., stirred well, and then neutralized (water soap containing surfactant) is stirred again to remove foreign substances and neutralizes the water, and then the sodium chloride as a penetrant is dissolved. Put about 10g per water and stir well, and then stir well with the semi-finished product to obtain the desired color. The color may vary depending on the color tone of the dye.

(Third process)

Preservation of semi-finished products completed to the second process. Vegetable fruit seeds and skins are moldy when moisture is infiltrated. Moldy mildew is a signal that the semi-finished products are decomposed, so simple dipping treatment is performed to prevent this. In this case, the chemicals used are glacial acetic acid and preservatives, put 30 ~ 40g of preservatives per 1 mal of water, heat well, keep it at 50 ~ 60 ℃, and warm it again, add glacial acetic acid 30cc per 1 mal of water, and stir well If you add a semi-finished product in, the dipping time is slightly different depending on the color, but dipping for about 3 to 5 minutes.

(Fourth process)

After fixing the product after the 3rd process so that the color does not fall out, mix 30% of glacial acetic acid with 70g of water and keep it at a temperature of 20 ~ 30 ℃, heat it, and then add the semi-finished product to it and take out for 5 minutes. Rinse well as a neutralizer.

Then, dehydration and drying treatment in a preheating dryer at a temperature of 50-60 ° C. for about 25-30 minutes completes the dyeing process. At this time, the accessories formed by the softened and expanded vegetable fruit seeds and shells by the dyeing process are completed. The product has a harder strength as the volume is returned to its original state by drying the dryer.

On the other hand, until now, the process of dyeing the vegetable fruit seeds and shells, and if you want to dye animal horns and bones, as shown in the above reference table, after replacing the dye with acid dye and the penetrant with glacial acetic acid, 1, 2 It is also possible to dye animal horns and bones in three, four, or four steps. At this time, the acid dye is a water-soluble dye having an acid group such as nitro group, sulfone group, and carboxyl group in the molecule, and the dye part is anionized in the aqueous solution, and is dyed by ionic bonding with amino groups such as horn and bone.

At this time, the acid dyes used for the dyeing of animal horns and bones as described above generally means a homogenized acid dye and a condensed acid dye, which is a well-known salt used for conventional fiber dyeing, In application, it is a dye product which is used for dyeing of fibers, especially wool, and is widely marketed according to other needs such as Supracen, Supramin, and Supranol. The dye is to be used selectively.

Therefore, after finishing the above process, the vegetable fruit seed is cut into its own form, and the skin, animal horn, and bone are cut into the desired accessory shape, and then polished or matted by using a face grinder to form or drill a hole. Become a button and accessory.

On the other hand, the accessory product dyed by the above process is to perform additional product treatment work to reduce stains and increase the resistance in the product, for example, dilute laccacinna in a transparent drying lacquer enamel for natural drying After drying by dipping (quenching) treatment, it is possible to reduce stains and impart light resistance by protecting the stained surface of the accessory product by the polished lacquer, and otherwise, the conventional vegetable polishing member that does not damage the finished accessory product. After drying with a vegetable mineral (compound) on (crushed bamboo, birch, rhododendron, corn seed, etc.) to 2 mm or less in diameter, place the abrasive in a free-fall rotary polisher with dyed accessories. When the polishing member polishes the accessory product dyed with light agent, it gets the surface treatment result. Therefore, the stain of the stained part is reduced, and by the impingement of the rotating product of the accessory of the polishing member, the optical agent polishes the dyed surface of the product and at the same time penetrates into the pores of the fine accessory product surface, It will improve the adhesion.

[Effects of the Invention]

As described above, the present invention is not only capable of developing high value-added accessories suitable as a subsidiary material of fashion clothing that is added to artificial beauty and natural beauty, but also using natural materials, so it is photodegraded or organically decomposed when the product is used up. It is harmless to the human body because the factor of pollution is eliminated and there is no allergic reaction even when the product comes into contact with the human body, and it can satisfy the various needs of consumers as well as the quality of the product in buttons and accessories where appearance is important. It is a very useful invention that works.

Claims (1)

Vegetable fruit seeds and skins were put in boiling water at a temperature of 80 to 100 ° C, sodium chloride was added to about 10 g per 1 mal of water, stirred, and then aged after vegetable fruit seeds and skins were softened. Selected well-known alkaline direct dyes commonly used in textile dyeings having product names such as Latin F, solophenyl, diamine, and durazol, stirred in boiling water at a temperature of 80 to 100 ° C, and then stirred with a neutralizing agent. When the softened semi-finished product is added and stirred in one state, the dyeing is completed. The dyed semi-finished product is preheated with 30 to 40 g of preservative to prevent mold. After adding, the dyed semi-finished product was kneaded in a stirred state, dipping for about 3 to 5 minutes, and mixed with 70% water and 30% glacial acetic acid to maintain a temperature of 20 to 30 ° C. The method of button and dyeing using a natural material, characterized in that the semi-finished product is put in a dipping treatment for 5 minutes, washed out as a neutralizing agent, dehydrated and dried for about 25-30 minutes in a preheating dryer at a temperature of 50 ~ 60 ℃.