KR19980040084A - Dye Containing Far Infrared Radiation - Google Patents

Abstract

The present invention relates to a dye containing a far-infrared ray emitting material, and until now, dyes used in various materials have been used only for the purpose of expressing unique colors, and thus can not be said to actually play any role. In the present invention, by including a far-infrared radiation function in addition to the intrinsic function of the dye used as a dyeing and coloring material of various materials, it can be utilized as a new level of dye.

In other words, by incorporating the far-infrared radiation material in the composition of various dyes used in various conventional applications, it expresses the unique color of the dye, as well as activation of bioenergy due to antibacterial, deodorization and far-infrared radiation of the far-infrared radiation material. As a result of the added role, the types of materials used in various paints can be classified into various types of textiles, plastics, leathers, woods, irons, stones, papers, paintings, and hair dyes. When the dye used in the field contains a far-infrared radiating material and is dyed or colored, the far-infrared rays are radiated from each material, so the benefits that the material can exhibit can be said to be great.

In addition, in order to manufacture a dye having a far-infrared radiation function, it can be prepared by mixing a far-infrared radiation substance at a predetermined ratio with the constituents of the dyes dyed or colored in the above various materials. In the case of using the method of immersing, spraying or applying in the liquid phase separately, there was a waste stage to increase the manufacturing cost, but the method according to the present invention can simultaneously process the dyeing or coloring process of various materials and the process of treating far-infrared radiation materials at the same time. As a result, manufacturing costs can be innovatively lowered, and unlike the past, the unification of the manufacturing process enables mass production of any type of product. Also, for example, when various fibers are dyed in a dye containing a far-infrared ray emitting material by the method according to the present invention, when the garment made of the fiber is worn, the anti-corrosive and deodorizing function of the garment is caused by the anti-infrared effect. It prevents deterioration, removes odors, activates bioenergy, promotes metabolism, and also makes the area much fresher due to the far-infrared effect emitted when painting with paints containing far-infrared radiation. It will be filled with energy, and when the far-infrared radiating material is colored in plastic, the far infrared rays are emitted from various containers or utensils made of the plastic.

Description

Dyes with Far Infrared Emitters

Until now, dyes, which are used for dyeing or coloring various materials, have been used only for the purpose of expressing their own colors, but they have not actually played more roles.

Therefore, in the present invention, by including a far-infrared radiation function in addition to the inherent function of the dye used in various applications, it can be utilized as a new level of dye.

In other words, by incorporating a far-infrared radiating material in a predetermined ratio into various constituents of dyes used for various purposes, it expresses the unique color of the paint as well as bio-energy due to antibacterial, deodorizing and far-infrared radiation of the far-infrared radiating material. The role of activation is added.

The types of materials used in various dyes can be classified into various kinds of textiles, plastics, leathers, woods, irons, stones, papers, paintings, hair dyes, etc. When this is included or dyed or colored, far infrared rays are emitted from each material, so the benefits that the material can exhibit can be said to be great.

In addition, in order to manufacture a dye having a far-infrared radiation function can be prepared by mixing a far-infrared radiation material in a certain ratio to the constituents of the dye dyed or colored in the above various materials, conventionally adding a far-infrared material to clothing or other materials In order to use the method of immersing or spraying or applying in a liquid phase separately, there was a waste stage to increase the manufacturing cost. In addition, manufacturing costs can be innovatively lowered, and unlike the past, the unification of the manufacturing process is sufficient for mass production of any type of product.

In addition, the anti-bacterial and deodorizing function prevents the decay and deterioration of clothing by removing the odor by the anti-infrared effect, for example, by wearing a dye dyed with a dye containing a far-infrared radiation material by the method according to the invention, In addition to activating bioenergy to promote metabolism, and when painted with paints containing far-infrared radiation, the far-infrared effect radiated from the painting will be filled with much fresher energy. In the case of coloring, far infrared rays are emitted from various containers or utensils made of the plastics, and thus the benefits to the human body will also be enormous.

Claims (3)

A dye which is dyed or colored in various materials, wherein the dye comprises a far-infrared radiation material to constitute the material. (In this case, material refers to various textiles, plastics, leathers, woods, metals, stone, paper, drawing and hair dyeing.) The dye-containing dye according to claim 1, wherein the dye contains 0.1-50 wt% of the far infrared ray emitting material. The method according to claim 1, wherein the dye and the far-infrared radiating material are mixed together to dye or color the material, or after dyeing or coloring with the dye, followed by liquid and coating treatment with the far-infrared radiating material to emit far-infrared rays from the material. Dye characterized in that it contains far-infrared radiation.