KR20100051144A - Microcapsule phase change materials wig - Google Patents

Abstract

PURPOSE: A microcapsule phase change material wig is provided to be capable of controlling the temperature of the space between scalp and wiggery cap, keeping clean and preventing a skin trouble caused by heat and all kinds of the bacteria. CONSTITUTION: A microcapsule phase change material wig is manufactured by microcapsule phase change material being mixed, applied and coated to a wig yarn. The parting and circumference(3) are manufactured by mixing micro phase material. According to the order of a user, the amount of mixing and thickness are variously manufactured. A yarn(5) comprising a net body(4) are manufactured by mixing micro phase change material. According to the order of a user, a woven net is coated and applied to net which is mixed with micro phase material and has various thickness.

Description

Microcapsule Phase Change Materials Wig}

The present invention is a wig manufacturing and a wig in the state that is mixed, applied, and coated on the cap and the mesh constituting the cap and the skin constituting the wig yarn and wig yarn necessary for the manufacture of the wig material and the wig material, the wig phase change on the scalp By regulating the temperature through the action, the space between the scalp and the wig cap can be kept comfortable, eliminating the discomfort caused by skin waste caused by the scalp fever. Unlike the existing technology, it is an invention technology that can improve the scalp body temperature control function, which was dependent on the structure of the existing network and hair transplantation technology by controlling the temperature by the function of the material.

In general, the completion of the wig is attached to the head of the wearer or artificial hair in the cap formed in the shape of the wearer of the wig firmly attached to the head of the wearer with an adhesive or a clip.

Caps and hair attached to the scalp block the scalp from the external environment and are not free from heat and sweat caused by excessive activity of the wearer or rapid temperature change, and itching and various scalp by various bacteria inhabiting sebum and wet conditions Provides a cause to the disease. How to bind the tissue of various networks to overcome this. We tried to differentiate the thickness of the mesh and the method of hair-growing, but did not suggest a fundamental solution.

However, Microcapsule Phase Change Materials reacts to the surrounding temperature by itself, repeats endotherm and fever according to the set temperature, and keeps the attachment site of the wet and scalp and wig pleasant. Microcapsule Phase Change Materials used as materials of the present invention have been used in space suits through NASA, and are used for cosmetics such as temperature control materials, fabrics, etc. It is received and used.

In addition, Microcapsule Phase Change Materials is a fine powder type powder material for hair wigs and meshes. It can be mixed into skins and mixed with various coatings to form coatings on hair and mesh yarns.

The present invention relates to a wig, the body temperature and the humidity caused by sweat in the activity of wearing a wig causes a lot of inconvenience and itchy skin troubles and itches, and fixed wigs to be attached for up to 3 weeks The pain caused by the wearer due to discomfort and dermatitis is considerable, but cultural awareness of the damage caused by hair loss is not easy. Spacesuit with Microcapsule Phase Change Materials technology to maintain comfortable temperature and humidity. Special military clothing. It has been used as sports clothing to protect the human body from skin fever or sudden external temperature caused by activity.In this principle, the activity of wig wearer absorbs and stores when excessive heat occurs in the human body and when heat is needed. You can return it to keep your scalp comfortable. Microcapsule Phase Change Materials (Microcapsule Phase Change Materials) is a fine particle powder-like material that is needed for wigs and hair. It can be mixed with the skin and mixed with various coatings to form a coating film on the material. The present invention is the wig yarn and the mesh body constituting the cap, which is configured to plant the yarn of the wig and the wig required for the wig manufacturing and wig material It is a microcapsule phase change materials wig combined with wig material when mixed and mixed in the manufacture of skins that make up the girdle and perimeter.It keeps the space between the scalp and the wig cap pleasantly to prevent sweating and skin troubles A temperature controlled wig is disclosed to prevent this.

The wig illustrated in the present invention is divided into a hair part and a cap, a skin constituting the cap and a mesh fixing part.

Microcapsule Phase Change Materials are used as materials for each part of the wig.

It is manufactured by mixing the microcapsule phase change materials with the material constituting the cap part, the circumference and the patch part (silicon, etc.).

On the other hand, wigs made of Microcapsule Phase Change Materials wigs do not change at normal temperature when they are applied to the human body, but must react to abnormal temperature at the moment. In order to maintain the situation, it is manufactured by adjusting the mixing amount and thickness of the material in a state that can be adjusted according to the wearer's constitution and regional average. In addition, materials made using Microcapsule Phase Change Materials are manufactured to include all ranges that do not affect the properties of existing materials.

In addition, pads or patches made by applying, coating and mixing microcapsule phase change materials to separate materials (fibers, nonwoven fabrics and meshes) are manufactured to be attached to the inside of the wig cap.

The phase change material absorbs the heat of the human body and turns it into a liquid. At this time, the scalp transferred to the PCM feels cool so that the body temperature can be controlled without releasing sweat. It is made of microcapsule phase change materials, which is made of an electro-angular thin film, which is a coating body, to prevent the transformation of liquid materials. The hair yarn of the wig is mixed with microcapsule phase change materials. The manufactured artificial hair and human hair are coated with a coating agent mixed with microcapsule phase change materials according to the intended use.

Material yarns (nylon yarn, polyester yarn, etc.) that make up the net of the cap are also manufactured by mixing microcapsule phase change materials, and the woven net or net yarn is a microcapsule phase change material. It is coated or coated with a mixed coating agent.

The wig and wig manufacturing technology using microcapsule phase change materials (7) by fusing the material keeps the space between the scalp and the wig cap comfortable, eliminating stuffiness and discomfort due to sweat or sebum caused by heat. can do.

Unlike conventional wigs, it is an invention that can improve the inconvenience of wig wearers by controlling the temperature by material technology.

1 is a structure of a microcapsule, the contents of which are filled in the capsule film 1 is composed of a phase change material (PCM).

FIG. 2 is a cap of a wig, wherein the hair 2 is made of artificial hair or human hair, and microcapsule phase change materials are mixed or coated on the artificial hair yarn, and the human hair is a microcapsule phase change materials. ) Is coated.

The garma part and the circumference 3 are manufactured by mixing the microcapsule phase change materials, and according to the user's order, they are produced in a mixed amount and various thickness, and the yarn 5 constituting the mesh 4 is the micro phase change. Woven meshes manufactured by mixing materials (Microcapsule Phase Change Materials) are composed of coatings and coatings with various thicknesses of meshes mixed with microcapsule phase change materials according to user's order.

3 is composed of the microcapsule phase change materials (7) mixed with the yarn 6 and the microcapsule phase change materials (9) mixed with the coating part 8 in the artificial hair structure of FIG. do.

The yarn 10 as the yarn 10 constituting the mesh of FIG. 4 is a microcapsule phase change material 13 mixed with the microcapsule phase change materials 11 and the coating part 12. It is composed of materials.

The microcapsule phase change materials (Microcapsule Phase Change Materials) of FIG. 5 are formed by attaching a pad 14 or a patch 14 made by coating, coating, and mixing inside the wig cap.

Figure 1 is composed of MPCM (Microcapsule Phase Change Materials) composed of wig yarn

Figure 2 is a wig cap composed of MPCM (Microcapsule Phase Change Materials) material

3 and 4 is a cross-sectional view of the wig yarn portion and the net yarn portion MPCM (Microcapsule Phase Change Materials) according to the present invention

Figure 5 MPCM (Microcapsule Phase Change Materials) phase change material pad, patch that can control the temperature between the wig cap and scalp

<Description of the symbols for the main parts of the drawings>

1: Microcapsule phase change material coating part

      2: hair

3: skin

      4: network

      5: telephoto yarn

      6: artificial hair.

7: MPCM (Microcapsule Phase Change Materials)

      8: coating part

9: MPCM (Microcapsule Phase Change Materials)

      10: mesh yarn

      11: MPCM (Microcapsule Phase Change Materials)

      12: MPCM (Microcapsule Phase Change Materials)

      13 coating part

      14: pad, patch

Claims (14)

Microcapsule Phase Change Materials are mixed and applied. Coated wig The artificial hair yarn of claim 1 prepared by mixing a microcapsule phase change material with a wig yarn which is planted. The artificial hair yarn coated with microcapsule phase change materials according to claim 2 The human hair for hair wigs according to claim 1, wherein the human hair to be planted is mixed with microcapsule phase change materials and a coating agent. The wig of claim 1, wherein the hair is planted in a wig made of a form that is applied to the hair loss site of the scalp. Mesh yarns in which the microcapsule phase change materials are mixed with the mesh forming the cap. Wig manufactured according to claim 5 using a cap made of woven mesh The wig of claim 6, wherein the microcapsule phase change materials are coated and applied to the network. According to claim 1, wherein the cap is made in the form of a covering on the scalp hair loss site. Wig manufactured by mixing the skin part of the cap with Microcapsule Phase Change Materials The wig of claim 8, wherein the skin is coated and coated with microcapsule phase change materials. The wig with a pad and a patch of claim 1, wherein the wig cap is made of microcapsule phase change materials. 11. The nonwoven fabric of claim 10 woven from yarn with Microcapsule Phase Change Materials. Wig with fabric attached The nonwoven fabric of claim 11. Wig applied to the inside of the cap by applying and coating Microcapsule Phase Change Materials on the fabric Detachable pad manufactured by applying and coating Microcapsule Phase Change Materials, which are freely detachable between the cap and the scalp as a material used in claim 1 15. The pad or patch of claim 13 having an adhesive thereon for securing the scalp directly to the scalp.

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