Description A WIG TO RADIATE ANION AND FAR INFRARED RAY

Technical Field

[1] The present invention relates to a wig to radiate anion and far infrared ray, and in particular to a wig to radiate anion and far infrared ray in which a blood circulation is enhanced, and a head skin keeps healthy with the help of anion and far infrared ray when a user wears a wig by providing an anion and far infrared ray radiation member made of an anion and far infrared ray radiation material.

Background Art [2] Generally, a wig is used for supplementing a less hair head or a depilation. The construction of the wig consists of a wig frame body for covering a head skin, and hairs provided on an upper side of the wig frame body. [3] In addition, a middle-aged woman and man generally wear a partial wig which is able to partially cover a less hair head or a depilation around a head crown. [4] The above partial wig may be used for supplementing a hairstyle even when a user does have a less hair head or a depilation. [5] The wig frame body of the wig is formed of a net, and a silver nano particle or other materials are coated for thereby obtaining an anti-microbial and sterilization effect. [6] The above conventional wig has only a supplemental function for a less hair head or a depilation, namely, it does not have any function for preventing a depilation or maintaining a head skin health. So, when it is used, its functionality decreases. [7] In addition, in case of the conventional wig, a silver nano material is coated on an inner surface of the wig frame body. However, it is impossible to obtain a desired effect, and the duration of its effect is short.

Disclosure of Invention

Technical Problem [8] Accordingly, it is an object of the present invention to provide a wig to radiate anion and far infrared ray which overcomes the problems encountered in the conventional art in which it is impossible to enhance a hair restoration and to keep a healthy hair.

Technical Solution [9] In the construction of the present invention, the wig frame body is provided with an anion and far infrared ray radiation member made of an anion and far infrared ray radiation material.

Advantageous Effects

[10] So, a blood circulation is enhanced, and a head skin keeps healthy with the help of anion and far infrared ray when a user wears a wig by providing an anion and far infrared ray radiation member attached on an inner surface of a wig frame body.

Brief Description of the Drawings [11] Figure 1 is a bottom view illustrating a wig according to an embodiment of the present invention. [12] Figure 2 is a bottom view illustrating a construction that a wig frame body is made of a woven net according to another embodiment of the present invention. [13] Figure 3 is a cross sectional view illustrating a construction that an anion and far infrared ray radiation member is formed in a protrusion shape according to another embodiment of the present invention. [14] Figure 4 is a view illustrating a construction that an engaging member of an anion and far infrared ray radiation member is formed of a rivet according to the present invention. [15] Figure 5 is a view illustrating a construction that an engaging member of an anion and far infrared ray radiation member is formed of a sewing hole according to the present invention. [16] Figure 6 is a view illustrating a construction that an engaging member of an anion and far infrared ray radiation member is formed of an engaging groove according to the present invention. [17] Figure 7 is a view illustrating a construction that an engaging member of an anion and far infrared ray radiation member is inserted into a ventilation hole of a wig frame body according to the present invention. [18] Figure 8 is a view illustrating a construction that an engaging member of an anion and far infrared ray radiation member is engaged between woven cloth gaps according to the present invention. [19] Figure 9 is a view illustrating a construction that an engaging member of an anion and far infrared ray radiation member is formed in an accommodating space of a wig frame body according to the present invention. [20] Figure 10 is a view illustrating a construction that an engaging member of an anion and far infrared ray radiation member is formed of a fixing base according to the present invention. [21] Figure 11 is a view illustrating a construction that an anion and far infrared ray radiation member is formed in a donut shape according to the present invention. [22] Figure 12 is a view illustrating a construction that a wig body is divided into multiple pieces according to another embodiment of the present invention.

Best Mode for Carrying Out the Invention

[23] In the present invention, a wig which radiates anion and far infrared ray in a construction of a wig comprises an anion and far infrared ray radiation member 400 which is provided at a wig frame body 100 and is formed of a far infrared ray radiation member and an anion radiation member. Mode for the Invention

[24] The preferred embodiments of the present invention will be described with reference to the accompanying drawings.

[25] When a user uses a wig, the wig is able to keep a head skin health and to enhance a hair restoration as anion and far infrared ray are radiated.

[26] Namely, in the wig according to the present invention, as shown in Figure 1, there is provided an anion and far infrared ray radiation member 400 which is provided on a wig frame body 100 and is formed of an anion and far infrared ray radiation member which radiate anion and far infrared ray.

[27] Here, the wig frame body 100 is formed of a urethane resin in a sheet shape or as shown in Figure 2, it may be formed of a woven net shape having multiple ventilation holes using cotton or synthetic resin, etc.

[28] The anion and far infrared ray radiation member 400 is made in a plastic molding method at a high temperature by using a raw stone material or powder of a far infrared ray and an anion and far infrared ray radiation member. The far infrared ray and anion and far infrared ray radiation material, which form the anion and far infrared ray radiation member 400, is selected from the group comprising gold and platinum, silver or Tourmaline, illite, germanium, bio ceramic, titan, elvan, elvan-amphibole, Kiyoseki, charcoal, yellow earth, magma cue, zeolite, pozzolan, rare earth metal, monazite, amethyst and high temperature plastic slug, etc.

[29] The anion and far infrared ray radiation member 400 is engaged with the wig frame body 100 by means of an engaging member.

[30] The engaging member may be implemented in such a manner that the anion and far infrared ray radiation member 400 is bonded, or as shown in Figure 4, the anion and far infrared ray radiation member 400 is provided with the rivet 410 and is engaged at the wig frame body 100.

[31] As another example of the engaging member, as shown in Figure 5, at least two sewing holes 420 are formed at the anion and far infrared ray radiation member 400, and it is sew-engaged at the wig frame body 100, or as shown in Figure 6, an engaging groove 430 is formed on a surface of the anion and far infrared ray radiation member 400 for a sewing engagement, or it may be implemented by a sewing method.

[32] As another example of the engagement member, as shown in Figure 7, the anion and far infrared ray radiation member 400 is implemented in such a manner that a

plurality of ventilation holes 110 are formed on the wig frame body 100 of a sheet member made of a synthetic resin material, and it is inserted into part of the ventilation holes 110. The ventilation hole 110 is provided with a restriction groove 111 on its inner wall so that the center portion of the same holds the anion and far infrared ray radiation member 400.

[33] As another example of the engaging member, as shown in Figure 8, the anion and far infrared ray radiation member 400 may be implemented in such a manner that it is accommodated between the woven cloth gaps of the wig frame body 100 made of a woven cloth.

[34] As another example of the engagement member, as shown in Figure 9, the anion and far infrared ray radiation member 400 may be implemented in such a manner that the wig frame body 100 is formed in a tube shape which has an accommodating space in the same, and it is accommodated in the accommodating space in granular shapes.

[35] An another example of the engagement member, as shown in Figure 10, when the anion and far infrared ray radiation member 400 is provided to the wig frame body 100, one material between polyurethane or synthetic resin and woven cloth is selected and bonded to or sewed to the wig frame body 100. At this time, it may be engaged with a circular fixing base 440. The anion and far infrared ray radiation member may be implemented so that the fixing base 440 is bonded and engaged.

[36] As shown in Figure 3, the anion and far infrared ray radiation member 400 is protruded from an inner surface of the wig frame body 100. It is preferably provided along blood punctures so that a user can get higher finger pressure and message effects by stimulating the blood punctures of the head.

[37] As shown in Figure 11, the anion and far infrared ray radiation member 400 is formed in a donut shape for thereby maximizing the finger pressure effects by enhancing a ventilation performance of the pressurizing center portion during the pressurizing process. It may be formed in various character shapes such as a coin shape, etc.

[38] As shown in Figure 1, the wig body 200 may be integrally planted into the wig frame body 100 or as shown in Figure 12, the wig body 200 planted with the hairs 210 may be engaged with the wig frame body 100 by means of the engaging means 500 such as Velcro and magnets or hooks.

[39] The wig body 200 may be divided into multiple pieces so that a user can select a desired one for his hairstyle.

[40] An engaging and insertion member 300 may be provided at the wig frame body

100 for engaging with the hairs of the worn portion. In case that the engaging and insertion member 300 is formed so that the wig body is engaged at the wig frame body 100 by means of the engaging member 500, the engaging and insertion member 300

may be selectively provided at either the wig frame body 100 or the wig body 200.

[41] The engaging and insertion member 300 may be formed of an elastic engaging and insertion material having an elastic body so that a plurality of engaging combs are elastically attached and escaped from the plate or may be formed of a comb insertion member or plate having a plurality of engaging combs from the body. The engaging piece is provided at both sides. It may be formed of an elastic engaging clip having an elastic body so that the engaging piece is elastically attached or escaped.

[42] The operation and use of the present invention will be described as follows.

[43] In the construction of the wig of the present invention, when a user wears the wig adapting the anion and far infrared ray radiation member 400 formed of a far infrared ray and an anion and far infrared ray radiation material on an inner surface of the wig frame body 100, the anion and far infrared ray radiation member 400 radiates far infrared ray and anion with the help of the body temperature, and the radiated anion and far infrared ray are radiated to the head skin for thereby enhancing a blood circulation of the head skin, so that the head skin keeps healthy, and a hair restoration is enhanced. It is generally known that only 15% of anion is absorbed via lugs, but 85% of anion is absorbed via skin. So, when wearing the wig of the present invention, a lot of anion is absorbed via the head skin for thereby enhancing a blood circulation.

[44] In addition, the anion and far infrared ray radiation member 400 may be provided with an engaging member such as a rivet 410, a sewing hole 420, an engaging groove 430, etc., so that the anion and far infrared ray radiation member 400 can be more reliably engaged to the wig frame body 100.

[45] The anion and far infrared ray radiation member 400 may be arranged along the blood punctures of the head, so that it may stimulates the blood punctures of the head for thereby obtaining a finger pressure effect and massage effect.

[46] In the embodiments of the present invention, the wig body 200 is engaged at the wig frame body 100 by means of the engaging member 500, and the wig bodies 200 is divided into multiple pieces, so that the wig of the present invention can be adapted in various forms for a desired hairstyle.

[47]

Industrial Applicability

[48] As described above, the wig according to the present invention is provided with an anion and far infrared ray radiation member which is attached on an inner surface for thereby enhancing an air ventilation on the head skin, and far infrared ray and anion are radiated to the head skin, so that a blood circulation is enhanced, and the head skin becomes healthy, and a hair restoration is enhanced.

[49] In addition, the above wig body may be divided into multiple pieces, so that it is

possible to adapt the present invention to various hairstyles if it is needed. Sequence Listing

[50] Wig