KR102423287B1 - low irritant wig and fabrication method for the same - Google Patents

Abstract

A functional and hypoallergenic wig is disclosed. The functional and hypoallergenic wig of the present invention comprises: a planting portion that is disposed on the outside of the wig, and on which hair or artificial hair is planted; a contact portion that is disposed inside the wig and includes a parted portion defined by a parting area and an edge portion defined by the edges; and an intermediate portion that is disposed between the planting portion and the contact portion, and mediates the coupling thereof.

Description

Low irritant wig and fabrication method for the same

The present invention relates to a hypoallergenic functional wig and a method for manufacturing the same.

A wig is a piece of hair or something similar that is used to shape the hair. Hair often occupies a high proportion in a person's appearance, so patients with hair loss always try to wear a wig when going out.

In addition to the cosmetic effect, the wig also plays a role in preventing the skin from being directly exposed to UV rays. However, since it is common to wear a wig by attaching an endothelium planted with hair or artificial hair to the scalp, the resulting skin may be exposed to negative effects.

Conventional wigs have no choice but to be attached to at least a portion of the scalp, and thus cover the attachment portion to obstruct skin respiration of the scalp. In addition, if the wig is continuously attached to the scalp, heat is not dissipated in the corresponding area, which may cause severe scalp irritation and side effects that may further accelerate hair loss symptoms.

The technical problem to be solved by the present invention is to provide a hypoallergenic functional wig and a method for manufacturing the same, which has little irritation to the skin even when the wig is worn for a long time and also includes antibacterial and deodorizing effects.

In order to solve the above technical problem, a hypoallergenic functional wig according to an embodiment of the present invention is disposed on the outside of the wig and includes a planting unit in which hair or artificial hair is planted; a contact part disposed inside the wig and including a parting part determined as a parting area and a rim part determined as a rim area; and a middle part disposed between the planting part and the contact part and mediating the coupling of the planting part and the contact part, wherein the parting part contains a green tea powder component, and the edge part may include a cinnamon powder component. .

In an embodiment of the present invention, the wig is formed by applying the mixed solution three times, and the shape of the rim part is formed by the first 1-1 mixed solution and the rim part is formed by the 2-1 mixed solution to constitute the contact part. and secondly, after sequentially stacking the intermediate part and the planting part on the contact part, the 1-2 mixture solution is applied from the outer surface of the area corresponding to the parting part, and the second mixture is applied from the outer surface of the area corresponding to the edge part. -2 mixed solution is applied, and thirdly, mixed solution 1-3 is applied from the inner surface of the area corresponding to the parting part, and mixed solution 2-3 is applied from the inner surface of the area corresponding to the edge part, and the mixed solution is It may be composed of the following weight ratios.

(No. 1-1 mixture contains granules for artificial scalp composition and MEK is 2:1, 2-1 mixture contains 2:1 urethane and MEK, and 1-2 mixture contains grains for artificial scalp composition, MEK and DMF are 2:1 :0.5, 2-2 mixture contains soft urethane, hard urethane and MEK 7:2:1, 1-3 mixture contains artificial scalp composition granules, MEK, DMF and green tea powder 5:1:1:3, soft Urethane, hard urethane, MEK, cinnamon powder and green tea powder 7:2:1:2:1)

In addition, in order to solve the above technical problem, the method of manufacturing a hypoallergenic functional wig according to an embodiment of the present invention is disposed on the outside of the wig and placed on the inside of the planting part where hair or artificial hair is planted, the wig and the parting area. A method for producing a hypoallergenic functional wig comprising a contact part comprising a determined parting part and an edge part determined by the edge area, and a middle part disposed between the planting part and the contact part and mediating the coupling of the planting part and the contact part In the step of preparing a mixed solution; forming the parting part and the edge part by first applying the mixed solution; disposing the middle part and the planting part on the contact part connected to the parting part and the edge part; applying the mixed solution secondarily from the outer surface of the laminated planting part; and thirdly applying the mixed solution from the inner surface of the contacting part; but, the parting part may contain a green tea powder component by the mixed solution, and the edge part may include a cinnamon powder component by the mixed solution.

In one embodiment of the present invention, the first application of the mixed solution includes applying the 1-1 mixed solution to the parting part and applying the 2-1 mixed solution to the edge part, and the secondary application of the mixed solution is Comprising applying the 1-2 mixture solution from the outer surface of the area corresponding to the parting part of the planting part and applying the 2-2 mixture solution from the outer surface of the area corresponding to the edge part of the planting part, The tertiary application of the mixed solution includes application of the 1-3 mixed solution from the inner side of the parting part and the application of the second-3 mixed solution from the inner side of the rim part, but the mixed solution may be composed of the following weight ratio.

(No. 1-1 mixture contains granules for artificial scalp composition and MEK is 2:1, 2-1 mixture contains 2:1 urethane and MEK, and 1-2 mixture contains artificial scalp composition grains, MEK and DMF are 2:1 :0.5, 2-2 mixture contains soft urethane, hard urethane and MEK 7:2:1, 1-3 mixture contains artificial scalp composition granules, MEK, DMF and green tea powder 5:1:1:3, soft Urethane, hard urethane, MEK, cinnamon powder and green tea powder 7:2:1:2:1)

The present invention has the effect of providing a wig capable of antibacterial and deodorizing with less irritation to the skin even when the wig is worn for a long time.

1 shows a low-pole functional wig according to an embodiment of the present invention.
Figure 2 shows an exploded view of a low-pole functional wig according to an embodiment of the present invention.
Figure 3 shows a method of manufacturing a low-pole functional wig according to an embodiment of the present invention.

Since the present invention can apply various transformations and can have various embodiments, specific embodiments are illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and it should be understood that all modifications, equivalents and substitutes included in the spirit and scope of the present invention are included.

In describing the present invention, if it is determined that a detailed description of a related known technology may obscure the gist of the present invention, the detailed description thereof will be omitted.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 shows a hypoallergenic functional wig 100 according to an embodiment of the present invention.

2 and 3 show an exploded view and the middle part 120 of the low-pole functional wig 100 according to an embodiment of the present invention, and the expression of the curved surface is omitted for convenience of explanation.

1 to 3 , the hypoallergenic functional wig 100 according to an embodiment of the present invention includes a planting part 110 , an intermediate part 120 and a contact part 130 .

The planting unit 110 is disposed on the outside of the wig (when the surface in contact with the skin is called the inside,).

The planting unit 110 expresses the skin color of the parting part or the edge part while the hair or artificial hair is planted.

The planting unit 110 includes a mesh unit 112 and a scalp expression unit 114 .

The mesh portion 112 may be formed in a mesh or honeycomb shape.

The mesh 112 may be disposed on the top in a hemispherical shape.

The scalp expression unit 114 is disposed in the parting area where the color of the scalp is exposed to the outside.

Since the scalp expression unit 114 is exposed to the outside, it can be expressed in a color close to the color of the scalp when worn.

The scalp expression unit 114 may be coupled on the same plane (including the meaning of a curved surface) with the mesh part 112, but in one embodiment of the present invention, the form attached to the top of the mesh part 112 is illustrated.

A material similar to the material forming the mesh portion 112 may be added to the mesh portion 112 , and a material similar to the material forming the edge portion 134 may be added to the scalp expression portion 114 . Here, the addition may mean that the material constituting the planting unit 120 and other materials are mixed in a predetermined space.

The mesh part 112 may be mainly applied with a 1-2 mixture solution, which will be described later.

The scalp expression unit 114 may be mainly applied with a 2-2 mixture, which will be described later.

The intermediate part 120 is disposed between the planting part 110 and the contact part 130 .

The intermediate part 120 strengthens the coupling between the planting part 110 and the contact part 130 . The middle part 120 is a medium to which a mixture to be described later can be more thickly adhered.

The middle part 120 may include a fabric formed of a silk 120 material. Since the silk material helps to apply the mixture thickly when applying it, it is possible to reduce the number of times the mixture is applied to form the same thickness.

The middle part 120 may be divided into a first area 122 and a second area 124 .

The first region 122 and the second region 124 may be defined as surfaces corresponding to the parting part 132 and the edge part 134 , respectively.

A material similar to a material forming the parting portion 132 may be added to the first area 122 , and a material similar to a material forming the edge portion 134 may be added to the second area 124 . have. Here, the addition may mean that the material constituting the intermediate part 120 and other materials are mixed in a predetermined space.

The first region 122 may be mainly applied with a 1-2 mixture solution, which will be described later.

The second region 124 may be mainly applied with a 2-2 mixture, which will be described later.

The intermediate part 120 may provide a bonding force between the planting part 110 and the contact part 130 together with the mixed solution.

The contact part 130 includes a parting part 132 and an edge part 134 .

The contact part 130 forms a part in direct contact with the scalp.

The parting part 132 is attached to the region of the parting part of the head. In this case, the parting part may mean a parting area artificially formed by the wig, not the part of the person wearing the wig.

The parting part 132 may be mainly formed by the 1-1 mixed solution, which will be described later. The parting part 132 may further include a cambium formed by the 1-3 mixed solution, which will be described later.

The edge portion 134 may be mainly formed by the second-first mixture solution, which will be described later.

The edge portion 134 may further include a cambium layer made of a second-third mixture to be described later.

The hypoallergenic functional wig 100 according to an embodiment of the present invention described above reduces irritation even if it is attached to the scalp for a long time, and can provide antibacterial and deodorizing effects. This is due to the action effect of green tea powder and cinnamon powder, which are natural ingredients included in the mixed solution applied to the contact part 130 in direct contact with the skin.

Figure 4 shows a method of manufacturing a low-pole functional wig according to an embodiment of the present invention.

Referring to FIG. 4 , a 1-1 mixed solution is prepared in step S502.

The 1-1 mixture contains granules for artificial scalp composition and MEK.

Specifically, in the mixed solution No. 1-1, the artificial scalp composition granules and MEK are mixed in a weight ratio of 2:1. Here, as the granules for the artificial scalp composition, a material used as a conventional artificial scalp may be used, but it is not necessarily limited thereto, and any material capable of forming the skin of the artificial scalp may be used. For example, the granules for the artificial scalp composition may be composed of a component including any one of polypropylene, polystyrene, polyurethane, and silicone.

Here, MEK (methyl ethly ketone) means methyl ethyl ketone as a solvent.

When the granules for artificial scalp composition and MEK are mixed, it becomes a viscous mixed solution.

In step 504, the parting part 132 is formed by the 1-1 mixed solution. The parting part 132 may be formed by applying the 1-1 mixed solution several times according to the shape of the desired parting part 132 . At this time, in order to include a curved surface corresponding to the head, the parting part 132 may be formed by applying the 1-1 mixture several times on the head model without hair. After applying the 1-1 mixture, it is aged at a temperature in the range of 20°C to 50°C for at least 24 hours so that the solidified parting part 132 can be formed.

In step S512, a 2-1 mixed solution is prepared.

The 2-1 mixture contains urethane and MEK. Specifically, in the 2-1 mixture, urethane and MEK are mixed in a 2:1 weight ratio.

When urethane and MEK are mixed, it becomes a viscous mixture.

In step S514, the edge portion 134 is formed by the 2-2 mixed solution. The edge portion 134 may be formed by applying the 2-1 mixed solution several times along the shape of the desired edge portion 134 . At this time, in order to include the curved surface corresponding to the head, the rim portion 134 may be formed by applying the 2-1 mixture several times on the head model without hair. After applying the 2-1 mixture, it is aged at a temperature of 20° C. to 50° C. for at least 24 hours to form a solidified edge portion 134 .

Steps S502 to S504 and S512 to S514 may be performed in parallel or sequentially, respectively. When the manufactured parting part 132 and the edge part 134 are connected at a predetermined point, the contact part 130 having a single shape may be formed.

In step S520 , the contact part 130 , the intermediate part 120 and the planting part 110 are disposed. The contact portion 130 , the intermediate portion 120 , and the planting portion 110 are sequentially stacked from the bottom toward the upper surface of the head when the wig is worn.

In step S532, a first 1-2 mixture is prepared.

The 1-2 mixture may include granules for artificial scalp composition, MEK and DMF. Specifically, the 1-2 mixture is a mixture of granules for artificial scalp composition, MEK and DMF in a weight ratio of 2:1:0.5. Here, DMF means dimethylformamide.

In step S534, a second 2-2 mixture is prepared.

The 2-2 mixture contains soft urethane, hard urethane and MEK. Specifically, the 2-2 mixture is a mixture of soft urethane, hard urethane and MEK in a 7:2:1 weight ratio.

Steps S532 and S534 do not necessarily need to be performed between S520 and S536, and may be executed before step S536.

In step S536, the mixed solution is applied secondarily. Here, the secondary application of the mixed solution may mean applying the 1-2 mixed solution to the area corresponding to the parting part 132 and the 2-2 mixed solution to the area corresponding to the edge part 134 several times, respectively.

In step S536, a mixed solution is applied from the surface of the planting unit 110 . In other words, the secondary mixed solution is applied from the outer surface of the planting unit (110). Accordingly, the 1-2 mixed solution and the 2-2 mixed solution permeate from above, and the planting part 110 , the intermediate part 120 , and the contact part 130 may be combined.

After this process, the planting unit 110 may be planted with hair.

Meanwhile, the 2-2 mixture may be additionally applied to form a desired thickness. In this case, different weight ratios of soft urethane, hard urethane and MEK may be applied. For example, a mixed solution containing a weight ratio of soft urethane, hard urethane, and MEK of 6:1:1 may be additionally applied.

In step S542, a mixture 1-3 is prepared.

The mixture 1-3 may include granules for artificial scalp composition, MEK, DMF, and green tea powder. Specifically, the mixture 1-3 is a mixture of artificial scalp composition granules, MEK, DMF, and green tea powder in a weight ratio of 5:1:1:3.

In step S544, a second 2-3 mixture is prepared.

The mixture 2-3 may include soft urethane, hard urethane, MEK, cinnamon powder and green tea powder. Specifically, the 2-3 mixture is a mixture of soft urethane, hard urethane, MEK, cinnamon powder and green tea powder in a 7:2:1:2:1 ratio.

Steps S542 and S544 do not necessarily need to be performed between S530 and S546, and may be executed before step S546.

In step S546, the mixed solution is thirdly applied. Here, the tertiary application of the mixed solution may mean applying the 1-3 mixed solution to the area corresponding to the parting part 132 and applying the 2-3rd mixed solution to the area corresponding to the edge part 134 several times, respectively.

The third application of the mixed solution is to apply the mixed solution from the inner surface of the contact portion 130 . Therefore, the 1-3 mixed solution and the 2-3 mixed solution are seated on the inner surface of the wig and reinforce the thickness. When the mixture 1-3 and the mixture 2-3 is applied to the inner surface, when artificial hair, etc. is planted on the wig, it can prevent the hair from penetrating into the inside and touching the skin directly.

The mixture 1-3 contains green tea powder, which is a natural material. Due to this, the mixture 1-3 can provide a fine green light to express the flesh color of the parted part more naturally. In addition, it is possible to protect the skin area to which the wig is attached, such as helping absorption of sweat and relieving heat.

The mixture 2-3 contains cinnamon powder and green tea powder, which are natural ingredients. For this reason, the mixture 2-3 can express the skin close to dark brown compared to the part to which the mixture 1-3 is applied, thereby creating a natural skin color at the edge of the wig. In addition, there is an effect of providing a more comfortable wig wearing environment by absorbing sweat and odors caused by planted hair.

The terms used in the present application are only used to describe specific embodiments, and are not intended to limit the present invention. In the present application, terms such as “comprise” or “have” are intended to designate that a feature, number, step, operation, component, part, or combination thereof described in the specification exists, but one or more other features It should be understood that this does not preclude the existence or addition of numbers, steps, operations, components, parts, or combinations thereof.

100: wig
110: planting department
112: mangbu
114: scalp expression part
120: middle
122: first area
124: second area
130: contact
132: Karmabu
134: border

Claims (4)

delete a planting unit disposed on the outside of the wig and in which hair or artificial hair is planted;
a contact part disposed inside the wig and including a parting part determined as a parting area and a rim part determined as a rim area; and
A middle part disposed between the planting part and the contact part and mediating the coupling of the planting part and the contact part; including,
The parting part contains green tea powder ingredients,
The rim includes a cinnamon powder component,
The wig is formed by applying the mixed solution three times,
First, the shape of the edge part is formed by the parting part and the 2-1 mixed solution by the 1-1 mixed solution to form a contact part,
Second, after sequentially stacking the intermediate part and the planting part on the contact part, the 1-2 mixture solution is applied from the outer surface of the region corresponding to the parting part, and the second-2 mixture is applied from the outer surface of the region corresponding to the edge part. Apply the mixture,
Thirdly, the 1-3 mixed solution is applied from the inner surface of the area corresponding to the parting part, and the 2-3 mixed liquid is applied from the inner surface of the area corresponding to the edge part,
Hypoallergenic functional wig, characterized in that the mixture is composed of the following weight ratio.
(No. 1-1 mixture contains granules for artificial scalp composition and MEK is 2:1, 2-1 mixture contains 2:1 urethane and MEK, and 1-2 mixture contains artificial scalp composition grains, MEK and DMF are 2:1 :0.5, 2-2 mixture contains soft urethane, hard urethane and MEK 7:2:1, 1-3 mixture contains artificial scalp composition granules, MEK, DMF and green tea powder 5:1:1:3, soft Urethane, hard urethane, MEK, cinnamon powder and green tea powder 7:2:1:2:1)
A planting part disposed on the outside of the wig and in which hair or artificial hair is planted, a contact part disposed inside the wig and comprising a parting part determined as a parting region and an edge part determined as a rim region, and disposed between the planting part and the contact part, and In the method of manufacturing a hypoallergenic functional wig comprising a planting part and an intermediate part mediating the bonding of the contact part,
preparing a mixed solution;
forming the parting part and the edge part by first applying the mixed solution;
disposing the intermediate part and the planting part on the contact part connected to the parting part and the edge part;
applying the mixed solution secondarily from the outer surface of the laminated planting part; and
Including; applying the mixed solution tertiarily from the inner surface of the contact part;
The parting part contains a green tea powder component by the mixed solution,
The method of manufacturing a hypoallergenic functional wig, characterized in that the edge portion contains a cinnamon powder component by the mixed solution.
4. The method of claim 3,
The first application of the mixed solution includes applying the 1-1 mixed solution to the parting part and applying the 2-1 mixed solution to the edge part,
The secondary application of the mixed solution is to apply the 1-2 mixture solution from the outer surface of the area corresponding to the parting part of the planting part and the 2-2 mixed solution from the outer surface of the area corresponding to the edge part of the planting part. including applying
The tertiary application of the mixed solution includes application of the 1-3 mixed solution from the inner side of the parting part and the application of the 2-3 mixed solution from the inner side of the rim part, wherein the mixed solution is composed of the following weight ratio Method for manufacturing hypoallergenic functional wig.
(No. 1-1 mixture contains granules for artificial scalp composition and MEK is 2:1, 2-1 mixture contains 2:1 urethane and MEK, and 1-2 mixture contains artificial scalp composition grains, MEK and DMF are 2:1 :0.5, 2-2 mixture contains soft urethane, hard urethane and MEK 7:2:1, 1-3 mixture contains artificial scalp composition granules, MEK, DMF and green tea powder 5:1:1:3, soft Urethane, hard urethane, MEK, cinnamon powder and green tea powder 7:2:1:2:1)

Images