JP4216320B1 - wig - Google Patents

Abstract

The present invention develops and provides a wig provided with hair transplantation using a hair material made of human hair as a raw material and having an inclination along a hair flow centered on a toothpick.
SOLUTION: In a wig having at least a portion in which a hair material made of human hair is planted on a thin film, a hair flow divided into a plurality of systems centering on the toothpick is formed without being planted in the center of the toothpick. As a whole, a spiral toothpick is formed, and the hair material is aligned so that the cuticle opens the hair tip side, and the proximal end of the hair material refracts through the thin film. A wig that is fixed.
[Selection] Figure 7

Description

  The present invention relates to a wig in which a hair material made of human hair is implanted in a thin film.

In the wig, hair material is often planted, and the hair is divided by dividing lines or the like in order to resemble nature (see FIG. 12A). In the conventional wig, the direction of the hair is directed to the 360 ° radial direction (see FIG. 12B), and the hair is set from the surface side with the division as a boundary. It's like a regular beauty salon set. The division is extended and only a wrinkled object is formed. It is difficult to see the background when the wig is covered with hair material, but care must be taken where the background is exposed, such as the split stitches. There are many cases. In particular, after washing the hair, the hair faces in the radial direction from the flocking base point, and thus unnaturalness is emphasized.
When the hair is planted in a U-shape or V-shape, the tip side opens in accordance with the planting method, so that the adjacent hairs are inclined in opposite directions. It is difficult to control every single hair, and it appears that adjacent hairs are growing out of close proximity, so that the hair growth itself is unnatural, and the hair density adjustment is U-shaped. Alternatively, it is necessary to increase the V-shaped flocking interval, which is also a factor of unnaturalness. When adjusting the direction and inclination of the hair, techniques such as permanent are applied from the surface side.
In Patent Document 1 (Japanese Patent Application Laid-Open No. 2006-152523), a hair material is inserted and fixed in a U shape in a thin film in which a planting hole is formed, and the number and length of the hair material are changed. Planting is disclosed. Patent Document 2 (Japanese Patent Application Laid-Open No. 2005-364375) discloses that an artificial hair material is implanted in a thin film in a U shape, and is bent against a heat ray. Patent Document 3 (Japanese Patent Application Laid-Open No. 2006-484215) discloses a wig in which a bent portion having a hair material formed in a U shape is connected to a net base net provided with a thin film on the surface side. Patent Document 4 (Patent No. 2881400) discloses a wig in which a hair material is implanted in a net-like net, and a wig having a partial hair transplantation in which a hair material is implanted in a net member that is densely arranged in a divided portion. Is disclosed.

  Patent Document 5 (Japanese Patent Application Laid-Open No. 2006-336133) describes a wig in which a hair material is implanted in a net-like net, and further covers the net to form a double net, from the net of the upper net. A wig that has been pulled out and tilted is disclosed. Japanese Patent Application Laid-Open No. 11-350225 discloses a partial wig for a dividing line. Patent Document 7 (Japanese Patent Application Laid-Open No. 8-158130) discloses partial wigs such as divisions and toothpicks, and after being put on, the hair is divided for hair shaping. In these methods, a set of hair is conceived centering on the division, and when a toothpick is provided, it is set as the division base. Patent Document 8 (Japanese Utility Model Publication No. 54-14155) discloses a wig in which a base of a thermoplastic synthetic hair material implanted in a thin film is melted by heat to form a roasted ball lump to prevent hair loss. Is disclosed. Patent Document 9 (Japanese Patent Publication No. 53-42890) discloses a wig in which a portion bent in a U-shape is drawn from the lower side of a thin film, and a distal end side is drawn out through the U-shaped portion to fix a hair material. It is disclosed.

  Conventional methods for flocking hair materials include fixing the middle of the wire to make both ends free, methods for sticking the proximal end of the wire to a ring shape, and melting the proximal end of the thin film to prevent loosening There is a method of forming. The hair is planted by selecting the density, color, thickness, etc. of the hair material according to the individuality of the wearer. In many cases, the portion where the background can be seen, such as the dividing line, is devised so that the skin of the wearer cannot be seen through as a film material or a small mesh resembling the skin. The direction of the hair is often adjusted by cutting and setting after the end of flocking according to the hair style. Since the setting is performed from the surface side, it is different from the natural way of growing and it is difficult to wipe out the unnaturalness.

JP 2006-152523 A JP 2005-364375 A Japanese Patent Laid-Open No. 2006-483215 Japanese Patent No. 2881400 JP 2006-336133 A JP 11-350225 A JP-A-8-158130 Japanese Utility Model Publication No. 54-14155 Japanese Patent Publication No.53-42890

When planted in a U-shape or V-shape (see Fig. 4 (c)), the hair removal resistance is large and stable fixation is obtained, but it seems that two hairs grow from one place. The planting interval for adjusting the planting density is nearly double that of natural hair, and there is a problem that it is difficult to arrange delicately. On the other hand, the method of planting one by one can set the density freely, but it uses means such as prevention of hair loss by molten small lumps and binding in a ring shape. The molten small lumps are made of thermoplastic resin hair. Applicable to materials, but not applicable to hair materials made from human hair. It takes a lot of time to form a ring. The inclination of the hair is often set from the surface side, and it is difficult to make the root grow naturally. In particular, when planted in a U-shape or V-shape, the hair planted from the front side has to be inclined, so it was difficult to show the planted root in a natural manner. . In these methods, it has been difficult to direct the flow of hair centered on the toothpick of natural human hair by planting hair material.
This invention develops and provides the wig provided with the hair transplant which provided the inclination along the hair flow centering on a toothpick using the hair material which uses human hair as a raw material.

  In the present invention, a hair material made of human hair is planted according to a set hair flow, and the base end portion pierced into the thin film through the base end side is bent and fixed. Without setting the hair in the center of the toothpick, set the hair flow centered on the toothpick, stab the hair material derived from human hair into the thin film accordingly, and bend the proximal end part that penetrates the back side to be the surface side Focusing on the fact that the hair growth from the root to the tip of the hair can be made natural, it forms a hair flow centered on the original toothpick.

The main configuration of the present invention is as follows.
(1) A hair material made of human hair is planted in a thin film , and in a wig having a toothpick portion,
The center of the toothpick is not flocked,
The hair flow divided into a plurality of systems centering on the toothpick is formed, forming a spiral toothpick as a whole,
The direction of the hair material is aligned so that the cuticle opens the hair tip side,
The base end of the bristle penetrates the thin film and is refracted and fixed .
The hair flow consists of a flocking arrangement and a slope and / or density,
The base end of the hair material is pierced and penetrated through the thin film, and the portion penetrating from the thin film is refracted according to the hair flow and the flocking angle, the hair material is fixed to the thin film, and the hair is swirled without planting at the center of the toothpick. A wig characterized by the formation of a toothpick .
(2) The wig according to (1), wherein the refraction at the base end of the bristle material penetrating the thin film is opposite to the direction of inclination on the surface side.
(3) The wig according to (1) or (2), wherein the hair flow is composed of a flocked arrangement and an inclination and / or density.
(4) The wig according to any one of (1) to (3), wherein the plurality of hair flows is four.
(5) The wig as set forth in any one of (1) to (4), wherein the formation of the hair flow is formed at least at the pinch portion and the dividing portion.

(6) A method of planting hair material made of human hair into a thin film, wherein the hair material has a direction in which the cuticle opens the hair tip side, the base end of the hair material is pierced and penetrated through the thin film, and the portion penetrated from the thin film A method of implanting hair material made of human hair into a thin film, characterized by refracting and fixing the hair.
The refraction angle is in the range of 160-90 °.
(7) A method for forming the wig of the wig described in (1),
The hair material has a direction in which the cuticle opens the hair tip side, the base end of the hair material is pierced and penetrated through the thin film, and the hair material is fixed to the thin film by refracting the part penetrating from the thin film according to the hair flow and flocking angle. A method of forming a wig's toothpick by flocking,
A method of forming a wig's toothpick by not planting hair at the center of the toothpick, but by flocking the thin film according to the hair flow and the angle of hair implantation.
(8) A method for forming the wig of the wig described in (1) ,
A method of manufacturing a wig in which a hair material made of human hair is implanted in a thin film,
Fill in the hair flow to be created on the design mount, create a design mount for flocking that displays the flow,
Attach a design mount for the initial flocking to the front or back of the transparent or translucent thin film,
The hair material is a direction in which the cuticle opens the hair tip side, the base end of the hair material is pierced through the thin film, and the base end side of the hair material is pierced into the thin film according to the hair flow and the flocking angle ,
The base end portion that has been pierced and penetrated through the back surface of the thin film is bent in the reverse direction and / or the same direction as the inclination direction on the surface side of the bristle material, to give a flocking angle that matches the hair flow,
A flocked wig characterized by forming a synthetic resin film on the back side without peeling or peeling off the entire or part of the design base for flocking after bending of the entire hair material or partial bending of the hair material Manufacturing method.

The main effects of the present invention are as follows.
1. The wig obtained by the invention of the present application is that the cuticle of hair material made of human hair is aligned in the direction of natural hair, the base end is pierced into the thin film, and the hair transplantation that gives the inclination along the hair flow is applied. A more natural wig can be obtained. In particular, since the hair material is not planted at the center of the toothpick, the skin color of the toothpick portion can be seen and the naturalness can be emphasized. If the hair is planted in the center of the toothpick, the skin at the center of the toothpick will not be clear. By planting the cuticles one by one in the same direction as natural hair, the tangle between the hairs can be reduced, and combing is easy. Further, by bending the base end portion from the back surface side, it is possible to plant the hair so that the hair material rising on the front surface side is in a natural direction. Since the hair is flown in a spiral shape by the hair flow, even if the set is taken after washing the hair, it becomes a natural spiral shape. Since the hair material is planted one by one, the hair arrangement and inclination and / or density suitable for nature are realized, so that natural hair flow can be expressed.

2. Since the wig obtained by the present invention refracts the base end side of the bristle material on the back side in the direction opposite to the front side, the hairline inclination on the front side looks like naturally grown hair.

3. In particular, the wig obtained by the invention of the present application is easily manufactured by classifying the hair flow into four, and further making the basic pattern of four basic patterns formed by the four hair flows.

4). The wig obtained by this invention can provide the wig which formed the basic part of the hair flow by forming a hair flow in a pinch part and a division part.

5 . In the present invention, the hair flow is expressed by adjusting the direction of the hair transplantation direction of each hair material without planting the hair at the center of the toothpick, and the formation of the toothpick portion formed so that the center of the hair flow becomes the center of the toothpick. Is the method. Since the direction of the hair material on the front surface side sets the rising angle depending on the bending direction and the bending strength on the back surface side by the stab-planting, it is possible to resemble natural hair even when the nail portion is viewed from the top surface.
6 . The present invention provides a specific method for manufacturing a wig in which one hair material made from human hair is planted to form a hair flow. In particular, the piercing process can be facilitated by using a flocking design mount.

7). In this proposal, by using a skull-shaped material with a large number of holes, setting the distal end side of the hair material stabbed into the thin film so that it can be pulled out from this hole, the refractive action of the proximal end portion is controlled. It can be applied only to the side, and the way of protruding the hair material on the surface side and the inclination direction can be set to a natural state. The skull-shaped material is modeled on the skull, and the top of the skull has a flat to gentle inclination and a steep inclination toward the temporal region and the back of the head. Since the portion of the thin film to be implanted is set at this necessary portion, the puncturing direction and refraction along the inclination can be easily performed. For example, since the top of the head is flat, the refraction is close to a right angle, and the hair material has a large rise on the surface side, and is closer to natural hair.
8). In this proposal, when a thin film is placed on the convex surface of the skull mold material, the proximal end can be exposed to the surface side by piercing through the hole from the inside of the skull mold material. By forming a refracting and synthetic resin film, the flocked state can be fixed, removed and then inverted to bring out the hair end side to the surface. In this case, when the flocking design mount is arranged between the skull mold material and the thin film, the flocking design mount can be pulled out in a state where it is removed from the skull mold material after the flocking.
9. In this proposal, when placing a thin film on the concave side surface of the back of the skull mold material, the proximal end can be exposed to the concave side by puncturing from the outside through the hole with the concave side facing up. The hair tip side can be brought out to the surface as it is when the refractive and synthetic resin film is formed in the state of being stabbed, the hair transplantation state is fixed, pulled out and removed. In this case, when the flocking design mount is arranged between the skull mold material and the thin film, the flocking design mount can be pulled out in a state where it is removed from the skull mold material after the flocking.

10. In this proposal, if a hair material having a bent base end is prepared before stab-planting and this bent-hair material is stabbed, refraction fixation to the thin film becomes easy.
11. The invention according to claim 11 provides a design mount for manufacturing a wig on which a hair flow for facilitating the planting of the hair material is displayed.

12 In this proposal, a hair material that has been bent in advance is provided. The hair growth angle varies depending on the location. By preparing hair material bent in advance at various refraction angles, it is possible to supply a hair material in a refraction state according to the hair transplantation site.

In the wig of the present invention, the hair material made of human hair is aligned so that the cuticle faces the distal end side, is implanted in a thin film, the proximal end side is bent and fixed, and the hair flow centered on the toothpick is applied. A wig formed. The bending direction is mainly the direction opposite to the inclination of the hair flow. The wig of the present invention is a wig that has been planted so that the background can be seen without being planted at the center of the toothpick and a hair flow is formed around this. Each toothpick is formed into a unique spiral shape by the hair flow.
Use a skull-shaped material with many holes to refract the base end side protruding from the thin film and prevent refraction at the hair tip side, and set the hair tip side downward from the hole. Using a heated iron or scissors on the protruding proximal end side, it is pressed against the skull mold material and subjected to a refraction treatment, and in this state, a synthetic resin is further applied to fix the refraction and direction. In particular, it becomes easy to set the refraction angle according to the flocked site by using a large number of perforated skull-shaped materials that imitate the skull.
Therefore, it is possible to provide a wig having a toothpick formed by a hair flow without being planted in the center of the toothpick, and a wig closer to natural hair.
In the wig of the present invention, the hair transplantation part that forms the hair flow centered on the toothpick is a hair material inserted into the thin film, and the other part may be combined with a mesh-like base material.
The wig of the present invention can be applied to a partial wig or a whole wig including a toothpick part. Generally applied to partial wigs.

(About hair flow and toothpick)
The hair is characterized by the direction and inclination of hair growth, and there is a flow of hair with adjacent hairs facing in a certain direction. For example, (1) hair flow in the front direction, (2) flow in the right ear direction, (3) hair flow in the left ear direction, (4) hair flow in the left neckline direction, (5) hair flow in the right neckline direction. 5 (see FIG. 1 (a)). It can also be seen that the hair grows at an angle of 20 to 90 ° from the background of the hair (see FIG. 2). As for the shape of the head, the top of the head is flat to gently inclined, and the inclination is increased from the temporal region to the occipital region (see FIG. 1B). The hair growth angle also differs depending on the location of these heads, and is mainly large at the top of the head and small at the periphery. The entire hair has a hair flow formed by the flow of these hairs and the hair growth angle. In particular, the spiral toothpicks have a distinct hair flow and represent their individuality. In this invention, the wig which comprised the toothpick clearly is provided and the wearer's individuality can be expressed. The center of the toothpick GP, the tip of the jaw, and the top of the ear are usually positioned in a straight line (see FIG. 1B), and a toothpick is often formed at the center of these hair flows. . The inventor seeks the realization of a wig that represents the flow of hair along this original toothpick.
In the course of research, I found out that there are individuality in the shape of the toothpick and the direction of the hair, but it can be basically divided into four types centering on the toothpick. Based on these four basic types, it becomes easy to design a wig to be created by making fine corrections according to the individuality of each wearer. In addition, if there is a basic pattern, the person in charge of production can also standardize the work, which is easy.

  FIG. 3 shows four types of standard hair flow around the toothpick. Small head-oriented hair flow (A type toothpick partial hair flow), large head or female hair flow (B type toothpick partial hair flow), young hair flow (C type toothpick partial hair flow), female orientation Or a large head-oriented hair flow (D type toothpick partial hair flow). In these patterns, there is no flocking instruction at the center of the toothpick.

The hair along the hair flow is associated with factors such as directionality, angle, density, thickness, and color. In the present invention, the thin film 30 corresponding to the scalp is stabbed one by one (20a, 20b,...), And the base end portion 21 which is a portion protruding on the back surface is bent, and the surface side is An inclination direction and an angle are given to the appearing portion, and it is expressed as if it naturally grew from the scalp (see FIG. 4B). Generally, the folding direction of the back surface is opposite to the front surface side. In particular, when it is desired to give a large angle to the flow or when the return elasticity is increased, the rising force can be increased by the spring force by bending in the same direction as the front side.
On the other hand, when the hair is implanted in a U-shape or V-shape, it is difficult to control every hair as described in the prior art. Unnaturalness is seen in the way of growing itself such as different, and the hair density adjustment at a wide interval is one factor of unnaturalness (see FIG. 4C). There is no other way to adjust the direction and inclination of the hair with a permanent.

(About human hair)
In the present invention, human hair is used as the hair material. Human hair varies according to color, shape, cross-sectional shape, thickness, eyelashes, etc., and is used in combination according to the wishes and personality of the wig wearer. The composition of human hair is mainly composed of one kind of protein keratin, and hard keratin among hard and soft. In the cross-sectional structure, the center is a medulla (pilus medulla), the outside is a cuticle (hair epidermis), and the middle is cortex (fur) (see FIG. 4A). The cuticle has a semi-transparent scale-like shape, and overlaps while gradually shifting from the root toward the hair tip. Cuticles affect hair gloss and light reflection, and in natural hair, they overlap in a state of opening from the root side toward the hair tip, and the combs are in good condition from the root side to the hair tip. It is important to align the cuticles because the hair ends upside down from the tip of the hair.

  In the present invention, since natural hair and cuticle are implanted in the thin film in the same direction, gloss and combing are natural. U-shaped and V-shaped flocking has strong resistance to coming off but the cuticle direction is reversed, so that the hairs tend to get entangled with each other and the combing is bad and unnaturalness occurs in gloss and light reflection.

In addition, keratin, which is a protein of human hair, has many amino acids called cystine, and long chains of amino acids are linked by cystine bonds or hydrogen bonds of side chains. The permanent set wrinkles the hair by shifting the position of this cystine bond. The brazing can be performed by shifting the position of the side chain of another hydrogen bond or by heat. The set of hairstyles for the wig is subjected to perm technology, etc. according to the wearer's preference. In the present invention, each hair material is oriented and provided with an angle at the stage of flocking, and further, cut, permanent finish, etc. can be applied according to the wearer. Artificial hair using thermoplastic synthetic fiber as a hair material can be heat-deformed and brazed, and can be melted at a high temperature. Can also be formed. However, it is difficult to form a cuticle.
As the hair material used in the present invention, a bent hair material whose base end portion is preliminarily refracted in advance can be used. For example, it is a bristle material with a bend as shown in FIG. Various bending degrees can be prepared, and an appropriate bent hair material can be implanted according to the design of the hair flow.

(About manufacturing method)
1. A hair flow design mount 40 is created around the toothpick design 41 according to the wearer's personality, and is prepared by superimposing it on the thin film 30 that matches the shape of the head to be worn (see FIG. 5).
2. The hair material 20 to be planted is prepared, and the direction of the hair material to be planted is aligned so that the cuticle faces in the same direction.
3. A skull mold material 50 provided with a large number of holes 53 is prepared and set on a work table 54 (see FIGS. 6A and 6B).
4). The transparent or translucent thin film 30 and the hair flow design mount 40 are overlapped and fixed to the skull mold 50.
5. The hair material 20 is stabbed according to the design and stabbed.
For example, in a state where the hair flow design mount 40 and the thin film 30 are placed on the skull aggregate material 50, the hair material 20 is pierced through the hole 53 from below, and the proximal end portion 21 is pulled out and planted. According to the designed hair flow, the puncture is set as a vertical puncture 43 or an oblique puncture 44 (see FIG. 6D).

6). It is set on the skull mold material 50 so that the hair end side 22 is pulled out from the hole 53, and the proximal end portion 21 of the hair material portion protruding from the thin film is refracted.
For example, in the schematic diagram shown in FIG. 6 (d), since the hair material 20 is stabbed through the hole 53, the hair end side 22 has already been pulled out from the hole 53 during the stab-planting process. A small tip or the like heated to a high temperature is pressed against the proximal end portion 21 of the bristle material, and a refraction process 45 is performed in accordance with the hair flow. Since the skull mold material 50 serves as a receiving surface and can be refracted on the base end side, and the hair end side is not broken, the natural hair growth state can be expressed. The refraction process can be performed part by part during the stab-planting process or can be performed on the whole. As shown in FIG. 6 (d), when stabbed according to the hair flow design from the bottom, it can be partially refracted according to the design. Is easily realized (see FIG. 6D). Contrary to this schematic diagram, puncture may be carried out from the top to the bottom, and in that case, it is necessary to reverse the puncture and pull out the hair tip 22 from the hole 53.
7). After bending, a synthetic resin is applied to the back surface of the thin film.
This resin coating can also be performed partially. Further, as described in 5 above, when the refraction process is performed as needed, a light adhesion process can be performed as a temporary fixing process in accordance with the refraction process.
8). The applied synthetic tree finger surface is heated and pressed to ensure the fixation of the proximal end and complete the flocking.
For example, superheat pressurization is performed by using a small iron like a vortex in the direction of a toothpick as seen from the back, and setting the direction of the base end to fix. Useful to do.

(About various components)
<Thin film>
The thin film is a transparent film made of synthetic resin and serves as the base of the wig. Since a heated trowel or the like is in contact, it has heat resistance. A thermosetting synthetic resin is preferable. The thickness is about 0.05 to 0.2 mm and is not particularly limited. The shape is preferably curved along the shape of the head. A polyurethane resin or a silicon resin film is used. It is transparent or semi-transparent so that the design can be seen because it is stabbed according to the information on the flocking mount. The surface side is preferably a skin finish in order to express a skin feeling. The size of the thin film is large enough to form a hair flow that constitutes the toothpick portion. It can be set according to the design of the wig to be created, whether it is a size that covers the entire surface of the head, or a size of the nail portion and the dividing portion.

<Design mount>
The design pattern is a transparent film or the like where the puncture site is written in a dotted pattern and the hair flow that matches the wearer is entered. The hair flow can be devised so that it is easy to understand by color-coding each of the five basic hair flows described above. For example, a toothpick design 41 suitable for the wearer is performed, and a hair flow design mount 40 is created by configuring the entire flock (see FIG. 5).

<Skull material>
The skull mold member 50 is a curved member shaped like a skull, and has a large number of holes 53 on the entire surface. The material is made of metal or synthetic resin so that it is transparent or transparent. It can also be meshed or punched.
A plurality of sizes are prepared according to the size of the wig to be created (the size of the wearer). Moreover, it is set as the shape which covers the whole scalp part for the wig shape for partial wigs including all the wigs, or the whole head wig.
Since this skull-type material is used for the purpose of placing and fixing a thin film and a mount for design, and piercing and planting the hair material, it is necessary to have a hole formed so as to satisfy the flocking density. Moreover, since the base end part of the protruding hair material is refracted by pushing a high-heat iron or the like, heat resistance and sufficient strength are required.

<Fixed resin>
As the back coating resin, polyurethane resin, silicon resin, or the like can be used. Coloring the skin color is effective in creating a feeling of artificial skin.

<Overall design of flocking design>
An example of the entire wig flocking design is shown in FIG. FIG. 7 is an example using the nail design D pattern of the present invention. The direction of hair transplantation spirally around the toothpick is: (1) frontal hair flow, (2) right ear direction flow, (3) left ear direction hair flow, (4) left neckline hair flow, (5) The hair flow in the 5 direction of the hair flow in the right neck leg direction is shown in a curved line. In this figure, by displaying in color, the hair flow classification becomes clear, and the workability becomes accurate and easy. Further, in the present invention, after hair transplantation, the hair is conditioned and hair-styled according to the wearer's wishes, but after the hair is washed, this hair flow appears, so that the expression is close to a natural hair condition. On the other hand, in the conventional example shown in FIG. 8, the center of the toothpick is displayed as the planting base point, the planting instruction is shown radially from this center point, and the planting of the hair toward the frontal, temporal, and occipital regions is instructed. The hair transplantation based on such an instruction diagram is controlled by shaping the hair after planting. In such a state, it is necessary to quickly arrange the hair after washing.

<L-shaped hair material>
This example is an example of using a hair material that has been refracted by refracting the proximal end of the hair material before planting. FIG. 9 shows an L-shaped hair material 71 that is a hair material that has been refracted in advance. The L-shaped hair material 71a... 71z can be prepared as various angles according to the hair growth of the head hair. When this is stabbed according to the flocking design, the flocking angle and directionality can be easily set.

  The L-shaped hair material 71a... 71z can be prepared as various angles according to the hair growth of the head hair. When this is stabbed according to the flocking design, the flocking angle and directionality can be easily set.

  A means for performing refraction processing is shown in FIG. A bending jig 75 in which a fixed base 75a and an angled fixed base 75b are arranged with a gap therebetween and a movable base 75c is provided below is prepared. The bristle material 70 is sandwiched and fixed in the gap between the fixed base 75a and the angled fixed base 75b, and the movable base 75c is moved and pressed toward the angled fixed base 75b to refract the hair material. If the movable table can be heated, it will be bent and fixed. As a pre-processing for the bending process, if a chemical treatment or the like is applied, a stronger angle can be fixed. Human hair is elastic and difficult to be fixed by refraction. However, if the hair is set before being implanted, the set angle can be made accurate and the accuracy of realizing the implanted design is improved.

  Bending the hair material that has been planted and fixing it to the thin film is elastic to human hair, and skill is required to post-process straight hair that has been stabbed. Since the base end portion 72 of the L-shaped bristle material 71 that has been refracted in advance can easily follow the thin film 30, if the base end portion 72 is pretreated with a hot melt adhesive or the like, the base end portion 72 is put on immediately after stab implantation. Fixing to the state is possible, and it becomes easy to match the direction along the hair flow. The same applies when a hot melt resin is attached to the thin film. In this case, it is also possible to partially apply in the vicinity of clarifying the hair flow of the toothpick.

Tsumuji hair flow schematic diagram (a) Diagram showing the direction of five hair flows, (b) Human head side view Diagram showing hair growth angle The figure which shows a standard hair flow, (a) A type, (b) B type, (c) C type, (d) D type. Human hair enlarged view of human hair state diagram (B) Stitch planting of human hair state diagram, (c) V hair transplantation diagram Thin film and hair flow design mount polymerization diagram Diagram showing the main part of flocking work Figure showing the main part of flocking work and refraction process The present invention D type flocking pattern overall design example Example of conventional flocking instruction diagram Example of L-shaped hair L-shaped hair material creation example Base end refractive adhesive example Conventional example of a toothpick (a) Radial type, (b) Divided part extension type

Explanation of symbols

10 Tsumuji 20 Hair material 21 Base end portion 22 Tip side 30 Thin film 31 Adhesive layer 40 Hair flow design mount 41 Tsumuji design 42 Stinging midway 43 Vertical stabping 44 Oblique stabping 45 Refraction 50 Skull mold 51 Work table 52 Installation hole 53 Hole 54 stand 61 D pattern overall design example 70 hair material 71 L-shaped hair material 72 base end portion 73 hair portion 74 adhesive 75 folding jig 75a fixing stand 75b angled fixing stand 75c movable stand 76 heat bonding 100 conventional flocking instruction example GP Tsumuji center

Claims (1)

Hair material made of human hair is planted on the thin film, and in a wig with a toothpick part,
The center of the toothpick is not flocked,
The hair flow divided into a plurality of systems centering on the toothpick is formed, forming a spiral toothpick as a whole,
The direction of the hair material is aligned so that the cuticle opens the hair tip side,
The base end of the bristle penetrates the thin film and is refracted and fixed.
The hair flow consists of a flocking arrangement and a slope and / or density,
The base end of the hair material is pierced and penetrated through the thin film, and the portion penetrating from the thin film is refracted according to the hair flow and the flocking angle, the hair material is fixed to the thin film, and the hair is swirled without planting at the center of the toothpick. A method of manufacturing a wig in which a toothpick is formed ,
Fill in the hair flow to be created on the design mount, create a design mount for flocking that displays the flow,
Attach a design mount for the initial flocking to the front or back of the transparent or translucent thin film,
The hair material is a direction in which the cuticle opens the hair tip side, the base end of the hair material is pierced through the thin film, and the base end side of the hair material is pierced into the thin film according to the hair flow and the flocking angle ,
The base end portion that penetrates the thin film back surface is pierced, and the inclination direction of the surface side of the hair material by bending in the opposite direction and / or the same direction, imparting a flocked angle matching the hair flow,
A flocked wig characterized by forming a synthetic resin film on the back side without peeling or peeling off the entire or part of the design base for flocking after bending of the entire hair material or partial bending of the hair material Manufacturing method.