KR100899400B1 - Process for producing a wig - Google Patents

Abstract

The total amount of hair to be planted in the wig base 2 is set to be a predetermined density by setting the total amount of hair to be the short hair 3 and the long hair 4, and the proportion of the short hair 3 and the long hair 4 to be planted as a predetermined ratio. First, the long hair to be short hair 3 is planted in the wig base 2 at a predetermined ratio, cut into a predetermined length to be short hair 3, and the long hair (between the short hairs 3) is planted. 4) By planting long hair to be cut into a predetermined length to make the long hair 4, the short hair 3 and the long hair 4 can be planted with a predetermined amount of hair, and the short hair 3 and the long hair ( 4) can be controlled and planted at a preset mixing ratio, and a wig rich in volume can be obtained by standing up the long hair 4 supported by the short hair 3.

Wig base, hair, wig, short hair, long hair.

Description

How to make wigs {PROCESS FOR PRODUCING A WIG}

The present invention can be expressed in the wig base, even if less planted in the base, can be accurately planted in the wig base by controlling the amount of hair to a predetermined predetermined density, the long hair and short hair in a predetermined ratio It relates to a wig obtained by controlling and evenly mixed with a manufacturing method.

BACKGROUND OF THE INVENTION Wigs have been known in the art for varying the length of hair planted in a wig base to obtain a natural appearance. Such a wig 20 is made into a net base by forming a network with the filament 24, for example, as shown in FIG. 8, and the long hair 30a and the short hair 30b are formed on the net base. And hair 30c of medium length. These hairs are bound to the net filament 24 and the knot 26 is formed. In the case of the wig 20 shown in FIG. 8, the hair length, thickness, and color are changed to obtain a natural hair appearance (Japanese Patent Laid-Open No. 63-196705 (FIG. 1)).

Further, in order to obtain a natural hair appearance, Japanese Laid-Open Patent Publication No. 54-14154 discloses a wig in which long hairs and short hairs are alternately arranged.

In a conventional wig, when one, two or three hairs are folded back together at the center, and the folded backs are fastened to the net base, a pair of hairs extending upward from the bound proximal end are left and right at a relatively large angle. It is divided into. The hair split from side to side does not stand upright but lies on the net base and extends along its surface, especially at the leading end of the hair, almost completely lying on the surface of the net base. Therefore, it is difficult to obtain a sense of volume caused by the upright hair, and when the amount of planting is small, the wig base becomes visible.

In addition, in the wig with short hair as in Japanese Unexamined Patent Publication No. 63-196705 (FIG. 1) and Japanese Unexamined Patent Publication No. 54-14154, in order to shorten the length of the short hair to 1 to 3 cm, It is necessary to prepare human hair or artificial hair having a length of about 2 to 6 cm, and fold it twice to 1 to 3 cm as described above. However, if the total length of human hair or artificial hair to be planted is short, in particular in the case of curly hair or frizzle hair, the planting operation becomes very difficult, resulting in a long working time and a decrease in productivity. In particular, if the length of the hair is shorter than 5cm, no matter how skilled, it is impossible to plant in the base of the wig, it is very inefficient because it is necessary to cut long hair and cut about 1 ~ 3cm each time.

Although long hairs are planted in all areas of the base of the wig, and a part of the hair is cut by using scissors to shorten the hair, a method of improving the upright hair is also performed, but the cut area is relatively large, and the short hair part is a specific area. It gathers a lot, short hairs are distributed and arrange | positioned as a whole, and the aesthetics of the external appearance of a wig falls. Therefore, in such a conventional method, it is impossible to precisely define the planting ratio of short hair and long hair.

By the way, when manufacturing a wig, the quantity of planted hair (planting density) may change for every site | part of a wig. For example, the top area can be planted with 100% hair and set around 80% or 70% of hair to give it a natural feel, or 50% of hair can be cut to match the user's hair. Depending on the preference or symptom, such as adjusting the amount of hair, or by adjusting the amount of hair according to the instructions of the customer, it is planted in a specific part of the base of the wig. If the predetermined planting density in a certain area of the wig is set to 70%, for example, when planted at the specified density of 70% from the beginning, it is partially coarsely formed and stained, and also scissors to form short hairs. When is used, it becomes less than a predetermined density or a stain becomes remarkable, and the aesthetics of an external appearance fall. Therefore, first, the technician who planted the hair is planted at 90 to 100% in the base of the wig, and then it is easy to stand up by forming short hairs using scissors, and finally adjusts the overall density to about 70%. This requires extremely difficult work.

In view of the above problems, the first object of the present invention can accurately plant the amount of hair to be planted in the base of a wig according to the density set in advance at the time of wig production, and the like. The ratio of, to a predetermined predetermined ratio, and to control the long hair and short hair to be evenly mixed evenly so that it can be planted in the base of the wig, thus, it is possible to exhibit the desired volume by the upright hair It's about providing a wig.

Further, another object of the present invention is to provide a wig manufacturing method in which a short hair planting work to be planted between hairs is easily performed.

In order to achieve the first object of the present invention, the wig of the present invention comprises a wig base and hair composed of human hair or artificial hairs which are planted on the wig base, wherein the hair is composed of short hair and long hair, And a predetermined amount of hair is planted in the base of the wig, and the short and long hairs are controlled and planted at a predetermined ratio, respectively.

According to the present invention, the short hair and the long hair have different curl diameters, and the short hair is controlled and planted at a rate of 20 to 50% of the amount of hair to be planted in the base of the wig.

According to the above configuration, by planting a predetermined amount of hair (number of pieces) for each specific portion of the wig base, an extremely natural wig is provided that matches the symptoms or is planted with a different amount of hair for each portion of the wig base. . In addition, short hairs and long hairs are controlled and planted at a preset ratio, respectively, so that different hair volumes can be realized for each part, and a wig excellent in hair upright is provided. If the short hair has a curl diameter different from the long hair, and the short hair made by cutting the long hair is arranged between the long hairs at a predetermined ratio, for example, 20 to 50%, the root portion of the long hair is placed by the short hairs located around it. Since it is supported, the upright of the long hair becomes good, and the exposure of the wig base is prevented.

In the above configuration, preferably, the length of the short hair is not constant, the length of each short hair is less than one-half of the long hair, and has a non-uniform hair length distribution in the range of 1 to 5 cm. In this way, since the short hairs can be arranged in different lengths, a predetermined hair length distribution can be formed, and the core can form natural upright hair.

When the short hair is curly hair and the curl diameter of the short hair is smaller than the curl diameter of the long hair, the root portion of the long hair is reliably supported by the short hair with the small curl diameter, and the upright is further improved, and the curl diameter This relatively large mother-in-law curls in a natural state.

When the short hair and the long hair are different colors from each other, the short hair and the long hair are mixed with each other and arranged approximately evenly, so that the respective colors are sufficiently mixed, resulting in a color sensation which cannot be obtained by a conventional planting method, and the gradation of colors is achieved. It is possible to produce. Further, by giving a gradient to the distribution density of the short hairs or giving the length distribution to the short hairs, the color gradation can be more naturally generated.

In addition, when the short hair and the long hair are different from each other, or when thicker hair is used as the short hair, for example, the long hair is more reliably supported by the short hair, so that the long hair is better upright, and the volume of the entire wig is reduced even with a small amount of hair. Can be increased, and the aesthetics of the appearance are improved.

In order to achieve the above another object, the first configuration of the manufacturing method of the wig of the present invention, the first step of planting the hair in the base of the wig, the second step of cutting each hair planted in the first step into short hair of a predetermined length, And a third step of planting the long hairs between the short hairs with respect to the wig base.

According to a second aspect of the method for manufacturing a wig of the present invention, the mixing ratio of the short hair and the long hair to be planted in the wig base is set at a predetermined ratio, and the first hair to be planted in the wig base is to be the short hair set at the predetermined ratio. And a second step of cutting each hair planted in the first step into short hairs of a predetermined length, and a third step of planting hair to be long hairs set at the predetermined ratio between the short hairs of the wig base. It features.

In the above configuration, in the second step, for example, by controlling at a predetermined ratio of 20 to 50% of the amount of hair planted in the base of the wig, hair is formed into short hair, each hair is cut into short hairs of a predetermined length, and then The cutting giving a length distribution is performed. Further preferably, in the second step, the length of each short hair is made uneven in the range of 1 to 5 cm or less and less than one half of the long hair. Further, in the third step, the long hair may be planted by being controlled so as to be a predetermined ratio of the specified density in parallel with the already planted short hair.

According to the first configuration, the hair planted in the wig base in the first step is cut to a predetermined length in the second step to become short hair. Therefore, in the first stage, long hairs which can be easily planted can be planted. Thereafter, by short cutting to a predetermined length in the second step, the short hair can be easily planted at a predetermined ratio, and the work can be performed in a short time, thereby improving production efficiency. When the long hair is planted in the wig base after forming the short hair by the second step, the long hair is controlled and dispersed at a predetermined ratio. Therefore, as in the case of the cutting | disconnection by the conventional scissors, a short hair is not arrange | positioned unevenly, a natural feeling is improved, and it is also possible to provide a gradient by the distribution density of a short hair.

According to the second configuration, in the first step, before planting the hair to be short hair, the mixing ratio of the short hair and the long hair to be planted in the wig base can be adjusted and set appropriately. Planting can be done.

Further, according to the method of the present invention, the hair planted in the wig base is cut to a predetermined length in the second step to become short hair. Therefore, when planting, long hair which can be planted easily can be planted. After that, since it is shortly cut to a predetermined length, in terms of prescribed hair density, short hair can be controlled and planted at a predetermined ratio for long hair, and the planting step can be performed in a short time, thereby improving production efficiency.

According to the present invention, according to the present invention, the amount to be planted in the base of the wig can be controlled to be the desired amount of hair according to the state of hair loss or by consultation with the user, and the distribution of long hair and short hair and The length distribution of the short hair can also be arbitrarily designed and adjusted freely, so that a wig can be manufactured according to the detailed requirements of the user.

1 is a perspective view schematically showing the configuration of a wig according to a first embodiment of the present invention.

FIG. 2 is an enlarged view schematically showing the configuration of the wig of FIG. 1.

Figure 3 is a cross-sectional view schematically showing each step in turn according to an embodiment of the manufacturing method of the wig of the present invention.

4 is a schematic diagram showing a planting pattern of short hairs in the first step of the manufacturing method of the wig of FIG.

FIG. 5 is a schematic view illustrating a planting pattern of a long hair in a third step of the manufacturing method of the wig of FIG. 3.

6 is a schematic view showing the planting state of the short hair and long hair in the manufacturing method of the wig of FIG.

Figure 7 is a schematic diagram showing a modification of the planting state of the short hair and long hair of the wig manufactured according to the present invention.

8 is a schematic view showing a configuration of an example of a conventional wig.

(Explanation of the sign)

1: wig 2: wig base

3: short hair 3a, 4a, 5a: knot

4: mother-in-law 5: short hair

EMBODIMENT OF THE INVENTION Hereinafter, this invention is demonstrated in detail according to the Example shown in drawing.

First, the wig of this invention is demonstrated according to the schematic perspective view shown in FIG. As shown in FIG. 1, the wig 1 includes a wig base 2 mounted on a user's head, and hair composed of human hair or artificial hairs planted on the wig base 2, and the hair is short hair 3. And mother-in-law (4).

FIG. 2 is an enlarged view schematically showing the configuration of the wig of FIG. 1. As shown in the figure, the short hair 3 and the long hair 4 are, for example, a lark knot used when connecting a filament or the like to a filament of the wig base 2 using a net member or an intersection thereof, for example. (lark's hitch), wound knot (clove hitch), left and right knots, or by using a known knot method applied them. In the figure, the knots of the short hair 3 and the long hair 4 are 3a and 4a, respectively.

The planted by mixing the short hair 3 and the long hair 4 in the wig base 2 is the same as the known technique, but conventionally, since the short hair is formed by scissors by a subsequent step, the short hair may be randomly disposed with respect to the long hair. There was no choice but to. In contrast, in the wig 1 of the present invention, the short hair 3 and the long hair 4 can be planted in the wig base 2 in a predetermined amount of hair with respect to the wig base 2. The short hairs 3 and the long hairs 4 can be controlled and planted at a predetermined ratio set in advance, respectively.

That is, in the present invention, how to set the total hair density (or number) of the long hair and the short hair, what hair density distribution to plant in which area of the base of the wig, etc. It can be set strictly by consultation with.

In addition, in the total hair density distribution set as described above, how can the volume ratio of the long hair 4 and the short hair 3 be distributed to give a sense of volume to the hair and to what part of the hair at what ratio In the case of designing the wig 1, whether or not to mix (3) or set the length of the short hair 3 to the length of the short hairs 3 according to the site, while observing the state of hair loss and thin hair, By detailed discussion with, it is possible to strictly control the hair transplantation amount to the wig base 2 to the desired amount of hair, and also the distribution of the long hair 4 and the short hair 3 and the length distribution of the short hair 3. The design can be arbitrarily and freely adjusted according to the user's consultation or the desired design.

Here, the specified density means the hair density (hair amount) of the total number of short hairs 3 and long hairs 4 actually planted with respect to the total amount of hairs (the total number of hairs) that can be planted in the wig base 2. As described above, it is possible to precisely set the design of the wig. The predetermined ratio is the number of short hairs 3 and 4 in the specific hair transplantation area of the wig base with respect to the total number of hairs of the short hairs 3 and long hairs 4 to be planted, which are determined by the prescribed density. Ratio, ie mixing ratio.

In the present invention, the short hair 3 and the long hair 4 are planted in the wig base 2 in a predetermined amount of hair set in advance. And the short hair 3 and the long hair 4 are controlled and planted by the predetermined ratio determined at the time of wig design. In this way, the short hair 3 is arrange | positioned between the long hairs 4, adjusting the volume feeling of the whole, and the root part of the long hair 4 is supported by the short hair 3 located around it, and the long hair 4 While the upright becomes good, the exposure of the wig base 2 is prevented.

In addition, since the short hairs 3 are properly dispersed, the short hairs 3 are not disposed unevenly as in the case of cutting with conventional scissors, and the natural feeling is improved, and the gradient of the short hairs 3 is improved. It is also possible to provide.

The length of the short hair 3 is not constant, but may have hair length distribution. In this case, hair length distribution can be formed so that the length of each short hair 3 may differ. Thus, it is possible for the shim to form natural upright hair.

Curly hair may be used as the short hair 3. The long hair 4 may be curly hair having a curl diameter larger than that of the straight hair or the short hair 3. In the case where the short hair 3 is curly hair, when the root portion of the long hair 4 is supported by the short hair 3, the short hair 3 made of curly hair having a relatively small curl diameter is more reliable. It is supported so that the upright becomes even better, and the long hair 4 having a relatively large curl diameter is curled in a natural state.

The short hair 3 and the long hair 4 may be colors different from each other. In this case, the short hairs 3 and the long hairs 4 are mixed with each other and are arranged approximately equally, whereby the respective colors are sufficiently mixed to produce a color sensation which cannot be obtained by a conventional planting method, and at the same time, to generate gradation of colors. It is possible. In addition, when gradient is given by the distribution density of the short hair 3, or length distribution is given to the short hair 3, color gradation can be produced | generated more naturally.

The short hair 3 and the long hair 4 can also use the thing of mutually different thickness. For example, when thicker hair is used as the short hair 3, the long hair 4 is more reliably supported by the short hair 3 so that the long hair 4 is upright, and thus the volume of the hair planted in the wig is increased. Increases.

It is preferable to control and plant short hair in the ratio of 20-50% of the hair quantity planted in the said wig base 2. When this ratio is 20% or less, the upright hair is reduced. On the other hand, when this ratio is 50% or more, since there is little long hair and the volume of hair falls, it is unpreferable.

Here, the wig base 2 can be formed by combining the net member and the artificial skin, or a combination of the artificial skin and the net member. As the material of the net member having a mesh, a woven or knitted one made of monofilament made of synthetic resin such as nylon or polyester, or a non-woven one can be used. . As the material of artificial skin, for example, a soft synthetic resin such as urethane resin can be used. It is more preferable that a shine erasing treatment is performed on the wig base 2 to remove the glossiness of the surface of the wig 1.

In order to attach the hair to the wig base 2 made of the net member according to the above embodiment, for example, the filament constituting the net member or its intersection, one or two or three hairs twice in the center A loop is formed, a pair of free ends of the hair is inserted and pulled out of the loop, and if necessary, one of the pair of hair is knotted and fixed in a double or triple manner to the other hair. In addition, when a wig base consists of artificial skin, what is called a V planting method which only penetrates and pulls out hair through this artificial skin may be used, and other well-known methods may be used.

According to the wig 1 of the present invention, the short hair 3 and the long hair 4 are planted in the wig base 2 in a predetermined amount of hair set in advance, and the short hair 3 and the long hair 4 are Each is controlled and planted at a predetermined ratio set in advance. Therefore, it is possible to provide the amount of hair and the flow of hair corresponding to various hair styles, and the hair can be upright, and it is possible to provide a very excellent wig with a sense of volume.

Next, the manufacturing method of the wig of this invention is demonstrated.

3 is a cross-sectional view schematically showing each step in turn according to an embodiment of the method for manufacturing a wig of the present invention.

First, as shown in FIG. 3A, a wig base 2 similar to the shape of a user's head, or a wig base 2 formed corresponding to the shape of a user's head is prepared. In the case of illustration, the wig base 2 is demonstrated as a net base which comprised the monofilament which consists of synthetic resin from the plain net member.

As shown in Fig. 3B, in the first step, curly hair having a relatively small curl diameter is planted as the short hair 5 with respect to the net base 2. The length of the hair 5 to be initially planted is made sufficiently longer than the length of the defined short hair 3 to facilitate the planting work. This length is basically the same length as the long hair 4, but a longer or shorter length may be used.

The hair 5 for short hair 3 is planted in the longitudinal filament of the net base 2, or its intersection. The hair 5 hangs a specific hooking needle, for example, on the return folded part of each hair which folds the center part of one, two or three hairs 5 twice and pairs it. It is planted by forming a knot 5a in the net base 2.

FIG. 4 is a schematic view showing a pattern for planting short hairs at a predetermined density in the first step of the manufacturing method of the wig of FIG. 3. In FIG. 4, although it is applicable also to an artificial skin base other than a net base, suppose the position where a cross | intersection of a longitudinal and a horizontal plants hair is shown virtually. When the hair is planted at all of these intersections, the specified density is 100%. As shown in the drawing, the hair 5 (white circle (○ mark) in the drawing), which should be short hair, is planted at an intersection to have a predetermined density. The short hair 5 is planted at a predetermined ratio in consideration of the user's hairstyle, the flow of hair, and the like.

In this embodiment, it is planted so as to have a predetermined prescribed density, for example, the amount of hair is 70%. Here, when the prescribed density is explained using FIG. 4, when the hair is planted in all the intersections of a net base as mentioned above as 100% of the specified density, in FIG. 4, there are 49 intersections of a net base, and all If you plant your hair in a 100%. Thus, to make the specified density 70%, the hair is planted at 70% of the 49 points, that is, 34 points. In the 70% prescribed density, when the predetermined ratio of the long hair 4 and the short hair 3 is set to 50%, each of the long hair 4 and the short hair 3 has a hair having a specified density of 70%. Half of the number, that is, 35% of the prescribed density, 17 long hairs and 17 short hairs, respectively, are planted in the net base 2. Although the planting position of the short hair 3 and the long hair 4 is set so that it may not be deflected evenly, you may set suitably according to the style of the wig 1.

When the amount of hair is set and the mixing ratio between the long hair 4 and the short hair 3 is set, for example, the hair loss state of the user's hair region is examined, and the user's hairstyle and hair flow are also provided. In consideration of the above, at the time of designing the wig 1, a desired amount of hair, an upright distribution, and the like are defined. For example, in order to stand up from the forehead to the top of the head, the ratio of the short hair to the long hair is set to 50%, and from the top of the head to the back and the side of the head, 20 to 35% is appropriately defined. It is possible.

Subsequently, as shown in Fig. 3 (c), in the second step, the hair 5, which is short hair, which is planted in the wig base 2, is cut by scissors with a predetermined length, for example, about 1 to 3 cm. It is molded into short hairs (3).

In the case of forming the short hair 3, first, in the first step, a relatively long hair 5 (for example, about 20 cm in total length) before cutting to be short hair is planted with respect to the wig base 2. In this case, if one or two or three hairs having a length of about 20 cm are folded twice in the center to form a loop, the free ends of a pair of hairs are inserted and knotted in this loop while being wound on the filament, About 10 cm of hair is paired and planted in the net base. In this way, the hair 5 to be short hair is repeated in a predetermined number and in a predetermined distribution pattern, and the hair transplantation operation is repeated and planted at a predetermined density, which is then cut to a predetermined length, for example, about 1 to 3 cm. As a result, it is formed as the short hair 3 of a predetermined length.

Thus, since the hair 5 which should be short hair can be planted in the state of long hair, mounting work is easy even if it is not skilled technician, and a planting step can be performed in a short time, and production efficiency improves. Since the short hairs 3 are planted in a predetermined distribution, they are not disposed unevenly as in the case of the short hair cut by the conventional scissors, and according to the original design, the natural feeling is improved.

It is possible to form a hair length distribution without cutting the short hair 3 to a constant length. In this case, since the clipper is cut inclined with respect to the hair 5, for example, the hair length distribution of the short hair which differs in length can be formed. When the length distribution of the short hair is appropriately formed in this way, the volume feeling by the upright hair of a long hair achieves a more natural feeling.

In the third step, as shown in FIG. 3 (d), the curly hair with a relatively large straight hair or curl diameter with respect to the wig base 2 is the long hair 4, similar to the short hair. It is planted by forming a knot 4a. The long hair 4 may be the same color and the same thickness as the hair 5 which becomes short hair, or may use the hair of the same series color or a completely different hue or color in order to enrich fashion.

Fig. 5 is a schematic diagram showing a long hair planting pattern in the third step. In FIG. 5, the dotted line shows the filament of the net base 2, and the long hair 4 (black circle in a figure) is knotted at the intersection of a filament. As shown in the figure, the long hair 4 is planted in parallel with the short hair 3 so as to have a prescribed density, for example, 70%.

When the predetermined ratio between the long hair 4 and the short hair 3 is set to 50%, the long hair 4 is half the amount of hair (the number of hairs) having a specified density of 70%, that is, at 35% which is the specified density. Planted in 2). This long hair 4 is also planted in a predetermined distribution pattern set in the same manner as in the short hair 3.

Finally, the produced wig is worn on the user's head, and the long hair is cut to the required length and haircut, thereby obtaining a wig of a predetermined hairstyle that is upright and rich in volume with the desired amount of hair of the user.

As described above, according to the present invention, the total amount of planting for the wig base 2 of the hair to be the short hair 3 and the long hair 4 is set to a predetermined density, and the short hair 3 and the long hair are The planting ratio of (4) was set as a predetermined ratio, and first, long hairs which should become the short hairs 3 were planted in the wig base 2 at the predetermined ratios, cut into predetermined lengths to be short hairs 3. Then, by planting long hair which should be the long hair 4 between the planted short hairs 3 and cutting it to a predetermined length to make the long hair 4, the short hair 3 and the long hair 4 are planted by the preset hair quantity. The short hair 3 and the long hair 4 can be controlled and planted at a predetermined mixing ratio, respectively, so that the long hair 4 supported by the short hair 3 can be erected to provide a wig rich in volume.

6 is a schematic view showing the planting state of the short hair and long hair in the manufacturing method of the wig of FIG. As shown in Fig. 6, in the wig 1 manufactured according to the present invention, since the short hair 3 and the long hair 4 are respectively planted with the specified density, 35% in this example, with respect to the wig base 2; In addition, planting is carried out at the specified density of 70% as a whole. Since the periphery of the root part is supported by the short hair 3 planted in the vicinity of the long hair 4, the long hair 4 is prevented from being restrained, and the upright becomes favorable, and a feeling of volume can be obtained, By the presence of (3), exposure of the wig base 2 is prevented and the aesthetics of an external appearance improve.

7 is a schematic diagram showing a modification of the planting state of the short hair 3 and the long hair 4 of the wig 1 obtained according to the second embodiment of the present invention. In the wig manufactured by the above-described second embodiment, as shown in Fig. 6, the short hair 3 and the long hair 4 are each sown at a density of 35% of the specified density. On the other hand, in the wig shown in FIG. 7, the specified densities of the short hair 3 and the long hair 4 are 70% of which the wig base 2 is hard to be exposed to, as in the case of FIG. 6, and the long hair 4 and the short hair ( The case where the predetermined ratio of 3) is set to 70% and 30%, respectively, is shown. Therefore, the long hair 4 and the short hair 3 are planted by the prescribed density of 49% and 21%, respectively.

Thus, in the 70% prescribed density aspect, when the predetermined ratio of long hair and short hair is adjusted, and the density of the long hair 4 is made high with respect to the 50% predetermined ratio shown in FIG. 6, the presence of the short hair 3 will exist. As a result, the uprightness of the long hair 4 is good, and the natural feeling is improved, and the effect that the wig base 2 is not exposed as a whole becomes greater.

In the above-mentioned embodiment, although the wig base 2 is comprised as a net base, it is not limited to this, An artificial skin base may be sufficient. In addition, in the above-described embodiment, the short hairs 3 and the long hairs 4 have the same color and the same thickness, and the curl diameters thereof are different from each other, but the present invention is not limited thereto, and the short hairs 3 and the long hairs 4 Different colors and different thicknesses may be used, and color difference, volume, and the like, which are not obtained by the conventional planting method, are obtained by these differences, and the natural or fashion properties are improved.

(Example 1)

As Example 1, a wig 1 according to the present invention was prepared.

Using a gypsum-shaped gypsum of the head shape of a wig-subjector prepared in advance, coating a net made of synthetic resin such as nylon and polyester, applying a thermosetting resin solution, and then heating to about 100 ° C. to form a curved shape. It shape | molded and produced the net base 2 used as a wig base.

As a first step, about 30 cm long hair 5 having a relatively small curl diameter was planted in the longitudinal filament of the net base 2 and its intersection with respect to the net base 2. The hair 5 was planted by hooking a dedicated needle to the folded back portion of each pair of hairs by folding the central portion of one hair 5 twice and forming a knot 5a on the net base 2. . These initially planted hairs 5 are 15 cm long, the same as the long hairs 4. Since the planting area of the net base 2 was set to 300 cm <^2> and the prescribed density was 70%, the weight of the hair of 15 cm in length was 50 g. In addition, since the predetermined ratio of the number of hairs of the short hair 3 was prescribed | regulated as 50%, the weight of the hair 5 initially planted was about 25 g.

As a second step, in order to make the hair 5 planted in the net base 2 into the short hair 3, it was cut | disconnected with the clipper so that it might become 3 cm. Moreover, the length of the short hair 3 was made into 1-3 cm by lengthening the length of the short hair 3 to 1 cm by arrange | positioning the short hair cut | disconnected by this 3 cm at the predetermined width, and cutting in the diagonal direction with a clipper.

As a third step, with respect to the net base 2, the curled hair having a relatively large curl diameter having a total length of about 30 cm is folded twice, knotted at a predetermined mounting position, and the long hair 4 having a length of 15 cm is attached. Plant it.

Here, the short hair 3 and the long hair 4 are the same black, and artificial hair which consists of nylon filaments of the same thickness is used. The predetermined ratio of the long hair 4 was planted between the short hairs 3 at predetermined intervals with a predetermined ratio as 50%, similar to the short hair.

(Example 2)

A wig 1 according to the present invention as in Example 1 was prepared except that the predetermined ratios of the short hair 3 and the long hair 4 were 33% and 67%, respectively.

(Example 3)

A wig 1 according to the present invention as in Example 2 was prepared except that the color of the short hair 3 was dark brown and the color of the long hair 4 was light brown.

(Comparative Example)

In order to make a short hair of 3 cm in length, a hair material having a total length of 6 cm is used, and this must be folded twice and planted in a wig base, so that even a skilled technician needs considerable time to plant it. Thus, after planting using a hair of 30cm in length, a wig having a short hair was produced by a conventional method of making short hair with scissors. In this case, in consideration of the occurrence of staining by scissors, usually 20-30% more than the specified density is planted. In this example, in order to make the specified density 70% as in Example 1, planted at a density of 90% Then, it cut | disconnected by visual observation to about 70% using scissors.

The planting time of the wig of this comparative example required a time increased by 20% with respect to the time of Example 1.

Next, the external appearance inspection of Examples 1-3 and a comparative example was done.

Also in the case of any of the wigs of Examples 1 to 3, it was found that the erected hair was remarkable compared to the comparative example, and because there was a three-dimensional feeling, the appearance aesthetic was excellent. In contrast, in the case of the comparative example, the core had almost no upright hair. Moreover, in the wig 1 of Examples 1-3, when the short hair 3 was cut | disconnected and the length distribution was formed, it turned out that a natural feeling increases.

In the wigs of Examples 2 and 3, the percentage of planting of the short hairs 3 was small (33%) relative to the wig of Example 1, but compared with the wig of Example 1, the appearance of the wig was upright and natural. I found that the sense of beauty was excellent.

In the case of Example 3, since the short hair 3 is dark brown and the long hair 4 is light brown, in addition to the improvement of a feeling of volume, the short hair 3 and the long hair 4 are mutually mixed and arrange | positioned substantially equally, The roots close to the scalp were dark in color, and the tip of the hair was light brown, and the respective colors were sufficiently mixed, resulting in a color that cannot be obtained by the conventional planting method, and producing excellent gradation.

As mentioned above, although preferred embodiment of this invention was described, this invention is not limited only to the illustrated embodiment, A change etc. are possible suitably within the scope of this invention. In addition, the specific numerical value etc. which were demonstrated in the said Example can be changed suitably as needed.

In addition, the wig base 2 is not limited to a net base, You may use the base of artificial skin. If the wig base of an artificial skin is apply | coated, dried, and shape | molded to the gypsum shape of the head shape of the wig adherent previously prepared, and predetermined | prescribed thickness, the wig base 2 of the excellent artificial skin agent can be produced. In the wig base 2 of the artificial skin, short hair and long hair are controlled and mounted at a predetermined density and at a predetermined ratio, the predetermined density and the distribution patterns of the short hair and long hair are displayed on the back of the artificial skin. After filling in the sheets, the sheets of paper are glued to the male pattern of the head shape, the artificial skin base is superimposed thereon, and planted in the artificial skin base according to the distribution pattern visible through the artificial skin base. The efficiency is improved. And according to such a pattern, it becomes possible to manufacture substantially the same number of wigs as desired.

According to the wig of the present invention, the short hair and the long hair planted in the base of the wig are controlled and planted at a predetermined mixing ratio, so that it is possible to provide an extremely good wig with good hair upright and having a sense of volume.

According to the manufacturing method of the wig of this invention, since long hair which is easy to plant is controlled and planted by a preset ratio, it cut | disconnects and forms short hair, and therefore, a wig which has short hair and long hair can be manufactured easily in a short time. .

In addition, according to the present invention, at the time of designing a wig, the hair density (number) to be planted in the wig base can be determined at a predetermined predetermined density for each part of the wig base. In addition, it is possible to plant by controlling the planting position strictly at a predetermined ratio in which the mixing ratio of the short hair and the long hair is preset. Therefore, it is possible to efficiently carry out hair transplantation operations, and it is possible to provide a plurality of wigs having the same hair quantity and hair distribution, and substantially the same aesthetic sense of upright or appearance, so that the user can maintain the same wig as a spare. do.

According to the present invention, when designing a wig, it is possible to strictly control the amount of hair transplantation to the base of the wig to the desired amount of hair according to the state of hair loss or by consultation with the user, and the distribution of long hair and short hair and The length distribution of the short hair can be arbitrarily and freely designed and adjusted according to the user's consultation and desired design in advance, so that a wig can be produced in accordance with the detailed requirements of the user.

Claims (22)

delete delete delete delete delete delete delete delete delete The total hair density of the short and long hairs is set in advance in the wig base, at the implanted position at which the total wig density distribution is set, at the predetermined position at the predetermined position in the short and long hairs, and at a predetermined predetermined mixing ratio. In the manufacturing method of the wig planted by controlling according to the distribution pattern is configured, Hair which is to be short hair and at least longer than the short hair is controlled according to the distribution pattern so as to have a predetermined density set in advance according to the total hair density distribution with respect to the wig base and a predetermined mixing ratio set in advance. Planting first step, A second step of cutting each hair planted in the first step into short hairs of a predetermined length, and After the second step, the planted hair is controlled and planted according to the distribution pattern so that the hair to be long hair is controlled to a predetermined density according to the total hair density distribution and to a predetermined mixing ratio. step Wig manufacturing method comprising a. The method of claim 10, A wig manufacturing method which sets the density distribution which transplants the said short hair and long hair for every specific part of a wig base. delete delete The method of claim 10, The wig manufacturing method of planting by controlling so that the ratio with respect to the long hair of the said short hair may be 20-50% of the quantity of hair planted in the said wig base. The method of claim 10, In the second step, the wig manufacturing method which performs a cutting which gives a non-uniform hair length distribution to each hair. The method of claim 10, In the second step, the length of each of the short hair is less than half of the long hair, non-uniform in the range of 1 to 5 cm, wig manufacturing method. The method of claim 10, In the third step, the long hair is planted by controlling at a predetermined mixing ratio so as to have a predetermined total hair density distribution in parallel with the already planted short hair. The method of claim 10, Wherein said long hair is straight or curly hair and said short hair has a curl diameter smaller than said long hair. The method of claim 10, The short hair and long hair are different from each other, the wig manufacturing method. The method of claim 10, The short hair and the long hair are different thicknesses, wig manufacturing method. The method of claim 10, A wig manufacturing method which comprises the said wig base from artificial skin which consists of soft synthetic resins. The method of claim 10, The whole or at least one part of the said wig base consists of a net member.

Images