JP2017172087A - Hairpiece producing method and hairpiece - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a hairpiece producing method and a hairpiece in which a hairpiece which has a configuration that it comprises a plurality of bases and it is adjusted to a head part of a wearer may be produced in a short time period.SOLUTION: The hairpiece producing method is a hairpiece producing method for producing a hairpiece comprising a first base and a second base arranged over entire hairpiece, which comprises a step of transplanting hair on the first base (step S1: first base transplantation step) and a step of forming second base so as to have a curve surface (step S2: second base forming step) and a step of fixing the first base on which the hair is transplanted onto the second base from outside of the second base (step S4: base fixation step).SELECTED DRAWING: Figure 1

Description

  The present invention relates to a method for manufacturing a wig having a plurality of bases, and a wig.

  Conventionally, wigs are known in which hair is implanted in a net-like base mesh, and in which hair is implanted in an artificial skin base formed by molding a synthetic resin material of the skin color of the wig wearer. ing.

  In addition, a wig is proposed in which hair is implanted on a net-like base that is embedded on an artificial skin base (see, for example, Patent Document 1).

Japanese Utility Model Publication No. 48-6945

  By the way, when manufacturing custom-made wigs that are not off-the-shelf products, the same shape as the wearer's head is used to form an artificial skin base or net-like base using a mold that matches the wearer's head. Alternatively, a process of manufacturing a mold so as to have a close shape or a process of selecting a suitable mold from a plurality of types of molds is performed.

  And after shape | molding an artificial skin base or a net-like base using said type | mold, the process of implanting hair in an artificial skin base or a net-like base is performed. In addition, if it shape | molds after hair is implanted, hair will be damaged by the heat | fever at the time of shaping | molding. In the above-described hair transplantation process, a craftsman implants hair one by one. Therefore, it takes time for the hair transplantation process, so that a wig cannot be manufactured in a short period of time.

  The objective of this invention is providing the manufacturing method and wig of the wig which can manufacture the wig of the shape match | combined with the wearer's head in a short period of time.

  In one aspect, a method of manufacturing a wig is a method of manufacturing a wig that includes a first base and a second base arranged over the entire wig, and the hair is applied to the first base. Fixing the first base on which the hair has been implanted to the second base from the outside of the second base. And a step of performing.

In the wig manufacturing method, in the step of implanting the hair on the first base, the hair may be implanted on the first base having a curved surface shape.
In the wig manufacturing method, in the step of forming the second base in a curved shape, the second base may be formed on a mold having a shape that matches the head of the wearer of the wig.

  In the wig manufacturing method, in the step of fixing the first base from the outside of the second base, the first base is fixed from the outside of the second base located on the mold. Good.

In the wig manufacturing method, the first base may be a net-like base, and the second base may be an artificial skin base formed by molding a synthetic resin material.
In another aspect, the wig includes a first base in which hair is implanted, and a second base in which the first base is formed into a curved shape independently of the first base, and the first base is fixed from the outside. And comprising.

  In the wig, the first base may be a net base, and the second base may be an artificial skin base formed by molding a synthetic resin material.

  ADVANTAGE OF THE INVENTION According to this invention, the wig of the shape match | combined with the wearer's head can be manufactured in a short time.

It is process drawing for demonstrating the manufacturing method of the wig which concerns on one embodiment of this invention. (A)-(e) is a perspective view for demonstrating the manufacturing method of the wig which concerns on one embodiment of this invention. It is sectional drawing which shows a part of wig which concerns on one embodiment of this invention.

Hereinafter, a wig manufacturing method and a wig according to an embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a process diagram for explaining a wig manufacturing method according to the present embodiment.

2A to 2E are perspective views for explaining a method of manufacturing a wig according to the present embodiment.
First, as shown in FIG. 2A, the hair 30 is implanted by, for example, the eyelid needle 103 on the net-like base 10 which is an example of the first base located on the first mold 101 (step S1: First base flocking process). Since the net-like base 10 on which the hair 30 is implanted is fixed to the artificial skin base 20 in a base fixing step S4 described later, it is preferable to stock it in advance.

  The net-like base 10 has a curved surface like the shape of the head of the wearer of the wig in advance, and is placed on the first mold 101, but the hair 30 is placed on the first mold 101. It may be formed into a curved surface before being implanted. If the net-like base 10 is formed into a curved surface after the hair 30 has been implanted, the hair 30 will be damaged by the heat during molding. The net-like base 10 is fixed on the artificial skin base 20 formed by molding a synthetic resin material and does not contact the scalp of the wearer of the wig, so that it contacts the scalp of the wearer of the wig. The artificial skin base 20 does not have to be as particular as the shape. For example, the hair 30 may be implanted into the planar net-like base 10, and the planar net-like base 10 may be fixed to the artificial skin base 20.

  The first base on which the hair 30 is implanted is preferably the net-like base 10, but may be another base such as an artificial skin base. The hair 30 is, for example, artificial hair, but may be hair other than artificial hair such as processed human hair.

  Next, as shown in FIG. 2B, an artificial skin material (synthetic resin material) such as polyurethane constituting an artificial skin base 20 which is an example of the second base from a container 104 on the second mold 102, for example. ) Is supplied and the artificial skin material is dried, so that the artificial skin base 20 is molded into a curved surface (step S2: second base molding step).

  The second mold 102 may have the same shape as the first mold 101, but it is desirable to exhibit a shape that matches the head of the wearer of the wig. As described above, the second mold 102 having a shape adapted to the head of the wearer of the wig may be individually manufactured to match the shape of the head of the wearer of the wig, or there are a plurality of types. A suitable mold may be selected from the molds.

  The artificial skin material of the artificial skin base 20 is not limited to polyurethane, but may be other synthetic resin materials. Further, it is desirable that the artificial skin base 20 exhibits a color similar to the color of the wig wearer's skin. The second base formed into a curved surface is preferably the above-mentioned artificial skin base, but may be another base such as a net-like base. When the second base is a net-like base, the curved or flat net base is molded on the second mold 102 so as to be deformed into a shape that matches the wearer's head. Good.

  The second base molding step S2 can be performed in parallel with the first base flocking step S1, but in particular, the second mold 102 is molded into a shape that matches the head of the wearer of the wig. In some cases, the second base molding step S2 such as the manufacture or selection of the second mold 102 takes time, so the first base flocking step S1 is performed in advance, and the net-like base 10 on which the hair 30 is flocked is obtained. It is desirable to be stocked.

Next, as shown in FIG. 2C, the molding agent 40 is applied to the artificial skin base 20 formed into a curved surface using, for example, a brush 105 (step S3: molding agent application step).
The molding agent 40 may be any known material applied to maintain the shape of the artificial skin base 20, but also functions as an adhesive layer for bonding the net-like base 10 and the artificial skin base 20 together. Note that an adhesive may be applied instead of the molding agent 40 for bonding the net-like base 10 and the artificial skin base 20 described later, or the adhesive may be applied after the molding agent 40 is applied. It may be applied. Further, when the shape of the artificial skin base 20 is maintained without requiring application of a molding agent, the molding agent application step S3 can be omitted.

  Next, the net-like base 10 on which the hair 30 is implanted is bonded to the artificial skin base 20 to which the molding agent 40 is applied from the outside of the artificial skin base 20 (step S4: base fixing step). This base fixing step S4 is desirably performed without removing the second mold 102 molded on the second mold 102 as it is from the viewpoint of shortening the manufacturing period. The net-like base 10 and the artificial skin base 20 may be fixed by, for example, sewing, and the fixing method is not limited to bonding. In addition, the net-like base 10 may be fixed while the second base is being molded (for example, during drying) in the second base molding step S2. Further, after the planar artificial skin base 20 is molded, the artificial skin base 20 may be molded into a curved surface on the second mold 102 in the base fixing step S4 using the release agent 40 or the like.

  Here, the artificial skin base 20 is easy to cut after bonding because the hair 30 is not implanted. Therefore, the artificial skin base 20 is formed larger than the size cut out as a wig. In addition, the net-like base 10 is formed to have a size that covers the entire wig, or a size that is greater than or equal to the size of the entire wig to be cut later.

  Next, the net-like base 10 and the artificial skin base 20 bonded together by the molding agent 40 are dried, for example, for 12 hours while being fixed on the second mold 102 by, for example, a pin (not shown) (step S5: Drying step). This drying step can be omitted when the net-like base 10 and the artificial skin base 20 are fixed by sewing.

  Thereafter, the net-like base 10 and the artificial skin base 20 bonded together by the molding agent 40 are removed from the second mold 102. In addition, before or after the removal, the artificial skin base 20 and the net-like base 10 are appropriately cut according to the size arranged over the entire wig.

FIG. 3 is a cross-sectional view showing a part of the wig 1 according to the present embodiment.
In the wig 1 manufactured through the above-described steps, as shown in FIG. 3, the net-like base 10 is positioned on the artificial skin base 20, and the molding agent 40 includes the net-like base 10, the artificial skin base 20, and the like. It functions as an adhesive layer for bonding together. The shape of the wig 1 is arbitrary. For example, the wig 1 may be a whole wig arranged on the entire head of the wearer, a partial wig arranged on a part of the head, or the like.

  The molding agent 40 covers the entire net-like base 10 and covers the knot 31 of the hair 30 to prevent the net-like base 10 and the knot 31 from being exposed to the outside and making the appearance of the wig 1 unnatural. In addition, it is possible to prevent the knot 31 from being broken and the direction of the hair 30 from being directed to a desired direction and the appearance of the wig 1 from becoming unnatural. Therefore, the molding agent 40 desirably covers the entire net base 10 and the knot 31, but may cover only a part of the net base 10 or only a part of the knot 31.

  Since the artificial skin base 20 is formed into a curved surface shape independently of the net-like base 10, when the artificial skin base 20 and the net-like base 10 do not have the same curved shape, that is, the first mold 101. When the second mold 102 and the second mold 102 are not in the same shape, it is possible to recognize a trace in which the net base 10 is expanded or contracted in accordance with the shape of the artificial skin base 20 or a trace in which wrinkles are generated.

  Here, in FIG. 3, since one hair 30 is implanted in the net-like base 10 in a V shape, it is illustrated that there are two hairs. Further, in FIG. 3, only one hair 30 is illustrated, but in reality, more hairs 30 are implanted in the net-like base 10.

  In this Embodiment demonstrated above, the manufacturing method of a wig has the process (step S1: 1st base flocking process) of planting the hair 30 in the net-like base 10 which is an example of a 1st base, and curved surface shape. Artificial skin base 20 formed as a curved surface from the step of molding artificial skin base 20 as an example of the second base (step S2: second base molding step) and net-like base 10 in which hair 30 is implanted. 20, a step of fixing from the outside of the artificial skin base 20 (step S4: base fixing step).

  Therefore, in parallel with the step S2 of forming the artificial skin base 20 in a curved shape, or in advance, the step S1 of implanting the hair 30 on the net-like base 10 can be performed. As described above, when the artificial skin base 20 is molded after the hair 30 is implanted, damage to the hair 30 caused by heat during molding can be avoided, and after the artificial skin base 20 is molded. It is also possible to avoid planting the hair 30. Thereby, it can prevent that the manufacturing time of the wig 1 increases with the time required for the hair transplantation work of the hair 30. FIG. Therefore, according to this Embodiment, the wig 1 of the shape match | combined with the wearer's head can be manufactured in a short period of time.

  Moreover, in this Embodiment, in process S1 in which the hair 30 is planted on the net-shaped base 10, the hair 30 is planted on the net-shaped base 10 which exhibits a curved surface shape. Therefore, it is possible to prevent the net base 10 from expanding and contracting or causing wrinkles in the base fixing step S4 in which the net base 10 is fixed to the artificial skin base 20 by being bonded thereto. Furthermore, since the curved net-like base 10 can be fixed to the artificial skin base 20 more easily than the flat net-like base, the wig 1 can be manufactured in a shorter period of time.

  Further, in the present embodiment, in the second base molding step S2 in which the artificial skin base 20 is molded into a curved surface, the second mold 102, which is a mold shaped to match the wearer's head, is used. Thus, the artificial skin base 20 is formed. Therefore, the artificial skin base 20 can be manufactured according to the desired shape of the wig 1.

  In the present embodiment, in the base fixing step S4 in which the net-shaped base 10 is fixed from the outside of the second base 20, the net-shaped base 10 is placed on the artificial skin base 20 positioned on the second mold 102. Fixed from the outside. Thereby, since the net-like base 10 can be fixed to the artificial skin base 20 before being removed from the second mold 102 while being molded on the second mold 102, the wig 1 is further shortened. Can be manufactured.

  In the present embodiment, an example of the first base on which the hair 30 is implanted is the net-like base 10, and an example of the second base that is molded into a curved surface is an artificial material formed by molding a synthetic resin material. Skin base 20. As a result, the net-like base 10 can more easily implant the hair 30 than the artificial skin base 20, and the artificial skin base 20 can be more easily shaped into a curved surface than the net-like base 10. Therefore, the wig 1 can be manufactured in a much shorter period of time. Furthermore, since the wig 1 includes the artificial skin base 20, the appearance of the wig 1 can be made natural.

1 wig 10 Net base (first base)
20 Artificial skin base (second base)
30 Hair 31 Knot 40 Molding agent (adhesive layer)
101 First mold 102 Second mold 103 Acupuncture needle 104 Container 105 Brush

Claims (7)

A manufacturing method of a wig for manufacturing a wig comprising a first base and a second base arranged over the entire wig,
Implanting hair on the first base;
Forming the second base into a curved surface;
Fixing the first base on which the hair is implanted to the second base from the outside of the second base;
The manufacturing method of the wig characterized by including.   The method of manufacturing a wig according to claim 1, wherein, in the step of implanting the hair on the first base, the hair is implanted on the first base having a curved surface shape.   3. The step of molding the second base into a curved shape includes molding the second base on a mold having a shape that matches the head of the wearer of the wig. The manufacturing method of a wig.   4. The step of fixing the first base from the outside of the second base includes fixing the first base from the outside of the second base located on the mold. The manufacturing method of the wig described. The first base is a net-like base;
The second base is an artificial skin base formed by molding a synthetic resin material.
The method of manufacturing a wig according to any one of claims 1 to 4, characterized in that: A first base on which hair is implanted;
A second base formed into a curved surface independently of the first base, the first base being fixed from the outside;
A wig characterized by comprising. The first base is a net-like base;
The second base is an artificial skin base formed by molding a synthetic resin material.
The wig according to claim 6, wherein: