JP2012117172A - Wig and method for producing the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a wig capable of forming the shape of natural head hair near the hair whorl, and to provide a method for producing the wig.SOLUTION: This wig includes a cap of a shape along the shape of the head, and hair attached to the cap. A binding part is present in the cap, and the binding part is fixed in the condition of pulling part of the cap to the opposite side of a side attached with the hair. The method for producing the wig includes attaching the hair in a spiral form at least to part of the cap, and forming the binding part by pulling the central part of the hair attached in a spiral form to the opposite side of a side attached with the hair followed by fixing.

Description

  The present invention relates to a wig used on the head and a method for manufacturing the wig.

  There is a demand for hiding thin hair to make you look younger, or to hide the traces of hair loss due to illness, injury, surgery, etc., and various hair growth methods are actively performed. For example, artificial hair or a bundle thereof is directly planted on the scalp, or a plurality of artificial hairs prepared separately are attached to each remaining hair. Since these hair thickening methods require a large amount of work, they are expensive and difficult to maintain.

  There is a method of using a wig instead of the above. Patent Document 1 discloses a technique in which a flexible sheet member with flocking hairs is put on the head, and the remaining hair is stopped by a hair pinching stopper provided on the sheet member. In Patent Document 2, a plurality of ribs are attached to a circular connection rib placed on the head in a skeleton shape, and a large number of hairs are attached to the rib. Pinch. With such a wig, even if it takes a lot of time to wear it, a significant cost reduction can be achieved. For this reason, in addition to the purpose of hiding thinning hair, this type of wig is also increasingly used as a so-called fashionable accessory to change the mood. Has been made.

  FIG. 3 shows a conventional wig. A wig 20 is attached to the head, and the wig 20 has a cap (not shown) having a shape along the head and hair attached to the cap. A natural hairstyle is formed by adjusting the direction of the hair attached to the cap. In FIG. 2, the hair 21 is attached so that the reference numeral 21 is a model imitating a toothpick.

JP-A-10-195706 JP 2002-115115 A

  Interest in wearing wigs is that the natural flow of hair and the overall hairstyle are constructed as if it were your own hair. In this regard, it has been difficult to build a “tsumuji” naturally with conventional wigs. The toothpick is the central part where the hair exists like a spiral. In conventional wigs, the hair near the toothpick, unlike natural hair, has a slight rise in hair (swelling) and becomes somewhat flat overall, which hinders the construction of a natural hairstyle. In view of this, an object of the present invention is to provide a wig capable of building a natural hair shape in the vicinity of a toothpick and a method for manufacturing the wig.

As a result of intensive studies by the inventor, the present invention as described below has been completed.
(1) It has a cap shaped in accordance with the shape of the head and hair attached to the cap, the cap has a binding part, and the binding part is a side where the hair is attached to a part of the cap. A wig that is fixed in a state pulled to the opposite side.
(2) The wig of (1) in which the hair is spirally attached to the cap around the binding portion in the vicinity of the binding portion.
(3) A method of manufacturing a wig for attaching hair to a cap having a shape that conforms to the shape of the head, wherein at least part of the cap is attached in a spiral shape, and the central portion of the hair attached in the spiral shape is attached to the hair. A method for manufacturing a wig, in which a bound portion is formed by pulling and fixing to the side opposite to the attached side.

  According to the present invention, in the vicinity of the binding portion, the cap is pulled to the opposite side of the hair attachment direction, so the normal direction of the hair attachment surface in the cap locally changes to about 90 °. For this reason, unlike the hair of other parts, the hair attached to the cap forms a large angle near the binding portion. Since the hair is generally attached to the overall shape of the cap, a part of the cap is pulled to form a binding portion, so the direction of the hair attached to the pulled site is It will be launched to an angle close to a right angle with respect to a typical shape. Thus, in the vicinity of the binding portion, the hair is maintained in a slightly “standing” state (a raised state). By designing the binding part as the center of the toothpick, a more natural hairstyle can be constructed.

It is a schematic diagram of the state which has equipped the wig of this invention. It is a schematic cross section near the binding part of the wig of the present invention. It is a schematic diagram of the state equipped with the conventional wig.

Hereinafter, the present invention will be described in more detail with reference to the drawings. However, the drawings are for reference, and the scope of the present invention is not limited to the illustrated embodiment.
FIG. 1 is a schematic view of a state in which the wig of the present invention is mounted. The wig 10 is of a type that covers the entire head, and is attached to a cap (not shown) so that the hair vortexes around the nail 11. As shown in FIG. 1, it is important for building a natural hairstyle that the hair is “standing” in the vicinity of the toothpick 11.

  The wig of the present invention has a cap (not shown) and hair attached to the cap. The cap is configured as a shape that follows the shape of the head. The cap has a bundling portion (not shown). The bundling portion is formed by fixing a part of the cap while being pulled to the side opposite to the side on which the hair is attached, that is, the head side. In the wig of FIG. 1, a binding portion is present at a lower side (head side) of the toothpick 11 that is not illustrated.

  FIG. 2 is a schematic cross-sectional view of the vicinity of the binding portion of the wig of the present invention. In the wig 10, the hair 3 is attached to the cap 1. A bundling portion 2 is provided on the opposite side of the nail 11. Since the hair 3 is flexible, the hair 3 is usually oriented in a predetermined direction along the shape of the cap 1, and the flow of the hairstyle is constructed by the large number of hairs 3. In the vicinity of the binding portion 2, the cap 1 to which the hair 3 is attached is pulled and fixed to the head side, that is, the side opposite to the attachment direction of the hair. The direction of the contact surface of the cap 1 in the binding part 2 changes abruptly from the periphery of the binding part 2, so that the hair 3 provided on the cap 1 constituting the binding part 2 follows the direction of the entire cap 1. Instead, it appears to be “raised”.

  The method for forming the binding part 2 is not particularly limited. For example, after the hair 3 is attached to the cap 1, the desired part of the cap 1 is pinched and pulled to the opposite side of the hair attachment direction, and then the part that is picked And sewing with thread etc.

  There is no limitation in particular about the shape and dimension of the binding part 2. As a magnitude | size of the binding part 2, it is 0.5-3 cm, for example, Preferably it is 1-2.5 cm, More preferably, it is 1-2 cm. The size of the binding portion 2 refers to the maximum value of the distance between both ends of the binding portion 2. If it is a magnitude | size of the said grade, the standup | rising of the hair 3 will be easy to be similar to a natural hair shape.

  There is no limitation in particular also about the depth of the binding part 2, Preferably it is 0.2-1.5 cm, More preferably, it is 0.3-1 cm. If it is the depth of the said grade, it will not seem that the wig is depressed in the toothpick 11 in view of appearance, and it will seem that the hair 3 naturally swells in the toothpick 11. The depth of the binding part 2 means the length by which the cap 1 is pulled to the side opposite to the attachment direction of the hair 3.

In manufacturing the wig of the present invention, a conventional wig / wig manufacturing method can be used as appropriate.
The cap 1 is preferably formed of a resin material or the like so as to follow the shape of the human head. By forming the cap 1 in, for example, a mesh shape, the air permeability can be improved. By using a flexible resin material as the material of the cap 1, the flexibility of the cap itself can be improved, and the head shapes of various people having individual differences can be accommodated.

About the hair 3, what consists of a natural or artificial material can be used suitably.
By appropriately adjusting the length and color of the hair 3, various hairstyles, wigs with impressions, and wigs can be made. The method of attaching the hair 3 to the cap 1 is not particularly limited, and examples include attaching the hair 3 to the cap 1 by arranging a large number of hairs 3 in a desired arrangement at a desired position of the cap 1 and sewing them with a sewing machine or the like. It is done.

  When attaching the hair 3 to the cap 1, the hair 3 is usually attached in a direction in which a vortex is wound around the place where the hair is to be formed, in consideration of the formation of “spinning”. It is particularly preferable to provide the above-described binding portion 2 at a position corresponding to the nail 11 made in this way. That is, preferably, in the vicinity of the binding portion 2, the hair 3 is attached to the cap 1 in a spiral shape around the binding portion 2. However, as the shape of the human toothpick has individuality, in the present invention, the flow direction of the hair 3 around the toothpick 11, that is, around the binding portion 2, draws a circle having no geometric distortion at all. Alternatively, it may be slightly distorted, or may be formed so that more hair 3 flows in a specific direction.

  After attaching the hair 3 to the cap 1, the binding portion 2 is formed by pulling and fixing the desired portion of the cap 1 on the opposite side (back side) of the hair 3 as described above. This produces the wig 10 of the present invention. The cap 1 pulled to construct the binding part 2 may be fixed so long as the binding part 2 is maintained without being broken when the wig 10 is used. For example, it is possible to fix with.

  As described above, the part for constructing the binding part 2 is preferably a part for forming the nail 11. Therefore, in production, for example, a portion of the cap 1 corresponding to the center of the hair 3 attached in a spiral shape is pulled and fixed to the side opposite to the side to which the hair 3 is attached (back side).

  For one wig 10, one toothpick is usually formed. However, a plurality of toothpicks may be formed according to functional or design requirements of the wig 10. Similarly, a plurality of binding portions 2 may exist for one wig.

  As described above, preferably, the position of the tab 11 in the wig 10 corresponds to the position of the binding portion 2. However, for reasons of design or manufacturing, the binding portion 2 may not be present at the location of the nail 11, and the binding portion 2 may be present at a location other than the nail 11.

  The wig of the present invention may cover the entire head, or may cover only a part of the head, for example. The use of the wig of the present invention is particularly useful for concealing thin hair, concealing scars on the head due to illness, surgery, etc., or for changing the hairstyle for fashion and mood changes. It is not limited.

A wig as shown in FIG. 1 was produced.
Specifically, a cap 1 having a size and shape capable of covering a general adult male head with a nylon mesh is constructed, and a toothpick 11 is constructed in the vicinity of the top of the head to naturally make hair around it. A large number of artificial hairs 3 having a size of 15 to 20 cm were attached with a sewing machine. After that, by pinching and pulling the back side (side on which the hair 3 is not attached) of the tinsel 11 and sewing it with a thread, the binding is about 1.5 cm × 0.5 cm in depth and about 0.5 cm in depth. Part 2 was constructed.
As shown in FIG. 1, the wig 10 has the hair 3 standing up (raised) in the vicinity of the toothpick 11, and as a whole the wig has a natural hair flow as if it were real hair. .

(Comparative example)
Similar to the example, except that the binding part was not constructed.
FIG. 3 is a schematic view of a state in which a conventional wig is attached. The wig of the comparative example, like the one shown in FIG. 3, the hair was slightly unnaturally “sleeped” in the vicinity of the toothpick 21, and was “smooth” unlike the human hair hairpin. It was an impression.

  According to the present invention, wigs and wigs with a more natural hair flow can be obtained by simple means, which is very useful for these users and users.

1 Cap 2 Tying 3 Hair 10 Wig 11 Tweezer 20 Wig 21 Tweezer

Claims (3)

Having a cap shaped along the shape of the head, and hair attached to the cap;
The cap has a binding part,
The binding part is formed by fixing a part of the cap in a state pulled to the side opposite to the side on which the hair is attached.
wig.   The wig according to claim 1, wherein the hair is spirally attached to the cap around the binding portion in the vicinity of the binding portion. A method of manufacturing a wig for attaching hair to a cap shaped like the shape of the head,
A method for manufacturing a wig, wherein hair is attached in a spiral shape at least in a part of the cap, and a binding portion is formed by pulling and fixing the central portion of the hair attached in a spiral shape to a side opposite to the side on which the hair is attached.

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