JP2005350824A - Wig - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a wig allowing the scalp to be massaged by wearer's own fingers while wearing the wig at shampooing or the like. <P>SOLUTION: The wig is obtained by forming an unconnected part at a part of the periphery of an artificial skin, or a hole having a size allowing the finger to penetrate at a part of meshes of a net part in the net-based wig. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a wig. In particular, the present invention relates to a wig that can be easily washed in a worn state.

Some wigs are removable every day and others are worn continuously for several days to one or two months. Wigs that can be attached and detached individually are easy to shampoo, but are difficult because wigs that are continuously worn cannot be removed. In continuous wearing wigs, net-based wigs are used, and hair is washed from the stitches of the net using a scraper or fingertip for washing hair, which has been considerably improved. However, the fingers cannot be used in the division of the top of the head where the artificial skin is attached or the tine, which is inconvenient.
Patent Document 1 discloses a wig in which a net-based wig is mounted by means of braiding. Patent Document 2 discloses a wig that improves the hair washing property by using the gap of the braided anchor. Patent Document 3 discloses a wig for turning over a part of the upper wig and washing the hair. Patent Document 4 discloses a wig for removing a part of the top of the wig and washing the hair.
It is preferable that wigs can be shampooed naturally without being removed, so that unnaturalness is not conspicuous when worn, and in public baths such as hot springs.
From this point of view, it is difficult for Prior Literature 2 to clean the scalp of an artificial skin part such as the top of the head. Prior Document 3 has a large opening and a high risk of being worn by others easily wearing a wig. Also, since a connection button is used, the button presses the head when wearing a hat, etc. There is a problem. Prior art 4 is premised to be removed, so it cannot be shampooed when there is another person, and it is difficult to process the attaching / detaching portion, and it tends to be an unnatural wig, which is not practical.
The present inventor provides a wig capable of touching the scalp directly with his / her finger and capable of shampooing naturally without worrying about the eyes of others even while ensuring a natural wearing feeling and appearance. With the goal.

Japanese Patent No. 2579666 JP-A-9-324316 JP-A-11-93011 JP-A-7-109607

  An object of the present invention is to provide a wig capable of massaging the scalp with his / her finger while wearing the wig during shampooing or the like.

  In the present invention, a gap is provided around the artificial skin or part of the net so that a finger can be inserted.

(1) A wig characterized in that in the net-based wig, a gap having a size capable of inserting a finger is provided in a part of the peripheral edge of the artificial skin and / or a part of the net part.
(2) The gap provided in the peripheral edge of the artificial skin is constituted by a non-joining portion that does not join the part of the artificial skin and the net part, and one end of the yarn is attached to the edge of the net part of the non-joining part. The wig according to (1), characterized in that the other end is attached in the vicinity of the opposite side through an artificial skin.
(3) The wig according to (1) or (2), wherein one or more yarns are provided.
(4) The wig according to any one of (1) to (3), wherein a gap having a size that allows a finger to be inserted is a part of a net of the net.
(5) A gap that is large enough to allow a finger to pass through is composed of double yarns for the trunk yarn that constitutes the net, and the net yarn that is back to back with the trunk yarn is knotted to one trunk yarn, The wig according to any one of (1) to (4), characterized in that it is formed by making the interval between the double yarns of the trunk yarn openable and closable.
(6) The wig as set forth in any one of (1) to (5), wherein the wig is a wig attached to the head by the braiding means.

1. In hair washing and massage, the scalp can be directly touched with a finger while wearing a wig, and the washing effect and the satisfaction of the wearer can be satisfied.
2. Since the artificial hair is scraped and fingers are inserted through the gaps in the net base, the hair washing and massage operations look natural and do not give a sense of incongruity.
3. Since the finger insertion part is also arranged in the net part, the entire head can be directly touched with one's finger, and satisfaction is improved.
4). The yarn can maintain its naturalness by exhibiting an effect of preventing the net portion side from being lifted by a gap or coming unnaturally.
5). In particular, the wig user's satisfaction can be improved by applying it to a wig that is worn continuously over a long period of several days to 1 or 2 months by means of knitting means or the like.

The net base wig used in the present invention is largely composed of a bowl-shaped net base and artificial hair adapted to the wearer's wearing head.
The bowl-shaped net base is mainly composed of a wide annular portion, a net portion stretched in a mesh shape inside, and an artificial skin provided in a portion corresponding to a split or a toothpick. Artificial skin can be omitted.
Artificial hair is implanted in the net part and artificial skin. When the yarn constituting the net is a twisted yarn, the flocking means is fixed by sandwiching the artificial hair by inserting it between the twisted eyes and folding it back into a “U” shape. The artificial skin can be fixed by embedding or adhering the tip or by sewing.
Synthetic hair uses synthetic fiber or human hair. The thickness, roughness, density, color tone, habit, etc. can be adjusted according to the individuality of the user.

The net is formed by using a thread to which artificial hair is fixed. Artificial skin is attached by using a means such as attaching the peripheral edge of artificial skin to a hole formed in the shape of a portion where the artificial skin is attached to a net mesh.
The net size, shape, artificial skin size, and installation position are designed according to the individual user's individuality. In addition, the color of artificial hair, the mixing of gray hair, and the color of artificial skin are often manufactured according to individuality.
Such a net-based wig is attached to the user's own hair or attached to the scalp. As an example, there is a knitting means disclosed in Patent Document 1 proposed by the present applicant. In this method, a base is knitted using self-hairs and yarns at the mounting part of the wig, and the periphery of the net base wig is attached to the base so that it cannot be easily detached. By this means, it can be continuously worn for about two months when the hair grows and the foundation is loosened. During wearing, it is strong against wind and is strong enough to swim, and is naturally attached.
During this period, the scalp can be massaged using a fingertip from the mesh of the net or using a small scraper or brush. However, it is difficult to make the mesh large enough to insert a finger, and there is a limit to the degree of freedom of massage.

  In the present invention, when attaching the peripheral edge of the artificial skin, a non-joined portion where a part is not fixed is provided, and the scalp can be directly massaged with the finger by inserting a finger through this gap. The gap has a minimum width such that several fingers can be inserted from one finger. Although the number of gaps depends on the size and shape of the artificial skin, one to several places can be provided.

  The artificial skin has a fixed shape, but the net part is easily deformed, so the net part that is not joined to the artificial skin is greatly deformed, and when the wind and fingers hit the hair in normal times. There is a risk of unnatural deformation. In order to prevent this, a connecting thread is attached to the non-joined part of the net. One end of the yarn is connected to the net side of the non-joined portion, and the other end is connected to the vicinity of the opposite edge through an artificial skin. The other end can be the edge of the artificial skin or the net. When the hole for attaching the artificial skin is formed, attaching the artificial skin after connecting the corresponding edge of the hole with a thread is also a device of the manufacturing process.

Since the width of the artificial skin is 4 or 5 cm, the lengths of the yarns are approximately the same. When a finger is inserted, the finger can be inserted under this yarn, and there is no adverse effect of massage. Further, even when a plurality of yarns are provided, there is room for widening and inserting the yarns, so that massage is possible. In particular, when a plurality of wires are provided, they can be stretched in parallel, or can be fixed in a fan shape with the interval between the other ends widened. The fixing position is in principle on the opposite side, but is determined so as to be effective for preventing deformation depending on the position and size of the non-connecting portion.
The type of yarn can be either non-stretchable or stretchable material.
The yarn can be passed through the front side or the back side of the artificial skin. When the surface side is passed, there is an effect of preventing the unconnected portion of the artificial skin from floating. By passing the back side, you can avoid the risk of getting caught on the yarn when you put a comb through your head. Since artificial skin is made of a sheet of sheet, it is resistant to deformation such as lifting.

As for the net of the net, for example, a plurality of stem yarns are arranged in a ring shape at regular intervals, and a yarn having artificial hairs implanted in the adjacent stem yarns is reciprocated in a zigzag to form a triangular mesh. The trunk thread may be one that has not been flocked. Since this triangle is about 1 cm on a side and is too small for a finger to pass through, if you massage through this mesh, you will touch the scalp near the mesh with just your fingertips. In this case, the feeling of pruritus is not wiped off, and frustration tends to accumulate.
In order to perform a sufficient massage from the mesh portion, as a configuration in which a finger can be inserted, a gap in which one finger can be inserted can be created by skipping this triangular knot. Or it can be set as the gap | interval which can insert a finger | toe even if it takes wide nodule space | interval. The arrangement of the gaps formed by skipping the knots can be provided at a necessary place, and the whole scalp can be covered by providing several places with good balance. If it is provided continuously, it is not preferable because the background becomes easy to see.

Another means is to form a part of the trunk thread with two pieces, and to provide a triangular knot in separate threads, thereby forming a gap in the double part of the trunk thread and inserting a finger through this gap. You can also massage the scalp. The whole trunk yarn may be composed of two yarns, and may be knotted into separate yarns at a portion where a gap is provided.
In order to maintain the natural flow of the artificial hair, it is preferable that the finger insertion gap provided in the mesh portion of the net is a single finger portion. The arrangement of the gaps provided in the trunk thread can also be provided at necessary places, and the whole scalp can be covered by providing several places with good balance.
Net-based wigs are made off-the-shelf or made to order. If it is made to order, it is measured and manufactured according to the user's configuration. The position and size of the gap for inserting the finger can also be designed according to the user. In the case of off-the-shelf products, the finger insertion position is determined in a model manner. The change of the nodule position can flexibly respond to the user's request by loosening the nodule near the assumed position and fixing the nodule tightly with the user's wishes.

The place where the finger is inserted can be arranged by appropriately combining the periphery of the artificial skin and the net part.
As a use, it is suitable for a wig worn continuously for a long time, but can be generally applied to a wig using a net base. Even if the wig is worn on the day or when going out, if the head feels uncomfortable, such as itching, it can be touched accurately. Moreover, the same necessity can be mentioned also in wear | wearing of the hospitalized patient etc. for medical use. In particular, it is highly necessary for a wig to be worn over a long period of time of one day or more so as to be attached to the own hair.

Examples are shown below.
The present embodiment is a net-based wig in which artificial skin is provided in a portion corresponding to a division.
1 is a schematic view of a net base wig as seen from the back side, FIG. 2 is a schematic view of an artificial skin and its peripheral part, FIG. 3 is a schematic view of a knot and a skip part of a mesh, and FIG. 4 is a schematic view of a double trunk thread part. FIG. 5 shows a process for attaching the wig.

In this example, a gap is provided in which a finger can be inserted without joining a part of the periphery of the artificial skin to the net part.
FIG. 1 is a diagram schematically showing a state viewed from the back surface when the side with hair of the wig is the front surface and the side in contact with the scalp is the back surface. The wig A is composed of artificial hair 1 and a net base 2. The net base 2 includes a flexible annular portion 21 that forms the periphery of the net base, a net formed by a mesh of artificial skin 30, trunk yarns 22, and mesh yarns 24 that are provided in a portion where the background of the divisions and the nail portions is easily visible. The unit 20 is mainly configured. The artificial hair is implanted in the trunk yarn 22, the mesh yarn 24, the artificial skin 30 and the annular portion 21, but may not be implanted partially as necessary. The artificial skin 30 is attached slightly to the right from the center, and is formed in a size that extends from the dividing portion to the toothpick.

In this figure, the right edge of the artificial skin 30 is not joined to the net, and an open edge 40 is formed. The trunk yarn that hits the edge of the open edge 40 on the net side is referred to as a first trunk yarn 23. Since the opening portion of the first trunk thread 23 is deformed in the direction in which the width of the gap opens when pulled, the opening portion of the first trunk thread and the left side of the artificial skin 30 are prevented in order to prevent such deformation. The connecting yarn 50 is stretched over the edge. The connecting yarn may or may not be stretchable. In addition, although the open edge 40 is illustrated as a wide gap, this is illustrated for easy understanding, and when it is actually left still, it is almost the edge of both. Are in contact or close to each other, and such a wide gap does not occur. Moreover, the arrangement | positioning at the time of using together the large mesh B and the trunk thread gap C suitably was shown in the example.
The size and shape of the net base 2 are often created according to the actual condition of the wearer. More specifically, when making a custom-made, the user's head is measured, the surrounding shape and the shape of the bowl are determined, and the position and size of the artificial skin are determined to create the net base. In addition, the color of artificial skin, the color of hair to be implanted, and the quality are selected according to the individuality of the user.

  For example, for example, it is an ellipse that is almost circular with a length of 20 cm and a width of 18 cm, and has a bowl shape so that it can be placed along the head. The artificial skin is 5 cm wide and 10 cm long. is there. The interval between the trunk yarns is about 1 cm, and the mesh yarn is zigzag between adjacent trunk yarns at a knot interval of 1 cm to form a substantially triangular mesh. Since the density of the hair can be adjusted by adjusting the main thread interval and the knot interval, it is not necessarily uniform throughout. The net yarn is tied slightly longer than the straight line length of the side, and is provided with a space, so that the net base has a space and can be given flexibility. In this example, 14 yarns are provided in the left-right width direction and 9 in the front-rear direction.

FIG. 2 is a schematic view enlarging the vicinity where the artificial skin is attached. As described above, a part where the net and the artificial skin are not partly joined is provided, the non-joint part is opened up and down, a finger is inserted, and massage is performed mainly on the scalp located below the artificial skin. In order to insert a finger, it is not necessary to open it to the left and right, and it is important to open it up and down. Therefore, the connecting thread 50 that restricts the non-joined portion from opening in the width direction is the first trunk thread 23 of the net and the artificial skin 30. It is possible to provide a margin for opening up and down by stopping near the left edge. The fastening part on the left edge side may be artificial skin or a net. The connecting yarn may be stretchable or non-stretchable. In the case of stretchability, followability can be imparted during finger insertion and massage operations. Since this connecting thread can be replaced when the wig is replaced, maintenance can be performed before loosening occurs.
The length of the unconnected portion depends on the thickness and number of fingers to be inserted. The circumference of the index finger is about 50 to 60 mm and the width is about 10 to 20 mm. Accordingly, the length of the unconnected portion is appropriately about 20 to 60 mm. In the case of about 20 mm, the connecting yarn is not necessarily required, but it is desirable to increase the number as the length becomes longer. For example, in the case of 30 mm or more, it is preferable to provide a connecting yarn.

FIG. 5 shows a wig mounting step by staking, which is one of the wig mounting methods.
It consists of four processes: a knitting process A, a plugging process B, a mixing process C with own hair, and a setting process D.
In the knitting process A, several twisted yarns are stretched and stretched, about 10 healthy hairs remaining around the thin hair portion of the head are bundled, and the knitted length is 40 knits. Knots are tied and fixed at intervals of ˜50 mm to form a knitted base on which a wig is attached to the outer periphery of the wig. When weaving the above-mentioned several twisted yarns and hairs, we use 6 fingers: thumb, index finger and middle finger of both fingers.
The insertion (overlock) step B is a step of fixing the wig to the foundation. The braided base and the ring base of the net base of the wig are sewed using a thread and firmly attached.
The mixing step C with the own hair is a step of blending the own hair and the artificial hair of the wig.
The setting process D is a process for preparing by performing hairdressing.

According to this mounting method, since the braided base and the wig are sewn, it is a strong mounting, and there is no fear that the wig will come off due to strong winds, swimming, shampooing or the like. As the self-growth grows, the braided base becomes loose, so it is practical to reattach it at a frequency of 1 to 2 months. This frequency is similar to haircuts and hair salons.
Note that the present invention is not limited to the wig by this caulking means, and the convenience of being able to massage while wearing is not changed even if it is generally applied to a net-based wig. The present applicant has previously proposed an invention in which a braided base and a wig are combined using a stopper in place of the brazing, and has been filed as Japanese Patent Application No. 2003-68861. It can be applied to such wigs.

A large mesh through which a finger is inserted is provided in part.
FIG. 3 is a partial schematic view in which a large mesh is formed. As a means for enlarging a part of the net of the net, there is a method of changing the nodule interval by, for example, skipping one nodule interval connected at the same interval. In this case, there is a possibility that the density of the hair is slightly shaded. However, if the net yarn is folded back without knotting and shaped into a substantially triangular shape, the density change can be hardly affected.
A state in which the mesh yarn is reciprocated between the trunk yarns in a zigzag manner to form a substantially triangular mesh is shown. In this figure, the predetermined interval between nodules is represented by r ₁ , and the nodules are given the codes 251, 252 and 253. In this figure, in fact, the knot 252 is not fixed with a mesh thread, and a diagram is shown in which a large mesh B is formed with the space between the knot 251 and the knot 253 doubled as normal. Further, in this case, if the zigzag state is not tied at the knot 252, a predetermined amount of the net yarn 24 is secured, so that the density of the artificial hair is not affected. Can be.
The knots can be created using only the trunk yarn and the net yarn, or both can be tied using different knots. When the knot yarn is used, the insertion position of the finger can be easily changed later by releasing the knot.

This is an example in which a trunk yarn is formed with two yarns, knotted into each of the double trunk yarns, and a finger is inserted through a gap between the two trunk yarns.
One of the double trunk yarns is indicated by a double trunk yarn a221 and the other double trunk yarn b222. These trunk yarns are provided with five knots 251 to 255 at predetermined intervals. The node 251 and the node 253 are provided on both trunk yarns, the node 252 is provided on one double trunk yarn a221, the node 254 and the node 255 are provided on the other double trunk yarn b222, and the node 251 and the node 253 are provided. A trunk thread gap C is formed between the two. The length of the trunk thread gap C can be freely adjusted by changing the knot state. Further, two trunk yarns only in the vicinity of forming the gap can be provided to be doubled, or the whole trunk yarn can be formed by two. As in the second embodiment, when using knot yarns, a gap can be formed by binding to only one of the double trunk yarns, so the degree of freedom in setting the finger insertion location is improved.

Schematic view of the net base wig as seen from the back side Schematic diagram of artificial skin and surrounding area Schematic diagram of mesh knot and skip Schematic diagram of double trunk thread Wig installation process diagram

Explanation of symbols

A Wig B Large mesh C Stem thread gap 1 Synthetic hair 2 Net base 20 Net part 21 Annular part 22 Stem thread 221 Double trunk thread a
222 Double stem yarn b
23 1st trunk thread 24 Mesh thread 251,252,253,254,255 Knot 30 Artificial skin 31 Artificial skin edge 40 Open edge 50 Linking thread

Claims (6)

  In a net-based wig, a wig having a size that allows a finger to pass through a part of a peripheral edge of an artificial skin and / or a part of a net part.   The gap provided on the peripheral edge of the artificial skin is constituted by a non-joined portion that does not join the net portion with a part of the artificial skin, and one end of the yarn is attached to the edge of the net portion of the non-joined portion, and the other end of the yarn is attached. The wig according to claim 1, wherein the wig is attached near the opposite side through artificial skin.   The wig according to claim 1 or 2, wherein one or more yarns are provided.   The wig according to any one of claims 1 to 3, wherein the gap having a size that allows insertion of a finger is part of a net of the net.   A gap that is large enough to allow a finger to pass through consists of a double thread as a trunk thread that constitutes the net, and the trunk thread and the mesh thread that are back to back are knotted into one trunk thread, thereby the trunk thread. The wig according to any one of claims 1 to 4, wherein the double yarn is formed so that the distance between the double yarns can be opened and closed. The wig according to any one of claims 1 to 5, wherein the wig is a wig attached to the head by means of braiding means.