JP5470616B2 - wig - Google Patents

Description

  The present invention relates to a wig having a wig base that covers the head.

  This type of wig constitutes a full head hairstyle on the wig base. Accordingly, the wig base is formed with a crease-up forming portion provided with swell-up hair, a nape portion provided with hair of the neckline, and upper left and right ears continuous between the crease-up formation portion and the nape portion. . This type of wig is not always used in a total hair loss state. For example, there are cases where the own hair remains partially, or the presence of the own hair and the amount of hair can fluctuate in spots throughout the head, such as during administration of an anticancer agent. In such a case, it is necessary to select a larger wig base size in order to store the hair between the head and the wig base. As a result, the periphery of the wig base is covered. In the case of ready-made wigs, the selection range is limited to a form and size prepared in advance for a standard person. For example, even a total hair loss may not be suitable for the head and may be selected so that the periphery of the wig base is covered.

  Therefore, a size adjuster that can adjust the suitability of the wig base to the head stepwise or steplessly is provided. In general, the size adjuster is provided from the periphery of the wig base to the vicinity of the periphery so that the periphery of the wig base follows the head. As the size adjusting tool, a shrinkable tape that draws the vicinity of the base of the crease-up forming part and the nape, or a pulling member that spans between the base of the crease-up formation part and the nape (for example, Patent Document 1) is used. ~ 4).

JP-A-9-78326 JP-A-6-220708 Japanese Utility Model Publication 5-32491 JP 2001-81618 A

  However, the skull skeleton from the occipital parietal bone to the occipital bone has large individual differences such as flatness. Especially for people who are flattened or who have their own hair only on the front side or the top of the head, the back side of the wig base may be covered even if an appropriate size is selected considering the compatibility from the forehead to the front of the head. Can be. Since the size adjusting tool is substantially limited to the vicinity of the periphery of the wig base, the size adjusting tool is limited to the vicinity of the nape portion including a part of the periphery on the rear side of the wig base. Therefore, the rear side of the wig base cannot be sufficiently adapted to the head, which causes the wearing feeling to deteriorate. In addition, in particular, only the nape part is tightened by the size adjusting tool, and the other rear side part is not substantially tightened, which causes a shape collapse.

  Then, the subject of this invention is improving the adaptability with respect to the flatness of the head of the wig provided with the wig base which covers a head.

  In order to solve the above-described problems, a wig according to the present invention includes a wig base that covers the head, a size adjuster provided on a peripheral side of the wig base, and a heel side closer to the wig base than the size adjuster of the wig base. A high-level size adjuster provided, and a configuration in which the entire lower part of the rear side of the wig base lower than the rearmost part in a side view can be tightened with the size adjuster and the high-size adjuster It is.

Ideally, the rearmost portion corresponds to the most rearward portion of the head, and the lower portion corresponds to the portion from the back of the head to the neckline. A portion of the rear side of the wig base that is higher than the rearmost portion corresponds to a posterior parietal portion that is inclined forward and obliquely upward from a most rearward portion of the head. When the portion higher than the rearmost portion is tightened, the influence of the influence spreads to some extent on the rearmost portion and the portion lower than the rearmost portion, so that the compatibility between the back side of the wig base and the head can be improved. However, when the flatness of the head is tight, the portion higher than the rearmost portion is tightened, and as a result, the hairstyle of the wig becomes flat along the flatness of the skull skeleton, which makes the appearance worse.
It is the lower part than the rearmost part corresponding to the most rearwardly stretched part of the head that is particularly overlaid on the back side of the wig base.
If a size adjustment tool and a high-order size adjustment tool are provided with a height difference between the peripheral side and the top side, the size of the part lower than the rearmost part from the peripheral part on the rear side of the wig base to the peripheral part is the size. It is tightened by the adjusting tool, and the remaining portion is tightened by the high-order size adjusting tool. Therefore, the adaptability to the head is increased particularly in the part where the head is overlaid. Also, if the lower part than the rearmost part is tightened, the bulge can be maintained in the hairstyle part extending from the back of the wig to the rearmost part of the wig, so there is no fear of appearing flat. Therefore, according to the structure of this invention, the adaptability with respect to the flatness of the head of the wig provided with the wig base which covers a head can be improved.

  As the high-order size adjuster, as with the size adjuster, pulling of a shrink tape, a pulling member, or the like can be applied. In short, the size adjustment tool and the high-order size adjustment tool may be tightened so that the lower part of the rear side of the wig base is lower than the rearmost part along the head.

  Specifically, the high-order size adjuster may be provided so as to draw each of the left front side and the right front side of the wig base and a lower part than the rearmost part. By expanding the drawing range using the front side of the wig base, it is possible to reduce wrinkles associated with the wig base. As a result, the contact between the lower part and the back of the head can be improved, and the wearing feeling can be improved.

  It is preferable to have a region where the pulling direction by the size adjusting tool is the same as the pulling direction by the high-order size adjusting tool. The range from the nape portion to the occipital region is difficult to be pulled by the strain.

  For Japanese women in general, the high size adjuster can tighten a lower part than the rearmost part at a distance of 6 cm to 7 cm away from the lowest peripheral part of the nape part along the wig base. Since the effect of this invention is acquired, it is suitable for adoption to a ready-made product.

  As described above, according to the present invention, the entire lower part of the rear side of the wig base on the head, which is lower than the rearmost part in a side view, can be tightened by the size adjusting tool and the high size adjusting tool. The adaptability of the wig to flatness can be improved.

Left side view of the wig base of the wig according to the embodiment Left side view of the wig according to the embodiment The whole perspective view which shows the wig which concerns on embodiment from the left front diagonally downward Rear view of the wig according to the embodiment (A) is the left side of the state which adjusted the size adjustment tool of Example 1 appropriately and has not performed other size adjustment, (b) is a rear view of the state of (a). (A) is the left side of the state in which the lowest size adjustment tool for comparison is enabled from the state of FIG. 5 and other size adjustment is not performed, and (b) is a rear view of the state of (a). (A) is a left side view in a state where the high-order size adjuster is activated from the state of FIG. 5 and other size adjustment is not performed, and (b) is a rear view of the state of (a). (A) is the left side of the state in which the second lowest size adjustment tool from the state of FIG. 5 is activated and no other size adjustment is performed, and (b) is the rear side of the state of (a). Figure (A) is the left side view of the state in which the highest size adjustment tool for comparison is enabled from the state of FIG. 5 and other size adjustment is not performed, and (b) is a rear view of the state of (a). (A) is a left side surface in a state in which the size adjuster of Example 2 is appropriately adjusted and the high-order size adjuster is adjusted so that the locked portion is in contact with the back of the head; Rear view of the state

  As shown in FIGS. 1 to 3, the wig according to the embodiment of the present invention includes a wig base 1 that covers the head, a size adjuster 2 that can fasten a nape portion 11 of the wig base 1, and the rear end of the wig base 1. A high-order size adjuster 3 capable of fastening the occipital sub-formation part 13 linearly continuous between the part 12 and the nape part 11. The wig base 1 is provided with hairs 4 constituting the hairstyle of the entire head.

  1 to 3 show a state where the wig base 1 is mounted with the size adjuster 2 and the high-order size adjuster 3 in the most loosened state. The wig base 1 is symmetrical. The peripheral edge 14 of the wig base 1 consists of the whole edge part which continues between the inner surface (surface which contact | connects a head) of the wig base 1, and an outer surface (surface covered with the hair 4). The form of the wig base 1 and the posture at the time of wearing are determined based on the matching relationship with the skull skeleton and the natural hairline. In view of this, in general, the division of the wig base 1 can be conceptually considered as follows based on a side view.

  That is, as shown in a side view of the wig base 1 in FIG. 1, the front side and the rear side of the wig base 1 are bordered by a vertical plane Sv1 passing through the top portion 15. The top part 15 consists of the part which contact | connects the horizontal surface S1 in the highest position. The vertical plane Sv1 is a plane orthogonal to the horizontal plane S1. Consider a plane S1 that includes the rear end Pb located at the rearmost position of the peripheral edge 14 and the left and right tangent lines that intersect with the rear end Pb and contact the left and right crease-up forming portions 16 of the wig base 1. The squeeze-up forming portion 16 includes a portion that intersects with the plane S1 until the plane S1 is translated toward the top portion 15 and reaches the left and right constricted portions Pl1 and Pr1 on the peripheral edge 14. Consider a boundary plane S2 that includes a left end Pl2 and a right end Pr2 that are parallel to the plane S1 and form the maximum lateral width of the peripheral edge 14. Since the left and right ends Pl2, Pr2 are located on the vertical plane Sv1, they are peripheral portions on the front-rear boundary. The nape part 11 consists of a part of the rear side of the wig base 1 that is closer to the ear than the boundary plane S2. The rearmost part 12 of the wig base 1 consists of the part located most rearward. The posterior underhead forming portion 13 of the wig base 1 includes a straight line L connecting the left and right ends Pl2, Pr2 and the rearmost portion 12 on the rear side of the wig base 1 on the front and rear boundaries of the wig base 1, It consists of a continuous part between the parts 11.

  Based on the above-mentioned part division, a portion of the rear side of the wig base 1 that is lower than the rearmost portion 12 in a side view is translated from the horizontal surface Sl when the horizontal plane Sl is translated to a position including the rearmost portion 12. Is a portion including the nape portion 11 and the lower occipital region 13. The nape portion 11 may be considered as a portion corresponding to the recess of the tray from the neckline. The occipital region 13 may be considered as a portion corresponding to the occipital region.

  The wig base 1 has a flexibility that can cause a heel lean depending on the tightening degree of the size adjusting tool 2 and the high-order size adjusting tool 3. Such a wig base 1 can be formed by using one or a plurality of nets, artificial skins and the like as appropriate. In the wig base 1, a reinforcing member can be provided as appropriate so that the portion loaded from the size adjuster 2 and the high position adjuster 3 and the vicinity thereof do not hinder the adjustment function. The inner surface of the wig base 1 can be provided with a silicon rubber sheet for preventing slipping, a pin or clip for fastening to the hair, a double-sided tape for bonding to the scalp, and the like. The wig base 1 is not limited to one member, and includes, for example, an inner cap that is in contact with the head and a wig body whose outer surface is covered with hair, such as a wig disclosed in JP-A-2004-35312. The inner cap may be removable from the wig body. The size adjuster 2 and the high-order size adjuster 3 can be provided on the inner surface or the outer surface of the inner cap, respectively.

  The hair 4 is not particularly limited in hairstyle. The present invention is suitable for a wig that adopts a hairstyle in which the flatness of the hairstyle derived from the misfit of the wig base 1 is conspicuous. For example, the basic appearance of the bob style for women has a bulge from the top of the wig to the back of the head and gradually squeezes from the back of the head to the neckline, so that the flatness of the back of the head is easily noticeable.

  1 and 3 show a state in which the size adjuster 2 and the high-order size adjuster 3 are most loosened. FIG. 4 shows a state in which the size adjusting tool 2 and the high-order size adjusting tool 3 are fastened most. In FIG. 4, the outline of the wig base 1 in the state of FIGS. 1 and 3 is indicated by a two-dot chain line.

  As shown in FIGS. 1, 3, and 4, the size adjuster 2 is provided so as to draw the vicinity of the base of the creaking-up formation portion 16 and the nape portion 11 in a direction along the peripheral edge 14 portion therebetween. The pulling is performed by pulling members 21 provided on the left and right sides. The pulling member 21 is fixed to the inner surface side of the wig base 1 on one end side in the front and rear, and has a free part on the other end side in the front and rear. A locking portion 22 is provided in the free portion of the pulling member 21. The locking part 22 can be fastened to the locked part 23 provided on the inner surface of the nape part 11. The locked portions 23 are arranged symmetrically at a plurality of positions. The locking member 22 can be fastened to the locked portion 23 and the pulling member 21 can be passed over. When the locking portion 22 is fastened to the locked portion 23 closest to the left and right center, the portion of the wig base 1 between the fixed portion 24 of the pulling member 21 and the locked portion 23 is most contracted. As a result, the nape part 11 is fastened most. When the locking portion 22 is fastened to the locked portion 23 farthest from the left and right center, the portion between the fixed portion 24 and the locked portion 23 is most loosened. As a result, the nape portion 11 is most loosened. The tighter the nape portion 11 is, the tighter it is to the locked portion 23 closer to the left and right center. The free portion of the pulling member 21 is passed through a banding hole 25 provided along the peripheral edge 14 on the inner surface of the wig base 1. Since the banding hole 25 guides the pulling member 21 in the direction along the peripheral edge 14 portion, the portion between the fixed portion 24 and the locked portion 23 is stably compressed in the same direction. Becomes shorter.

  The high-order size adjuster 3 is provided so as to draw each of the left front side and right front side of the wig base 1 and the occipital region 13. The pulling is performed by pulling members 31 provided on the left and right. The pulling member 31 is fixed to the inner surface side of the wig base 1 at one end side in the front and rear, and has a free portion on the other end side in the front and rear. A locking portion 32 is provided at the free portion of the pulling member 31. The locking part 32 can be fastened to the locked part 33 provided on the inner surface of the occipital region 13. The locked portions 33 are arranged symmetrically at a plurality of positions. The locking member 32 can be fastened to the locked portion 33 and the pulling member 31 can be passed over. When the locking part 32 is fastened to the locked part 33 closest to the center of the left and right, the portion of the wig base 1 between the fixed part 34 of the pulling member 31 and the locked part 33 is compressed and contracted most. As a result, the occipital subformation part 13 is fastened most. When the locking part 32 is fastened to the locked part 33 farthest from the left and right center, the portion between the fixed part 34 and the locked part 33 is most loosened. As a result, as a result, the occipital formation part 13 is most loosened. The closer to the locked portion 33 near the left and right center, the tighter the tightening of the occipital region 13 is. The free portion of the pulling member 31 is passed through a banding hole 35 provided along the peripheral edge 14 on the inner surface of the wig base 1. Since the banding hole 35 guides the pulling member 31 in the direction along the peripheral edge 14 portion, the portion between the fixed portion 34 and the locked portion 33 is stably compressed in the same direction. Therefore, the nape part 11 and the occipital region 13 are tightened in the same direction.

  The locking portions 22 and 32 and the locked portions 23 and 33 may employ an appropriate detachable structure such as a hook and a hook hole, a male surface fastener, and a female surface fastener, as long as there is no fear that the locking portions 22 and 32 and the locked portions 23 and 33 are detached from the adjustment position. it can. The fixing parts 24 and 34 can be provided on the rear side, and the locking parts 22 and 32 can be provided on the front side. Instead of the fixing parts 24 and 34, a detachable structure such as the locking parts 22 and 32 and the locked parts 23 and 33. And the pulling members 21 and 31 can be made detachable.

  The longer the region in which the pulling direction by the size adjusting tool 2 and the pulling direction by the high-order size adjusting tool 3 are the same, the less the range between the nape portion 11 and the occipital region 13 is pulled by distortion. As a result, even if the size adjuster 2 and the high-order size adjuster 3 are adjusted to different tightening degrees, the original hairstyle is unlikely to collapse.

  When the high-order size adjuster 3 tightens the occipital region 13, the occipital region 13 is pressed against the occipital region inclined obliquely downward and forward from the most rearwardly stretched portion of the head. For this reason, the occipital region 13 is unlikely to slide toward the occipital region against the inclination of the occipital region. If the high size adjuster 3 is configured to tighten the occipital region 13 toward the front and obliquely upward, the tangential component force that slides the occipital region 13 toward the neck is reduced, and the occipital region 13 is It can be adjusted so that it is hung. Therefore, the tightening of the occipital region 13 is stable, which is advantageous for improving the wearing feeling and preventing the deformation.

  The portion between the fixed portion 34 and the locked portion 33 is wrinkled in the drawing direction due to the drawing and shrinking accompanying the drawing. Assuming the same amount of shrinkage, the shorter the distance in the drawing direction between the fixed portion 34 and the locked portion 33, the higher the wrinkle. Considering the contact between the occipital region 13 and the occipital region, the lower the wrinkle, the better. If the fixing portions 34 are arranged on the left front side and the right front side of the wig base 1, the wrinkles can be lowered using the front side of the wig base 1. As a result, the contact property between the occipital region 13 and the occipital region can be improved, and the wearing feeling can be improved.

  As apparent from a comparison between the vertical positional relationship of each part of the wig base 1 in FIG. 1 in a side view and the state of leaning on the rear side of the wig base 1 shown in FIG. When the adjustment tool 3 is adjusted from the loosest adjustment position to the tightening side, the entire lower part of the rear side of the wig base 1 that is lower than the rearmost part 12 in the side view is tightened. When the size adjusting tool 2 and the high-order size adjusting tool 3 are adjusted most tightly, the entire portion lower than the rearmost part 12 is tightened most. When using the wig, first, the adjustment position of the size adjuster 2 is determined. Thereby, the anti-slip of the wig base 1 and the double-sided tape are brought into close contact with the scalp to ensure the positioning of the wig. Thereafter, the wig base 1 is put on the head and the degree of covering of the occipital region 13 is checked. Thereafter, the wig base 1 is removed to determine the adjustment position of the high position adjuster 3. The adjustment position of the high size adjuster 3 is determined so that the locked portion 33 continues to be hooked on the back of the head. As long as this condition is satisfied, the adjustment position of the high-order size adjuster 3 can be determined so that the hairstyle of the wig becomes a favorite style.

  When the lower occipital formation part 13 is tightened, the adaptability to the head is enhanced particularly in the part of the back side of the wig base 1 that is covered. Further, even if the occipital subformation portion 13 is tightened by the high size adjuster 3, the wig's hairstyle can be kept flat because the hairstyle portion extending from the back of the wig to the most rearward portion can be maintained. There is no worry about it. Therefore, the wig which concerns on embodiment can improve the adaptability of the wig with respect to the flatness of a head compared with the conventional product provided only with the size adjustment tool 2. FIG.

  For Japanese women in general, the high size adjuster 3 has the occipital region 13 formed at a distance l of 6 cm to 7 cm away from the lowest peripheral edge on the rear side of the wig base 1 along the wig base 1. It may be provided so that it can be tightened. In the embodiment, each locked portion 33 is provided at a distance l of 6 cm to 7 cm from the lowermost side portion of the linear peripheral edge of the nape portion 11 including the rear end Pb.

  For example, Example 1 shown in FIG. 5 to FIG. 9 has a curly bob style hairstyle, and includes a high size adjuster at a distance of 6.5 cm upward along the wig base, and further the distance Is a wig provided with three comparative size adjusters capable of tightening at 3 cm, 8.3 cm, and 16 cm. Both the high-order size adjuster and the comparative size adjuster are related to the pulling member, and become invalid when they are in their most loosened state. In each of FIGS. 5 to 9, a thick line along the hairstyle is drawn in order to make the appearance change on the back side of the hairstyle easier to understand. The mannequin head with wig is based on the standard skull skeleton of Japanese women.

  FIG. 5 shows a state in which the adjustment position of the size adjuster is appropriately determined and the high-order size adjuster and the three comparative size adjusters are disabled. The appearance of the hairstyle in the vicinity of the back of the head is too swelled due to the size of the mannequin head, and looks bad.

  The 3 cm comparative size adjuster has a locked portion at the upper end of the wig base nape. The to-be-latched part touches a place about 3 cm higher than the depression of the tray of the mannequin head covered with the wig. 6 determines the adjustment position of the 3 cm comparative size adjusting tool from the state of FIG. 5 so that the locked portion is in contact with the above-mentioned position, and the other comparative size adjusting tool and the higher size adjusting tool are used. Indicates disabled status. As apparent from a comparison between FIG. 6 and FIG. 5, the 3 cm comparative size adjuster shows no change in the appearance of the hairstyle near the back of the head. Further, with the 3 cm comparative size adjuster, the contact of the entire occipital region was not obtained, and the wearing feeling was not improved.

  The high-order size adjuster has a locked portion at an intermediate portion in the height direction of the posterior under head forming portion of the wig base. The locked portion is in contact with the middle portion in the height direction of the occipital region that is inclined forward and downward from the most rearward portion of the mannequin head. FIG. 7 shows a state in which the adjustment position is determined so that the locked portion comes into contact with the above-mentioned portion from the state of FIG. 5 and the three size adjustment tools for comparison are invalidated. As is clear from a comparison between FIG. 7 and FIG. 5, with the high size adjuster, the appearance of the hairstyle near the back of the head is deflated, and the original hairstyle is maintained from the top of the head to the back of the head. For this reason, the flatness as a whole is not recognized, and the appearance of the hairstyle in the vicinity of the back of the head is appropriate for the size of the mannequin head. Moreover, since the lower occipital formation part of the wig base touches the occipital area as a whole, an improvement in wearing feeling was recognized. If the height position of the locked portion is about ± 0.5 cm from 6.5 cm, it may be considered that there is no large difference in the ratio to the overall size of the head and the same result can be obtained.

  The 8.3 cm comparative size adjuster has a locked portion at the rearmost part of the wig base. The locked portion is in contact with the most stretched portion of the mannequin head. 8 determines the adjustment position of the 8.3 cm comparative size adjuster from the state of FIG. 5 so that the locked portion is in contact with the portion, and other comparative size adjusters and higher size adjusters. Indicates a state in which is invalidated. As is apparent from a comparison between FIG. 8, FIG. 5, and FIG. 7, with the 8.3 cm comparative size adjuster, the locked portion comes into contact with the most rearwardly stretched portion of the head, so the appearance of the hairstyle near the back of the head The degree of squeezing is loose, and it looks inferior to FIG. In addition, the locked portion was easily lifted to the back of the head due to the pulling force of the comparative size adjuster.

  The 16 cm comparative size adjuster has a locked portion at the occipital upper formation portion of the wig base. The locked portion is in contact with the intermediate portion in the height direction of the occipital region that is inclined obliquely upward and forward from the most rearward portion of the mannequin head. 9 determines the adjustment position of the 16 cm comparative size adjuster from the state of FIG. 5 so that the locked portion comes into contact with the above portion, and disables the other comparative size adjusters and the high size adjuster. Indicates the state. As is apparent from a comparison of FIGS. 9, 5, and 8, the back side is squeezed from the top of the head to the back of the head, and the appearance of the hairstyle in the vicinity of the back of the head is excessively swollen, resulting in a flat appearance as a whole. When the flatness of the mannequin head is tight, the hairstyle becomes flat on the back side. In addition, the locked portion is further lifted, resulting in an unpleasant wearing feeling.

  According to the comparison result of Example 1, in general for Japanese women, it is preferable to tighten the suboccipital formation part at a position 6 cm to 7 cm higher in the vertical direction from the lowest peripheral part of the nape part by a high position adjuster. It can be said.

  Example 2 shown in FIG. 10 is obtained by changing the fixing part of the high-order size adjuster to the suboccipital formation part in Example 1 of FIG. 7 and invalidating three comparative size adjusters. FIG. 10 shows a state in which the size adjuster is adjusted in the same manner as in Example 1 and the high position adjuster is adjusted so that the locked portion is in contact with the intermediate portion in the height direction of the back of the head. A thick line along the hairstyle is also drawn in FIG.

  In Example 2, as compared with the state of FIG. 7 in Example 1, many high wrinkles were observed in the part of the posterior suboccipital region of the wig base. In Example 2, since many high wrinkles approached, many portions floated from the occipital region in the entire occipital region, and the occipital region cannot be pulled from both the left and right sides. As a result, as apparent from a comparison between FIG. 10 and FIG. 7, the appearance of the hairstyle near the back of the head appears to swell. Therefore, according to the comparison results of Examples 1 and 2, it can be said that it is preferable to draw the left front side and the right front side of the wig base and the suboccipital region by the high position adjuster.

DESCRIPTION OF SYMBOLS 1 Wig base 2 Size adjustment tool 3 High-order size adjustment tool 4 Hair 11 Nape part 12 The rearmost part 13 The occipital lower part formation part 14 The periphery 15 The top part 16 The scooping formation part 17 The occipital upper formation part 21, 31 The tension members 22, 32 latching Portions 23 and 33 Locked portions 24 and 34 Fixing portions 25 and 35 Banding hole L Straight line 1 Distance Pb Rear end Pl2 Left end Pr2 Right end S1 Plane S2 Boundary plane

Claims (4)

With a wig base on his head,
A size adjuster provided on the peripheral side of the wig base;
A higher size adjuster provided on the top side than the size adjuster of the wig base,
The entire lower part of the rear side of the wig base in the side view can be tightened with the size adjustment tool and the high-order size adjustment tool .
The high sizing tool is not Luke bitterness provided to attract and lower portion than respectively the rearmost portion of the left side and the right front side of the wig base. Wig according to claim 1 having a direction attracted by the sizing device, a region where the direction is the same attracted by the high sizing tool. With a wig base on his head,
A size adjuster provided on the peripheral side of the wig base;
A higher size adjuster provided on the top side than the size adjuster of the wig base,
The entire lower part of the rear side of the wig base in the side view can be tightened with the size adjustment tool and the high-order size adjustment tool .
The direction pulled by the sizing device, Luke discomforts have a region where the direction is the same attracted by the high sizing tool.   The high size adjuster is provided so that a lower portion than the rearmost portion can be tightened at a distance of 6 cm to 7 cm away from the lowest peripheral portion on the rear side of the wig base along the wig base. The wig according to any one of claims 1 to 3, wherein: