Wig mounting tool and method using photocuring adhesive

Abstract

To provide a wig mounting tool which can quickly and firmly fix a wig by irradiating a photocuring adhesive with LED light when fixing the wig to the head, and can firmly fix the respective hairs of the own hair to the mounting tool as the same length from the hairline, that is, as a bundle.SOLUTION: A wig mounting tool comprises a film-like mounting plate 12 which is attached to a base part 62 and has rigidity, a tubular member 14 which is attached to the mounting plate 12 and into which the own hairs H are inserted, and several anchors 15 which are formed on the mounting plate 12 and serve to position a plurality of own hairs H. A predetermined number of own hairs H is inserted into the tubular member 14 with the anchor 15 as a reference, the tubular member is moved to the vicinity of the hairline, the tubular member 14 is crushed, a photocuring adhesive GL is applied to the own hairs H and the mounting plate 12, and the anchor is irradiated with irradiation light of LED (light emitting diode) to cure the photocuring adhesive more quickly and firmly than when the photocuring adhesive is naturally cured.SELECTED DRAWING: Figure 1

Description

Technical Field

[0001] The present invention relates to a wig wearing tool using a photocurable adhesive for fixing a wig by using a photocurable adhesive when fixing the wig to natural hair, and a wearing method thereof.

Background Art

[0002] A hair growth method for attaching artificial hair to natural hair has been proposed. For example, there is a method in which artificial hair is attached to a tubular member called a chip, the natural hair of the head is inserted into this tubular member, and this tubular member is crushed so as not to come out and fixed.

[0003] Also, as a method for attaching a wig to the head, there is a method of attaching a base portion to natural hair using a clip. For example, a plurality of spring-type clips are attached to the base portion, the comb portion of this clip is inserted into the natural hair, and then the natural hair is clamped by the action of the spring, and this natural hair and the comb portion are pressed and fixed.

[0004] Furthermore, there is also a wig for long-term wearing that directly attaches and fixes the base portion to natural hair. In this wig, a method using an open stopper (fastening member) instead of a spring-type clip has been proposed. This is a method in which natural hair is sandwiched and fixed by this stopper, and this stopper is attached to the base portion.

[0005] Techniques related to hair growth methods and methods for attaching wigs to the head have been variously proposed. For example, as described in Japanese Patent Application Laid-Open No. 2013-151772 of Patent Document 1, "wig", it includes an attachment base composed of a film, sheet, string, or filamentous member fixed along the outer periphery of the back surface of the wig base, and a film or sheet-like member having a slit for passing the wearer's own hair, the attachment base having two or more fixing points spaced apart from each other, the portion between the two fixing points being a non-fixed portion with respect to the back surface of the wig base, inserting the fixing member through the non-fixed portion of the attachment base, passing the wearer's own hair through the slit, and then adhering one end side and the other end side of the fixing member with the own hair sandwiched therebetween. A wig characterized by this has been proposed.

Prior Art Documents

Patent Documents

[0006]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0007] When fixing the own hair to the wearing tool with an adhesive, if the own hair is not in a bundled state, the application range of the adhesive is likely to spread. If the distance between each hair fixed to this wearing tool and the hairline is the same, the bundle of hair will be fixed, and as a result, the wearing tool and thus the wig will be firmly attached to the head. However, if the distance between each hair fixed to the wearing tool and the hairline becomes uneven, only the hair with the shortest distance functions for fixing, and there is a problem that the wearing tool cannot be firmly fixed.

[0008] In addition, the "wig" in Patent Document 1 is a method of fixing one's own hair and a stopper (fixing member) using an adhesive or an adhesive tape when fixing artificial hair (hair material). This method includes a mounting base fixed along the outer periphery of the back surface of the wig base, a film or sheet-like member, and a fixing member having a slit for passing through one's own hair of the wearer. After passing one's own hair of the wearer through the slit, it is a method of adhering one end side and the other end side of the fixing member with the own hair sandwiched therebetween. This adhesive took a long time to cure, and there was a problem that it took a long time for the fixing work without proceeding to the next work.

[0009] The inventor of the present invention focused on using a photocurable adhesive for this adhesive. It was considered that it could be cured in a shorter time compared to a normal adhesive and could be used for a positioning function as well as an adhesive function.

[0010] The present invention was devised to solve such problems. That is, an object of the present invention is to quickly and firmly fix a wig by irradiating a photocurable adhesive with LED light when fixing the wig to the head, and further fix each hair of one's own hair firmly to the wearing tool from the hairline at the same length, that is, as a bundle. It is an object of the present invention to provide a wearing tool for a wig using a photocurable adhesive and a wearing method thereof.

Means for Solving the Problems

[0011] The first wearing tool for a wig according to the present invention is a wearing tool for a wig that uses a photocurable adhesive to fix it to the hair when fixing a wig (61) to a person's head, and a rigid film-like mounting plate (12) attached to the base portion (62), a tubular member (14) attached to the mounting plate (12) through which one's own hair (H) is inserted, and several anchors (15) formed on the mounting plate (12) that function as positioning for a plurality of one's own hairs (H). A predetermined number of natural hairs (H) are inserted into the tubular member (14) with reference to the anchor (15), and the tubular member (14) is crushed in a state where the tubular member (14) is shifted to near the root of the natural hair (H). The drawn natural hair (H), the mounting plate (12), and the anchor (15) are coated with a photocuring adhesive (GL), and the irradiation light of an LED (light-emitting diode) is applied to the natural hair (H), the mounting plate (12), and the anchor (15) to cure them faster than when they cure naturally. This is the gist of the invention.

[0012] The method for attaching a wig according to the first aspect of the present invention is a method for attaching a wig using a photocuring adhesive that is fixed to hair using a photocuring adhesive when attaching the wig (61) to a human head. A predetermined number of natural hairs (H) are inserted into a tubular member (14) attached to a mounting plate (12) with reference to several anchors (15) formed on the mounting plate (12). The natural hair (H) is pulled out from the tubular member (14), and the mounting plate (12) is arranged near the root of the natural hair (H). The tubular member (14) is shifted to near the root of the natural hair (H), and the tubular member (14) is crushed and fixed in a state where the natural hair (H) passes through. The mounting plate (12), the anchor (15), and the natural hair (H) are adhered with a photocuring adhesive (GL). The irradiation light of an LED (light-emitting diode) is applied to the mounting plate (12), the natural hair (H), and the anchor (15) to cure them faster than when they cure naturally. The mounting plate (12) is fixed to the base portion (62). This is the gist of the invention.

[0013] The wig attachment tool according to the second aspect of the present invention is a wig attachment tool using a photocuring adhesive that is fixed to hair using a photocuring adhesive when attaching the wig (61) to a human head. A rigid film-like first plate member (22) attached to the base portion (62), a second plate member (23) having a first through hole (25) and a second through hole (26), A hinge portion (24) connecting the first plate member (22) and the second plate member (23), It consists of several anchors (27) formed on the first plate material (22) and functioning as positioning for a plurality of natural hairs (H) to be drawn out. Into each of the first through-hole (25) and the second through-hole (26) of the second plate material (23), a predetermined number of natural hairs (H) are inserted aiming at the anchor (27), and the drawn-out natural hairs (H) and the first plate material (22) are adhered with a photocuring adhesive (GL), and it is configured to be cured earlier than when it is naturally cured by applying irradiation light of an LED (light-emitting diode). The first plate material (22) has an adhesive (28) applied thereto, and a release paper (29) is attached to its surface.

[0014] The method for attaching a wig according to the second invention is a method for attaching a wig using a photocuring adhesive that fixes the wig (61) to a human head using a photocuring adhesive, and It consists of two first plate materials (22) and a second plate material (23) connected by a hinge part (24) so as to be foldable in two, and several anchors (27) functioning as positioning for a plurality of natural hairs (H) to be drawn out are formed on the first plate material (22). The first plate material (22) is fixed to the base part (62). When drawing out the natural hairs (H) from the first through-hole (25) and the second through-hole (26) opened in the second plate material (23), a predetermined number of natural hairs (H) are drawn out based on several anchors (27) formed on the first plate material (22), and the mounting tool (21) is arranged near the hairline of the natural hairs (H). The first plate material (22), the anchor (27), and the natural hairs (H), and the second plate material (23) and the natural hairs (H) are adhered with a photocuring adhesive (GL) respectively. Irradiation light of an LED (light-emitting diode) is applied to each adhered part to cure it earlier than when it is naturally cured. The first plate material (22) and the second plate material (23) are fixed with an adhesive (28) so as to sandwich two natural hairs (H). Alternatively, a first plate member (22) with natural hair (H) fixed thereto with a photocuring adhesive (GL) and a second plate member (23) with natural hair (H) fixed thereto with a photocuring adhesive (GL) are bonded together with an adhesive (28) on the sides where the natural hair (H) is fixed.

[0015] The third wig attachment tool of the present invention is a wig attachment tool using a photocuring adhesive for fixing to hair using a photocuring adhesive when attaching a wig (61) to a human head, a rigid film-like attachment long plate (32) attached to a base portion (62), a thread member (33) attached to the attachment long plate (32) for inserting natural hair (H) into the attachment long plate (32), and several anchors (34) formed on the attachment long plate (32) and functioning as positioning for a plurality of natural hairs (H). A predetermined number of natural hairs (H) are inserted into the thread member (33) with reference to the anchor (34), and the drawn-out natural hairs (H), the attachment long plate (32), the thread member (33), and the anchor (34) are adhered with a photocuring adhesive (GL), and the LED (light-emitting diode) irradiation light is applied to the natural hairs (H), the attachment long plate (32), the thread member (33), and the anchor (34) to cure them more quickly and firmly than when curing naturally.

[0016] The third wig attachment method of the present invention is a wig attachment method using a photocuring adhesive for fixing to hair using a photocuring adhesive when attaching a wig (61) to a human head, A predetermined number of natural hairs (H) are inserted into a thread member (33) attached to an attachment long plate (32) with reference to several anchors (34) formed on the attachment long plate (32), the attachment long plate (32) is fixed to a base portion (62), When pulling out natural hairs (H) from the thread member (33), a predetermined number of natural hairs (H) are pulled out with reference to the anchor (34), and the attachment long plate (32) is arranged close to the hairline of the natural hairs (H), the attachment long plate (32), the thread member (33), the anchor (34), and the natural hairs (H) are adhered with a photocuring adhesive. The mounting long plate (32), the thread member (33), and the anchor (34) are used to irradiate the natural hair (H) with the irradiation light of an LED (light-emitting diode) to cure it firmly earlier than when it cures naturally. This is the gist of the invention.

Advantages of the Invention

[0017] In the wig mounting tool and mounting method of the present invention, since several anchors (15) are formed on the mounting plate (12), it serves as a rough standard for the number of natural hairs (H) based on this anchor (15), and the work becomes smoother. In particular, since each hair of the natural hair can be firmly fixed to the mounting tool as a bundle with the same length from the hair root, the mounting tool (11) can be firmly fixed to the head. Moreover, when a photocuring adhesive is used for this anchor (15), it can be fixed quickly by applying the irradiation light of an LED (light-emitting diode). Furthermore, when the same type of polymer resin as the photocuring adhesive used when fixing the natural hair (H) to the mounting plate (12) is used, there is compatibility and the strength after curing does not decrease.

[0018] In the second wig mounting tool and mounting method of the present invention, since the natural hair (H) is hooked at two locations from the second through-hole (26) and the first through-hole (25) of the mounting tool (21) composed of two plate materials (22, 23), this mounting tool (21) can be firmly fixed to the hair. In the mounting tool (21) composed of two plate materials (22, 23), since the natural hair (H) at two locations is sandwiched between the two plate materials (22, 23), together with the photocuring adhesive, this mounting tool (21) can be firmly fixed to the hair.

Brief Description of the Drawings

[0019]

Figure 1

Figure 2

Figure 3

Figure 4

Figure 5

Figure 6

Figure 7

Figure 8

Figure 9

Figure 10

Figure 11

Figure 12

Mode for Carrying Out the Invention

[0020] The wig wearing tool using the photocuring adhesive of the present invention can firmly fix each hair of the natural hair to the wearing tool from the hair roots with the same length, that is, as a bundle, and when fixing the wig to the head, by using the photocuring adhesive, the wig can be fastened.

Examples

[0021] Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings. <Configuration of the Wig Wearing Tool of Example 1> FIG. 1 shows a wearing tool called the chip type of Example 1. (a) is a front view, (b) is a side view, and (c) is a plan view. The chip type wearing tool 11 of Example 1 is a member composed of a mounting plate 12 attached to a base portion 62 and a tubular member 14 attached to this mounting plate 12 with a thread 13. As shown in FIG. 5, a plurality of this wearing tool 11 are attached to the base portion 62.

[0022] The mounting plate 12 is a member composed of small pieces in a square shape with one side of about 10 mm. As the material, various materials such as plastic can be used as long as it is a material to which a photocuring adhesive can be adhered. Further, since the tubular member 14 into which the natural hair H is inserted is attached, it is preferably a member having a certain degree of rigidity. Since the mounting plate 12 is a small piece, it is not limited to the square shape or rectangular shape in the illustrated example as long as it is a shape that is easy to hold with fingertips and easy to work with.

[0023] The tubular member 14 has an inner diameter (2 - 3 mm) that allows a plurality of natural hairs H to be inserted together. Also, as shown in the figure, the tubular member 14 is attached to the mounting plate 12 with a thread 13. When passing the natural hairs H through the tubular member 14, the orientation of the opening of the tubular member 14 can be changed, enabling the natural hairs H to be easily inserted.

[0024] The mounting tool 11 of the present invention is formed with several positioning anchors 15 that function to position a plurality of natural hairs H. These anchors 15 are formed at two locations near the tubular member 14, particularly on the side where the natural hairs H are inserted. This serves as a mark for passing a plurality of natural hairs H between the two anchors 15. Note that the number of anchors 15 is not limited to two and may be three as described later.

[0025] The anchor 15 of the present invention is formed with a "mountain-shaped" mark on the mounting plate 12 using a photocuring adhesive before being fixed to the natural hairs H. At this time, the irradiated light of an LED (light-emitting diode) is applied to the photocuring adhesive attached to the mounting plate 12 to cure it faster than when it cures naturally. Note that as long as this anchor 15 functions as a mark, it is not limited to a photocuring adhesive and a general adhesive (synthetic resin material) may also be used. Furthermore, although not shown in the figure, the mounting plate 12 may be provided with protrusions.

[0026] <Mounting method using the wig mounting tool of Example 1> Figure 2 is an explanatory diagram showing the working procedure of the chip-type mounting tool of Example 1. (a) is a front view of the state where the natural hairs are inserted into the tubular member, (b) is a front view of the state where the natural hairs are passed through the tubular member and moved close to the hair growth edge, and (c) is a side view of the state where the tubular member is crushed. Figure 3 is a front view showing the state where the photocuring adhesive is applied. (a) is the state where the photocuring adhesive is applied to the natural hairs and the anchor, and (b) is the state where the photocuring adhesive is applied not only to the natural hairs and the anchor but also to the tubular member. Figure 4 is a flowchart showing the mounting method using the mounting tool of Example 1. First, insert a predetermined number of natural hairs H into the tubular member 14 of the mounting plate 12, using several anchors 15 formed on the mounting plate 12 as marks. In the illustrated example, the natural hairs are shown as straight lines, but in actual work, a jig (not shown) is used. The tip of this jig is passed through the tubular member 14, a plurality of natural hairs are bundled at the tip, and then pulled out from the tubular member 14 as it is.

[0027] Next, further pull out the natural hair H from the tubular member 14 and move the mounting plate 12 close to the root of the natural hair H. This is to firmly fix the wearing tool 11 to the head. After fixing the wearing tool 11 that has been crushed with the natural hair H passed through the tubular member 14, apply a photocuring adhesive GL to the mounting plate 12 and the natural hair H. At this time, since the natural hair H is located between two anchors 15 of the mounting plate 12, the photocuring adhesive can be easily applied. Also, the application amount can be made uniform.

[0028] Finally, apply the irradiation light of an LED (light-emitting diode) to the mounting plate 12 and the natural hair H. By this irradiation, it can be cured firmly faster than when it cures naturally, and the fixing work can be completed quickly. It is necessary to fix about 10 wearing tools 11 to one head, and this can be completed in a short time.

[0029] As shown in Fig. 3(a), in the state of applying the photocuring adhesive GL, the photocuring adhesive GL can be applied up to the anchor 15 together with the natural hair H. For example, the shape to be applied can be an elongated rectangular shape as shown in the figure.

[0030] Furthermore, as shown in Fig. 3(b), in addition to the natural hair H and the anchor 15, the photocuring adhesive GL can be applied up to the tubular member 14. The reason for applying it up to the tubular member 14 is that this tubular member 14 may touch the scalp and be painful when the wig is worn, and the photocuring adhesive GL is applied to relieve it. For example, the shape to be applied can be a rectangular shape as shown in the figure. Of course, it is also possible to apply it in various shapes such as an elliptical shape.

[0031] When using a photocuring adhesive for this anchor 15, it can be quickly and firmly formed by applying the irradiation light of an LED (light-emitting diode). Furthermore, when using the same type of polymer resin as the photocuring adhesive used when fixing the natural hair H to the mounting plate 12, there is compatibility and the strength after curing does not decrease.

[0032] The photocuring adhesive used in the present invention may be either an ultraviolet curing type or a visible light curing type. For example, there are acrylic adhesives or epoxy adhesives. As the photocuring adhesive, a room temperature curing type adhesive that reacts highly sensitively to the wavelength region generated by each light irradiation device and polymerizes and cures is used. Also, in order to cope with various adhesive structures, it is also possible to use an adhesive whose curing mechanism is composite curing by ultraviolet light and anaerobic, or visible light and ultraviolet light.

[0033] <General configuration of the wig> FIG. 5 is a front view showing a state of a wig to which the mounting tool of the present invention is attached, as viewed from the base portion side. The wig 61 has a substantially hemispherical shape similar to the top of a person's head, and human hair or artificial hair is planted on the surface side of the base portion 62. Several mounting tools 11 of the present invention are attached to the back side of this base portion 62. Since this mounting tool 11 is fixed to the natural hair as described above, the wig 61 is fixed to the head.

Example

[0034] <Configuration of the mounting tool of the wig in Example 2> FIG. 6 shows a two-plate type mounting tool of Example 2, (a) is a front view, (b) is a side cross-sectional view, and (c) is a side cross-sectional view of a state where the two plate materials are closed. The two-plate type mounting tool 21 of Example 2 is a member composed of a film-like first plate material 22 having rigidity attached to the base portion 62 and a second plate material 23, and both are connected by a hinge portion 24. A plurality of this mounting tool 21 is attached to the base portion 62 in the same manner as that shown in FIG. 5. Note that although referred to as the first and the second, they do not indicate order or grade, and are used to distinguish members of the same form.

[0035] The first plate member 22 is attached to the base portion 62. The second plate member 23 is provided with a first through hole 25 and a second through hole 26. The first plate member 22 and the second plate member 23 can be opened and closed by a hinge portion 24. The mounting tool 21 of the second embodiment is also such that the first plate member 22 and the second plate member 23 are members formed of small pieces having a rectangular or square shape with one side being about 10 mm. As long as the material can adhere a photocuring adhesive as in the first embodiment, various materials such as plastics can be used.

[0036] The first through hole 25 formed in the second plate member 23 is a hole for inserting the self-hairs H. Compared with the tubular member 14 of the first embodiment shown in FIG. 1, the area is wider, the self-hairs H can be grasped as a bundle, and the mounting tool 21 can be firmly fixed after mounting.

[0037] The second through hole 26 is formed near the hinge portion 24 of the second plate member 23. This second through hole 26 is also for inserting the self-hairs H. Two self-hairs H can be inserted into one mounting tool 21, and it can be more firmly fixed compared to the configuration of fixing at one location. The reason for forming the second through hole 26 of the second plate member 23 near the hinge portion 24 is that it becomes difficult to overlap the plate members when through holes are opened in both the first plate member 22 and the second plate member 23. Therefore, two through holes are opened in one plate member (the second plate member 23).

[0038] In the mounting tool 21 of the second embodiment, several anchors 27 that function as positioning for a plurality of self-hairs H are also formed. The anchors 27 are formed before attaching the mounting tool 21 to the back surface side of the base portion 62. These anchors 27 are formed in the first plate member 22. Since through holes are opened at two small locations in the second plate member 23, there is no room to form the anchors 27. In the mounting tool 21 of the second embodiment, they are formed at three locations on the side where the self-hairs H are inserted. This is for making marks through which a plurality of self-hairs H pass between the three anchors 27. The method of forming the anchors 27 is the same as that of the first embodiment.

[0039] <Modification Example of the Wig Mounting Tool of the Second Embodiment> FIG. 7 shows a modified example of the wearing device of Example 2. (a) is a front view having an adhesive surface, (b) is a front view in a state where a release paper is attached to the adhesive surface, and (c) is a side cross-sectional view in a state where a release paper is attached to the adhesive surface. The wearing device 21 of Example 2 functions as a wearing device if the own hair H is fixed to the two through holes 25 and 26. It is not necessary to firmly bond the two plate materials with an adhesive. In a modified example of the wearing device of Example 2, an adhesive 28 is previously applied to the first plate material 22, and a release paper 29 is attached so that the own hair H does not stick to it during the operation of passing the own hair H. After passing the own hair H through each through hole and fixing it, the release paper 29 can be peeled off to temporarily fix the own hair H to the adhesive surface. Then, a photocuring adhesive is applied to each plate material to complete the fixing.

[0040] <Wearing method using the wearing device of Example 2> FIG. 8 is an explanatory diagram showing the working procedure of the wearing device of Example 2. (a) is a state before passing the own hair, (b) is a state where the own hair is passed through the second through hole, (c) is a state where the own hair is passed through the first through hole, (d) is a state after applying a photocuring adhesive to the own hair passed through the first through hole and the plate material and irradiating it with the irradiation light of an LED (light-emitting diode) for curing, (e) is a state after applying a photocuring adhesive to the own hair passed through the second through hole and the plate material and irradiating it with the irradiation light of an LED (light-emitting diode) for curing, and (f) is a state where the own hair is sandwiched between two plate materials. FIG. 9 is a flowchart showing the wearing method using the wearing device of Example 2. The wearing method using the wearing device 21 of Example 2 will be described. First, as shown in FIG. 8(a), several anchors 27 that function as positioning for a plurality of own hairs H to be pulled out are formed on the two first plate materials 22 connected by the hinge portion 24 so as to be folded in two. In the illustrated example, three anchors 27 are formed on the first plate material 22. As shown in FIG. 8(b), a predetermined number of own hairs H are inserted into the second through hole 26 using these several anchors 27 as marks. Also in Example 2, although the bundled own hairs are shown linearly in the illustrated example, in actual work, a jig (not shown) is used for the work. The tip of this jig is passed through the second through hole 26, a plurality of own hairs are bundled at the tip, and they are pulled out from the second through hole 26 as they are.

[0041] Next, as shown in FIG. 8(c), the natural hair H is further drawn out from the first through hole 25, and the mounting tool 21 is arranged near the hairline of the natural hair H. This is to firmly fix the mounting tool 21 to the head. After fixing the mounting tool 21, as shown in FIG. 8(d), a photocuring adhesive is applied to the natural hair H passed through the first through hole 25 and the second plate member 23. The irradiated light of an LED (light emitting diode) is applied to the natural hair H in the first through hole 25 and the photocuring adhesive.

[0042] As shown in FIG. 8(e), a photocuring adhesive is applied to the natural hair H passed through the first through hole 25 and the first plate member 22. The irradiated light of an LED (light emitting diode) is applied to the natural hair H in the first through hole 25, the natural hair H in the second through hole 26, and the photocuring adhesive. By this irradiation, it can be cured faster than when it cures naturally, and the fixing operation can be completed quickly. Since about 10 mounting tools 21 are fixed to one head, the work is completed in a short time. The next work can be efficiently advanced. In particular, since the natural hair H is located between the two anchors 27 in the first through hole 25 and the second through hole 26, the photocuring adhesive GL can be easily applied. Also, the application amount can be made uniform.

[0043] As shown in FIG. 8(f), the first plate member 22 with the natural hair H fixed by the adhesive and the second plate member 23 with the natural hair H fixed by the adhesive are surely bonded together with the adhesive 28 on the sides where the natural hair H is fixed.

Example

[0044] <Configuration of the wig mounting tool of Example 3> FIG. 10 shows a mounting tool called the thread type of Example 3, (a) is a front view, (b) is a side view, and (c) is a plan view. The one - plate - type mounting tool 31 of Example 3 is a member composed of a film - like mounting long plate 32 having rigidity and attached to the base portion 62, and a thread member 33 attached thereto for sandwiching the natural hair H between the mounting long plate 32. A plurality of the mounting long plates 32 are attached to the base portion 62 in the same manner as shown in FIG. 5.

[0045] The mounting long plate 32 is attached to the base portion 62. An adhesive is applied to the mounting long plate 32. The release paper of the mounting long plate 32 is peeled off, and the surface coated with the adhesive is attached to the base portion 62 for attachment.

[0046] In the mounting tool 31 of Example 3 as well, the mounting long plate 32 is a member composed of small pieces in a rectangular shape with one side being about 10 mm. As long as the material can adhere a photocuring adhesive like in Examples 1 and 2, various materials such as plastic can be used.

[0047] The thread member 33 is a member for inserting the natural hair H. The mounting long plate 32 is bent to create a gap between it and the thread member 33, and the natural hair H is inserted. It is possible to catch a large number of natural hairs H as a bundle, or conversely, fix them even with a small number.

[0048] In the mounting tool 31 of Example 3 as well, several anchors 34 that function as positioning for a plurality of natural hairs H are formed. This anchor 34 is formed on the mounting long plate 32. In the mounting tool 31 of Example 3, they are formed at three locations on the side where the natural hair H is inserted. This is for making marks through which a plurality of natural hairs H are passed between the three anchors 34. The method of forming the anchor 34 is the same as that in Example 1.

[0049] <Mounting method using the wig mounting tool of Example 3> FIG. 11 is an explanatory diagram showing the working procedure of the mounting tool of Example 3. (a) is the state before passing the natural hair, (b) is the state where the natural hair is passed through the thread member and the mounting long plate, (c) is the state where a photocuring adhesive is applied to the natural hair, the thread member, and the mounting long plate, and (d) is the state where the photocuring adhesive applied to the natural hair passed through the thread member and the mounting long plate is cured. FIG. 12 is a flowchart showing the mounting method using the mounting tool of Example 3. A method of wearing using the wearing device 31 of Example 3 will be described. First, as shown in Fig. 11(a), several anchors 34 that function as positioning for a plurality of natural hairs H to be pulled out are formed in parallel with the longitudinal direction of the thread member 33 attached to the wearing long plate 32. In the illustrated example, the anchors 34 are formed at three locations. As shown in Fig. 11(b), a predetermined number of natural hairs H are passed through the thread member 33 and the wearing long plate 32 using these several anchors 34 as marks. Also in Example 3, although the bundled natural hairs H are shown linearly in the illustrated example, in actual work, a jig (not shown) is used for the work. The tip of this jig is passed through the thread member 33, a plurality of natural hairs H are bundled at the tip, and they are pulled out from the thread member 33 as they are. The natural hairs H are further pulled out from the thread member 33, and the wearing device 31 is arranged near the hair roots of the natural hairs H. This is to firmly fix the wearing device 31 to the head.

[0050] Next, after arranging the wearing device 31 as shown in Fig. 11(c), a photocuring adhesive is applied to the natural hairs H, the anchors 34, and the thread member 33. Finally, the irradiation light of an LED (light emitting diode) is applied to the natural hairs H, the anchors 34, and the thread member 33. By this irradiation, it can be cured firmly faster than when it cures naturally, and the fixing work can be completed quickly. Since about 10 wearing devices 31 are fixed to the base portion 62 on one person's head, the work is completed in a short time. The next work can be carried out efficiently.

[0051] Note that the present invention is not limited to the above-described embodiments of the invention as long as the wig can be firmly fixed quickly by irradiating the photocuring adhesive with LED light when fixing the wig to the head, and each hair of the natural hair can be firmly fixed to the wearing device from the hair roots with the same length, that is, as a bundle. Needless to say, various changes can be made without departing from the gist of the present invention.

Industrial Applicability

[0052] The method of wearing a wig using the photocuring adhesive of the present invention can be used when fixing a wig on a person's head.

Explanation of Signs

[0053] 11 Mounting device (Example 1) 12 Mounting plate 13 Thread 14 Tubular member 15 Anchor 21 Mounting device (Example 2) 22 First plate 23 Second plate 24 Hinge part 25 First through hole 26 Second through hole 27 Anchor 28 Adhesive 29 Release paper 31 Mounting device (Example 3) 32 Mounting long plate 33 Thread member 34 Anchor 61 Wig 62 Base part H Own hair GL Photo-curing adhesive

Claims

1. A wig attachment using a photocuring adhesive for fixing to hair using a photocuring adhesive when attaching a wig (61) to a human head, comprising: A rigid film-like mounting plate (12) attached to a base portion (62); A tubular member (14) attached to the mounting plate (12) into which natural hair (H) is inserted; Comprising a plurality of anchors (15) formed on the mounting plate (12) and functioning as positioning means for a plurality of natural hairs (H); A predetermined number of natural hairs (H) are inserted into the tubular member (14) based on the anchors (15), the tubular member (14) is crushed in a state where it is shifted to near the hairline of the natural hair (H), and the pulled-out natural hair (H), the mounting plate (12), and the anchors (15) are coated with a photocuring adhesive (GL), and the irradiated light of an LED (light-emitting diode) is applied to the natural hair (H), the mounting plate (12), and the anchors (15) to cure them faster than when naturally cured. The attachment using a photocuring adhesive is characterized by this.

2. A method for attaching a wig using a photocuring adhesive for fixing to hair using a photocuring adhesive when attaching a wig (61) to a human head, comprising: Inserting a predetermined number of natural hairs (H) into a tubular member (14) attached to a mounting plate (12) based on a plurality of anchors (15) formed on the mounting plate (12); Pulling out the natural hair (H) from the tubular member (14), arranging the mounting plate (12) near the hairline of the natural hair (H); Shifting the tubular member (14) to near the hairline of the natural hair (H), crushing and fixing the tubular member (14) with the natural hair (H) passing through it; Adhering the mounting plate (12), the anchors (15), and the natural hair (H) with a photocuring adhesive (GL); Applying the irradiated light of an LED (light-emitting diode) to the mounting plate (12), the anchors (15), and the natural hair (H) to cure them faster than when naturally cured; Fixing the mounting plate (12) to a base portion (62). The method for attaching a wig using a photocuring adhesive is characterized by this.

3. A wig attachment using a photocuring adhesive for fixing to hair using a photocuring adhesive when attaching a wig (61) to a human head, comprising: A rigid film-like first plate material (22) attached to a base portion (62), and a second plate material (23) having a first through-hole (25) and a second through-hole (26); A hinge portion (24) connecting the first plate material (22) and the second plate material (23); It consists of several anchors (27) formed on the first plate material (22) and functioning as positioning for a plurality of drawn natural hairs (H). A predetermined number of natural hairs (H) are inserted into each of the first through-hole (25) and the second through-hole (26) of the second plate material (23) targeting the anchor (27), and the drawn natural hairs (H) and the first plate material (22) are adhered with a photocuring adhesive (GL), and it is configured to be cured faster than when it cures naturally by applying irradiation light of an LED (light-emitting diode). A wig mounting tool using a photocuring adhesive, characterized by this.

4. The first plate material (22) has an adhesive (28) applied thereto, and a release paper (29) is attached to the surface thereof. A wig mounting tool using the photocuring adhesive according to claim 3, characterized by this.

5. A method of mounting a wig using a photocuring adhesive for fixing to hair using a photocuring adhesive when fixing a wig (61) to a human head, It consists of two first plate materials (22) and a second plate material (23) connected by a hinge part (24) so as to be foldable in two, and several anchors (27) functioning as positioning for a plurality of drawn natural hairs (H) are formed on the first plate material (22). Fix the first plate material (22) to the base part (62). When pulling out natural hairs (H) from each of the first through-hole (25) and the second through-hole (26) opened in the second plate material (23), a predetermined number of natural hairs (H) are pulled out based on several anchors (27) formed on the first plate material (22), and the mounting tool (21) is arranged near the hair growth edge of the natural hairs (H). The first plate material (22), the anchor (27), and the natural hairs (H), and the second plate material (23) and the natural hairs (H) are adhered with a photocuring adhesive (GL) respectively. Irradiation light of an LED (light-emitting diode) is applied to each adhered part to cure it faster than when it cures naturally. A method of mounting a wig using a photocuring adhesive, characterized by fixing the first plate material (22) and the second plate material (23) with an adhesive (28) so as to sandwich two natural hairs (H).

6. The first plate material (22) with natural hairs (H) fixed with a photocuring adhesive (GL) and the second plate material (23) with natural hairs (H) fixed with a photocuring adhesive (GL) are bonded together with an adhesive (28) on the sides where the natural hairs (H) are fixed. A method of mounting a wig using the photocuring adhesive according to claim 5, characterized by this.

7. A wig wearing device using a photocuring adhesive for fixing to hair using a photocuring adhesive when attaching a wig (61) to a human head, A rigid film-like mounting long plate (32) attached to a base portion (62), A thread member (33) attached to the mounting long plate (32) for inserting natural hair (H) into the mounting long plate (32), Comprising a plurality of anchors (34) formed on the mounting long plate (32) and functioning as positioning for a plurality of natural hairs (H), A predetermined number of natural hairs (H) are inserted into the thread member (33) based on the anchor (34), and the drawn natural hairs (H), the mounting long plate (32), the thread member (33) and the anchor (34) are adhered with a photocuring adhesive (GL), and the irradiated light of an LED (light emitting diode) is applied to the natural hairs (H), the mounting long plate (32), the thread member (33) and the anchor (34) to cure them more quickly and firmly than when naturally curing. A wig wearing device using a photocuring adhesive, characterized in that.

8. A method of wearing a wig using a photocuring adhesive for fixing to hair using a photocuring adhesive when attaching a wig (61) to a human head, A predetermined number of natural hairs (H) are inserted into a thread member (33) attached to a mounting long plate (32) based on a plurality of anchors (34) formed on the mounting long plate (32), The mounting long plate (32) is fixed to the base portion (62), When pulling out the natural hairs (H) from the thread member (33), a predetermined number of natural hairs (H) are pulled out based on the anchor (34), and the mounting long plate (32) is arranged close to the hairline of the natural hairs (H), The mounting long plate (32), the thread member (33) and the anchor (34) and the natural hairs (H) are adhered with a photocuring adhesive, A method of wearing a wig using a photocuring adhesive, characterized in that the irradiated light of an LED (light emitting diode) is applied to the mounting long plate (32), the thread member (33) and the anchor (34) and the natural hairs (H) to cure them more quickly and firmly than when naturally curing.

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