KR101151852B1 - Thread with knot for attaching wig, manufacturing method of said thread with knot and wig attaching method using said thread with knot - Google Patents

Abstract

The present invention relates to a method for manufacturing a knot forming thread for attaching a wig, a method for manufacturing a knot forming thread for attaching a wig, and a method for attaching a wig using the knot forming thread for attaching a wig, and more specifically, to easily bind a wig auxiliary thread and a hair of an operator. It is possible to easily attach the bone wig to the subject's hair without using a separate adhesive, the knot forming room for attaching the wig to produce a naturalness by the small knot, the manufacture of the knot forming room for attaching the wig The method and the method for attaching a wig using the knot forming thread for attaching a wig.

To this end, the wig knot forming thread of the present invention is a knot forming thread for wig attachment having a knot formed therebetween, and ends of threads of the knot forming room in the state where the wig auxiliary thread attached to the wig and the hair of the operator are inserted into the inner space of the knot. When pulling, it makes a 'snap' sound at a certain moment and binds the wig auxiliary thread inserted into the knot and the operator's hair, and pulls both ends of the thread of the knot forming thread while nothing is inserted into the inner space of the knot. In this case, the thread knot is made of a structure that is released in a straight line shape.

Description

Method of manufacturing knot forming chamber for wig attachment, method of manufacturing the knot forming chamber for wig attachment, and method for attaching wig using the knot forming thread for wig attachment {THREAD WITH KNOT FOR ATTACHING WIG KNOT}

The present invention relates to a method for manufacturing a knot forming room for attaching a wig, a method for manufacturing a knot forming room for attaching a wig, and a method for attaching a wig using the knot forming room for attaching a wig. It makes it easy to bind the hair, and the wig can be easily attached to the subject's hair without using any adhesive, and the knot is small to produce naturalness. It relates to a knot forming room, a method of manufacturing the knot forming room for attaching a wig and a method for attaching a wig using the knot forming room for attaching a wig.

In general, a wig is worn on the head of a person who has thin hair and covers the complex of the body due to the thinning hair, and plays a role of emphasizing the appearance by implementing various hairstyles.

The wig is usually made by tying the hair to the bone-like bone irradiation, and the hair is formed by planting the hair cover.

However, in the above-described conventional wig, in the case of the wig using the cover, when the cover is covered on the head, the ventilation is not performed well, and the interview area between the cover and the head becomes cold, and it is caused by tickling and skin disease caused by the generated sweat. And there was a problem that causes boiling and the like.

In view of this point, in recent years, a lot of wigs using a bone irradiation having a good ventilation effect has been used. A wig using such bone irradiation consists of a hair, a bone-like bone irradiation in which the hair is planted, and a clip for supporting the bone irradiation on the head.

However, the wig using the conventional bone irradiation, the clip is supported on a certain portion of the head, so the pressure is concentrated on a specific part, which causes discomfort to the wearer. There was a troublesome problem.

Patent Application No. 2009-98634 (October 16, 2009) filed by the applicant of the present invention in order to solve such a problem (name of the invention: wig manufacturing method using bone irradiation yarn and wig manufactured by the wig manufacturing method) Is proposed. In the above patent, the portion forming the lower base of the wig has a lattice pattern, so that the ventilation is smooth and the pressure applied to the head by the wig is dispersed to obtain an effect of improving the fit.

However, when attaching a wig manufactured using the above-described bone irradiation yarn to the subject, when using the clip by the conventional method, since the clip is supported on a certain part of the head, the pressure is concentrated on a specific part, which is still unpleasant to the wig wearer. It will give, and every time you wear or take off the wig, you need to fasten or loosen the clip, which is a very complicated problem.

The present invention is to solve the above-mentioned problems, to provide a wig attachment knot forming chamber and the method of manufacturing the wig attachment knot forming chamber to easily bind the wig auxiliary room and the subject's hair attached to the wig. For the purpose of

In addition, the present invention can easily attach a wig to the hair of the fisherman without using a separate adhesive using a knot forming thread for attaching a wig, using a knot forming thread for attaching a wig which can produce a naturalness with a small knot. Another object is to provide a method for attaching a wig.

The wig knot forming chamber of the present invention for achieving the above object is a knot forming chamber for attaching a wig with a knot formed therebetween, and the knot forming chamber in a state in which the wig auxiliary chamber attached to the wig and the hair of the operator is inserted into the inner space of the knot. When pulling the both ends of the thread, the wig auxiliary thread inserted into the knot and the hair of the operator, and when pulling both ends of the thread of the knot forming thread in the state that nothing is inserted into the inner space of the knot, the thread knot It is characterized by having a structure that is unwound in a straight line shape.

The knot forming chamber of the present invention has a structure in which a 'click' sound is generated in a process of binding the wig auxiliary thread inserted into the knot and the subject's hair by pulling both ends of the thread.

In addition, the method of manufacturing the wig knot forming thread of the present invention is to hang a thread of a predetermined length to the hanger so that one end of the thread is located in front of the hanger and the other end of the thread is located behind the hanger, Pulling the other end forward to overlap the end of the thread to form a first loop portion on the hanger, and passing the other end of the thread back to the hanger to form a second loop portion on the hanger; Pulling the other end of the thread forward so that it overlaps one end of the thread in front of the hanger, moving the second loop portion of the thread downwards, and at the same time a predetermined length of the middle of the other end side of the thread into the space of the second loop portion; Inserting and removing the back to form a third ring portion, pulling the third ring portion to push the second ring portion near the hanger to form a knot, Holding the knot by hand, rotating the entire thread counterclockwise one rotation about the first loop portion formed on the hanger, twisting the third loop portion by about 180 degrees counterclockwise, And pulling one end of the hanger into the inner space of the third ring part to pull the third ring part, and pulling the other end of the thread to form a thread knot on the hanger.

The hanger of the present invention is preferably formed of a ring-shaped hanger, it can be further formed to be a straight or polygonal hanger.

In addition, the knot forming chamber is formed in the hanger 40-50.

In addition, the wig attachment method using the wig forming thread for wig attachment of the present invention, the first step of placing a skeleton wig on the head of the subject to be treated; A second step of binding the auxiliary chamber attached to one corner of the lattice pattern forming the lower base of the bone wig and the subject's hair using the knot forming chamber; A third process of repeating the second process along the girth of the plaid pattern of the bone wig; A fourth step of extracting the operator's hair from each region in the grid of the bone wig using an editor needle; Characterized in that it comprises a.

In the second step of the present invention, the first step of holding the number of strands of the subject's hair with the auxiliary chamber attached to one corner of the grid pattern by hand, and the knot forming chamber is inserted into the auxiliary chamber and the operator's hair The second step of the end of the knot forming thread, the knot forming thread is pushed up to the annular part of the editor needle, and then the ring of the editor needle is removed from the knot forming thread and the hair to be treated between the knots of the knot forming thread and A third step of allowing the wig auxiliary thread to pass through and exiting the wig auxiliary thread and the hair which exited the knot part of the knot forming thread with one hand, and closely attaching the knot of the knot forming thread to the corner end of the wig, A fourth step of pulling down the operator's hair, and pulling the both ends of the knot forming chamber and the auxiliary chamber and the fish And a fifth step of binding the operator hair, and a sixth step of cutting out the excess knot forming chamber and the extra auxiliary thread extending from the knot portion of the knot forming chamber.

On the other hand, after the fourth process may further include a fifth process to produce a natural shape by trimming the subject hair.

In the first step of the second process, the subject's hair is preferably 10 strands-12 strands.

In the fourth step of the second process, it is preferable to lower the knot of the knot forming chamber to a position of 4mm-6mm from the lower end of the operator's hair.

In the fifth step of the second process of the present invention, by pulling the both ends of the knot forming chamber until the 'click' sound is to be firmly fixed to the auxiliary chamber and the subject's hair.

In the sixth step of the second process, it is preferable that the excess knot forming chamber and the extra auxiliary thread have a length remaining after removal to be 0.8 mm-1.2 mm from the knot of the knot forming chamber.

In the third process, the second process is performed in the order of the front part side, both side surfaces, and the rear side of the lattice pattern located on the face side of the subject.

The second process performed on the rear side of the grid pattern in the third process may be performed after the fourth process.

The fourth process is preferably performed by approaching the center part starting from the edge of the grid pattern of the bone irradiated wig.

According to the present invention, by using a wig attachment knot forming chamber that can easily bind the wig auxiliary room and the hair of the operator by pulling the both ends of the thread, the procedure of the wig is simple, the size of the knot It has a small effect that can produce naturalness after the procedure.

In addition, since the adhesive is not used, it has a harmless effect to the human body, and has excellent ventilation characteristics due to the characteristic of the lattice pattern forming the lower base of the wig, and exhibits an excellent fit.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1K is a view showing a state in which a knot forming chamber for attaching a wig of the present invention is mounted on a hanger.

As shown in the figure, the knot forming chamber 30 is mounted on the hanger 10 by using the hanger 10 during the manufacture of the knot forming chamber 30, and the manufactured knot forming chamber 30 is hanger. It is because it can be stored easily by using (10).

The knot forming chamber 30 of the present invention is that the knot 39 is formed in the middle of the thread, the auxiliary chamber for attaching the wig (not shown) and the hair of the operator (not shown) into the inner space of the knot 39. When the force is gradually applied by pulling both ends 30a and 30b of the knot forming chamber 30 in the inserted state, the auxiliary room for attaching the wig inserted into the knot 39 and the operator of the knot 39 The structure firmly binds the hair.

The sound generated in the process of firmly binding the object inserted into the inner space of the knot 39 of the knot forming chamber 30 by pulling both ends 30a and 30b of the knot forming chamber 30 Sound, or similar sound) is a sound generated when a predetermined portion of the thread passes through the narrow space inside the knot 39.

Therefore, when the above-mentioned sound is generated in the process of pulling both ends 30a and 30b of the knot forming chamber 30, it may be determined that the binding at the knot 39 is made firm.

On the other hand, when both ends 30a and 30b of the thread are pulled in a state where nothing is inserted into the inner space of the knot 39 of the knot forming chamber 30, the thread knot 39 is released in a straight line shape. .

Therefore, the knot forming chamber 30 of the present invention having the above-described structure inserts an object to be bundled into the inner side of the knot 39 formed in the middle, for example, an auxiliary chamber for attaching a wig and a hair of the operator to form the knot forming chamber 30. Just by pulling both ends (30a, 30b) of the knot (39) can achieve a solid binding can be used very conveniently during the wig attachment procedure.

Hereinafter, the manufacturing method of the knot forming chamber of this invention which has the above-mentioned structure is demonstrated.

1A to 1K are views illustrating a manufacturing process of the knot forming chamber according to the present invention.

First, the thread 30 of fixed length is hanged on the hanger 10. As shown in FIG. At this time, one end 30a of the thread 30 is located in front of the hanger 10 and the other end 30b of the thread is located behind the hanger 10 (see FIG. 1A).

The other end 30b of the thread located at the rear of the hanger 10 is pulled forward to overlap the other end 30b of the thread located in front of the hanger 10. At this time, the first ring portion 31 is formed on the hanger 10 (see Fig. 1b).

The other end of the thread is passed back to the rear of the hanger 10 to form a circular second ring portion 33 on the hanger 10 (see FIG. 1C).

The other end of the thread located behind the hanger 10 is pulled forward so as to overlap the end 30a of the thread located in front of the hanger 10 (see FIG. 1D).

Next, the second ring portion 33 is moved downward and a certain length of the middle portion of the other end 30b side of the thread is inserted into the inner space of the second ring portion 33 and pulled out rearward. At this time, the predetermined length of the middle portion of the other end 30b side of the thread does not fall into the inner space of the second ring portion 33 so that the predetermined length remains. The portion pulled downward forms a third ring portion 35 (see FIG. 1E).

Next, by pulling the third ring portion 35, the second ring portion 33 is pushed up near the hanger 10 to form a knot 37 (see FIG. 1F).

Next, in the state of holding the knot 37 located directly below the hanger 10 by hand, the entire thread is rotated one anticlockwise direction about the first ring portion 31 formed on the hanger 10. FIG. 1G is a state in which it rotates counterclockwise, and FIG. 1H is a state in which one revolution is completed.

Next, twist the third ring portion 35 formed in the process of forming the knot 37 about 180 degrees in the counterclockwise direction (see FIG. 1I).

The twisted third ring part 35 is pulled by hand so that one end of the hanger 10 is inserted into the inner space of the third ring part 35 (see FIG. 1J).

The other end 30b of the thread is pulled so that the knot 39 is completed on the hanger 10.

That is, the final knot 39 is tightly tightened by pulling the other end 30b of the thread into close contact with the third ring part 35 toward the first ring part 31 fixed on the hanger 10. Is formed (see Fig. 1K).

The knot forming chamber 30 according to the present invention is a state in which the state shown in FIG. 1K is completed, and in order to use the knot forming chamber 30, the completed knot forming chamber 30 is formed using an editor needle. It is taken out from the hanger 10 and used.

On the other hand, the knot forming chamber 30 needs to be formed on the hanger 10 in order to facilitate the convenience and storage of the work during the wig procedure.

2A and 2B are views showing a state where a plurality of knot forming chambers of the present invention are formed on a hanger.

In the present embodiment, a ring-shaped hanger 50 is used, and the knot forming chamber 30 of the present invention mounted on the ring-shaped hanger 50 is used by pulling out one by one using an editor needle 70 during a wig procedure. It is done.

As the hanger to which the knot forming chamber 30 of the present invention is attached, other types of hangers, such as a straight line or a polygon, may be used in addition to the ring hanger 50.

Hereinafter, the process of attaching the wig to the hair of the operator using the knot forming chamber of the present invention will be described.

In this embodiment, a wig (hereinafter referred to as a 'bone irradiation wig') (patent application No. 2009-98634) attached to a subject is manufactured by a wig manufacturing method using a bone irradiation yarn developed and filed by the present applicant. This will be described using an example.

First, the structure of the bone wig will be described with reference.

Figure 3a is a perspective view of the irradiated wig, Figure 3b is a view showing a state in which the auxiliary chamber for the wig is attached to one corner of the grid pattern of the irradiated wig.

As shown in Figure 3a, the bone wig 200 has a structure in which the wig hair 230 is attached to the grid pattern 210 forming the lower base of the wig 200, the grid pattern As shown in FIG. 3B, a wig attachment auxiliary room 270 (hereinafter referred to as a wig auxiliary room) is attached to each corner of the 210 to facilitate attachment of the wig 200.

That is, the illustrated bone irradiation wig 200 pulls the natural hair of the subject into the inner region of the grid 250 formed in the grid pattern 210.

4A to 4G are views illustrating a process of attaching one side edge portion of the plaid pattern of the bone irrigation wig to the subject's hair using the knot forming chamber of the present invention.

First, one knot forming chamber 30 of the present invention is taken out of the ring-shaped hanger 50 and inserted into the editor needle 70. The drawn knot forming chamber 30 passes over the tip ring 73 of the editor needle 70 and is placed on the needle bar 71.

Next, the lattice pattern 210 of the wig is placed on the head of the operator 300, and the predetermined number of strands of the hair 310 to be treated, for example, about 10-12 strands, is attached to the corners of the lattice pattern 210. Hold with one hand with the wig auxiliary room 270 (see Figs. 2b and 4a).

The wig auxiliary chamber 270 and the operator's hair 310 are attached to the tip ring portion 73 of the editor needle 70 in which the knot forming chamber 30 is inserted (see FIG. 4B).

Next, the knot forming chamber 30 is pushed up toward the loop portion 73 of the editor needle 70, and then the loop portion 73 of the editor needle 70 is pulled out of the knot forming chamber 30. At this time, the hair 310 of the subject and the wig auxiliary chamber 270 come out together into the inner space of the knot 39 of the knot forming chamber 30 (see FIGS. 4C and 4D).

Placing the knot 39 of the knot forming room 30 in a state in which the wig auxiliary room 270 and the operator's hair 310 which escaped into the inner space of the knot forming room 30 are held by one side of the knot forming room 30. In close contact with the corner end of the pattern 210, it is pulled down to the lower part of the operator's hair (310). At this time, the knot 39 is pulled down to the position of 4mm-6mm from the lower end of the operator's hair 310 (see Fig. 4e).

Next, the both ends 30a and 30b of the knot forming chamber 30 are pulled together to bind the wig auxiliary chamber 270 and the operator hair 310 together in the inner space of the knot 39 of the knot forming chamber 30. . At this time, when pulling both side ends (30a, 30b) of the knot forming chamber 30 of the present invention, a moment 'squeeze' sound is generated in the pulling process by gradually applying force, this moment is knot forming chamber ( The knot 39 of the 30 indicates that the wig auxiliary room 270 and the operator hair 310 are completely fixed.

After that, the extra knot forming chamber 30 and the extra wig auxiliary chamber 270 extending out above the knot 39 of the knot forming chamber 30 are cut out with scissors. At this time, the length of the remaining knot-forming chamber 30 and the wig attachment chamber 270 after the removal is 0.8 mm-1.2 mm from the knot part 39 of the knot-forming chamber 30 (see FIG. 4F). )

4G illustrates a state in which one side edge portion of the lattice pattern 210 of the wig is finally attached to the subject hair 310 by the knot forming chamber 30 of the present invention.

Hereinafter, a process of attaching a wig using the knot forming thread of the present invention will be described in detail.

5A to 5G are views illustrating a process of attaching a wig using the knot forming thread of the present invention, and illustrating a wig attaching process performed along the circumference of the lattice pattern of the wig.

In the plaid pattern 210 forming the base of the wig 200, first, the front side of the plaid pattern 210, that is, each corner portion (①, ②,-) close to the face F of the subject (F). ⑤) using the knot forming chamber 30 to perform the wig binding operation (process of Figs. 4a to 4g).

Letters A, B, C-, K displayed along the circumference of the lattice pattern 210 in the drawing indicate an internal spatial region of the lattice 250 (see FIG. 5A).

Next, the wig binding operation is performed using the knot forming chamber 30 along each corner portion (①, ②,-, ⑧) of both sides of the lattice pattern 210 of the wig. (See FIG. 5B).

Of the lattice 250 formed on the lattice pattern 210 of the wig, first, the operator's hair 310 in the A region is pulled out using the editor needle 70 (see FIG. 5C).

Next, the operator's hair 310 is pulled out over the inner regions of all the grids 250 of the grid pattern 210 in the same manner as in FIG. 5C. At this time, when the operator's hair 310 is extracted from each area of the grid 250 formed on the grid pattern pattern 210, the method proceeds in a manner of approaching the center part starting from the edge of the grid pattern pattern 210. It is good. For example, in the case of the lattice 250 arranged in 5c and FIG. 5d, the hair 310 of the subject is pulled out in the order of the alphabets (A, B, C,-, K). (FIG. 5D, FIG. 5). See 5e)

After extracting the subject's hair 310 from each area of all the grids 250 of the plaid pattern 210, the back edge of the plaid pattern 210, that is, the head of the plaid pattern 210 ( B) the wig auxiliary chamber 270 and the subject's hair 310 are attached to each other using the knot forming chamber 30 at the corners (①, ②,-⑤) located on the side B) (see FIG. 5F).

On the other hand, before attaching the rear edge portion of the plaid pattern 210 of the wig to the subject hair 310, a portion of the center of the plaid pattern 210 may be attached to the subject's hair 310 first.

Next, the operator's hair 310 and the hair of the wig 200 (30 in FIG. 3), which have exited all areas of the grid 250 of the plaid pattern 20, are trimmed with a brush or other wax, and the like. Produces naturalness (see Fig. 5g).

As described above, the present invention can easily bind the attachment thread attached to the corner of the grid pattern pattern using the knot forming chamber and the hair of the subject, and after the procedure of the wig, the size of the knot is small, the appearance is aesthetic This improves the natural hair of the wig and the hair of the wig extracted from the inner region of the lattice, so that the naturalness of the hair can be exerted.

1A to 1K are views illustrating a manufacturing process of a knot forming thread for attaching a wig according to the present invention;

2A and 2B are views showing a state where a plurality of knot forming chambers are formed on a hanger of the present invention;

3A is a perspective view of the bone wig,

Figure 3b is a view showing a state in which the wig auxiliary chamber is attached to the bone wig of Figure 3a,

Figures 4a to 4g is a view showing a process of attaching the one side edge portion of the plaid pattern of the bone wig using the knot forming chamber of the present invention to the subject's hair,

5a to 5g are views illustrating a process of attaching a wig using the knot forming chamber of the present invention.

<Explanation of symbols for the main parts of the drawings>

10: hanger 30: knot forming chamber

31,33,35: ring 37,39: knot

50: Hanger 70: Editor Needle

200: Wig 210: Plaid Pattern

230: wig hair 250: grid

300: the operator's head 310: the operator's hair

Claims (15)

A knot forming thread for attaching a wig with a knot formed in the middle, When pulling both ends of the thread of the knot forming room with the wig auxiliary room attached to the wig and the subject's hair inserted into the inner space of the knot, the wig auxiliary room inserted into the knot is attached to the subject's hair, When the both ends of the thread of the knot forming chamber is pulled in a state in which nothing is inserted into the inner space of the knot, the knot forming chamber for wig attachment having a structure in which the knot is released in a straight line. The method according to claim 1, Pulling the both ends of the thread of the knot forming chamber wig knot forming room for generating a 'squeak' sound in the process of binding the wig auxiliary chamber inserted into the knot and the subject's hair. delete delete delete As a wig attachment method for attaching the bone irradiated wig to the subject using the wig forming thread for attaching the wig of claim 1, A first step of placing the bone wig on the head of the subject to be treated; A second step of binding the auxiliary chamber attached to one corner of the lattice pattern forming the lower base of the bone wig and the subject's hair using the knot forming chamber; A third process of repeating the second process along the girth of the plaid pattern of the bone wig; A fourth process of extracting the subject's hair from each region in the grid of the bone wig using an editor needle; The second process, A first step of holding the number of strands of the subject's hair by hand with an auxiliary chamber attached to one edge of the grid pattern; A second step of hanging the auxiliary chamber and the operator's hair on the distal end of the editor needle into which the knot forming chamber is inserted; A third step of pushing up the knot forming thread toward the loop of the editor needle, and then pulling the loop of the editor needle out of the knot forming thread so that the hair and the wig auxiliary thread to be treated between the knots of the knot forming thread are passed through and exited; A fourth step of holding the wig auxiliary thread and the hair which have exited the knot part of the knot forming thread with one hand, closely attaching the knot part of the knot forming thread to the corner end of the wig and pulling down the subject hair; A fifth step of pulling both ends of the knot forming chamber to bind the auxiliary chamber and the subject's hair; And a sixth step of cutting out the excess knot forming thread and the auxiliary auxiliary thread extending from the knot portion of the knot forming thread. delete The method according to claim 6, A method of attaching a wig using a knot forming thread further comprising a fifth process of trimming the subject hair after the fourth process to produce a natural shape. The method according to claim 6, In the first step of the second process, the subject's hair is attached to the wig using a knot forming thread having 10-12 strands. The method according to claim 6, In the fourth step of the second process, the wig attaching method using the knot forming chamber to lower the knot portion of the knot forming chamber to a position of 4mm-6mm from the lower end of the operator's hair. delete The method according to claim 6, In the sixth step of the second process, the excess knot forming chamber and auxiliary thread is removed so that 0.8mm-1.2mm is left from the knot portion of the knot forming chamber. The method according to claim 6, Wherein the third step is a wig attachment method using a knot forming chamber consisting of the second step is performed in the order of the front side, both sides, the rear side of the grid pattern located on the face side of the subject. The method according to claim 13, The method of attaching a wig using a knot forming thread to be performed after the fourth process is performed on the rear side of the grid pattern in the third process. The method according to claim 6, The fourth step is a wig attachment method using a knot forming chamber that proceeds from the edge of the grid pattern of the bone wig to approach the center portion.

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