KR950009463B1 - Wig - Google Patents

Abstract

No content.

Description

wig

1 is a perspective view showing the whole wig according to an embodiment of the present invention,

2 is an enlarged perspective view of a plurality of chain-like fine-grained members used in the wig illustrated in FIG.

FIG. 3a is an enlarged perspective view showing the first hair transplant method of the wig illustrated in FIG.

3b is a cross sectional view taken along line IIIb-IIIb of FIG. 3a,

Figure 4a is an enlarged perspective view showing a second hair transplant method of the wig illustrated in Figure 1,

4b is a cross sectional view taken along line IVb-IVb of FIG. 4a,

FIG. 5 is a partial perspective view showing the third hair-feeding method of the wig of FIG. 1, in which the chain-like fine yarn is simply illustrated as a flat fine yarn for convenience of description;

FIG. 6 is an enlarged perspective view showing how the chain-like fine thread member wears the wig of FIG. 1 illustrated as simply a flat fine thread member for convenience of description;

7 is a partial cross-sectional view showing a fixed or worn state of the wig illustrated in FIG.

8 is a view in which one of a pair of cross-phase fine threaded members that cross each other is inserted through a nose of another chain-like fine threaded member so that the other chain-like fine-grained member slides along the length of one chain-like fine-grained member. A partial enlarged perspective view showing an example.

* Explanation of symbols for main parts of the drawings

10: wig 17: hair growth chain-phase fine member

11a, 11b: fine thread member H: hair

12: chain-like fine yarn H ': curl hair

13: seedling frame 14: filament

15: User remaining hair

The present invention relates to a wig that can be easily fixed and worn on the user's head, and more particularly, to a wig used in the hair loss state (薄 毛 狀態), which is the initial stage of hair loss, or intended to obtain a fashion effect.

Typically, a plurality of hairs are planted in the wig by using a wig base formed of artificial skin and / or a net base having a plurality of fine meshes as a wig base covering a user's head. One wig has been widely used.

If a wig using the above-described wig base made of a soft synthetic resin is worn on the user's head for a long time, the skin breathing of the head leather skin is disturbed and skin ventilation is difficult. Therefore, attempts have been made to release moisture or moisture to the surroundings by circulating or circulating air between the inside and the outside of the wig base by forming a plurality of pores through the wig base, but this attempt has been insufficient.

Moreover, a wig in which nylon is used as the wig base and a plurality of hairs are planted in the net is also known.

In order to improve or increase the density of the amount of hair being planted, the nets are usually equipped with fine meshes such as 15 to 50 meshes per 2.54 mm.

For this reason, when a wig is worn on the wearer's head, the remaining hair is pressed under the net and the wearer feels pressure.

In addition, the hairstyle becomes flat and the wig performance is inferior in breathability. In addition, when the net nose is small or thin, the net base has a flat surface structure or a flat plate structure. Thus, the net is easily visible or exposed through the gaps between the hair strands planted in the wig base.

However, in order to wear a wig having the structure described above on the user's head, a proper number of fixing members or wig pins are installed on the back of the net base or on the back of the base made of synthetic resin material.

Between these pins, the user's own remaining hair is pressed and clamped so that the wig is held in place on the user's head through these pins.

However, if a wig pin is inserted between the wig base and the user's head, the wig will float in response to the wig and the wig will not be sufficiently fixed to the head.

This gives a sense of wearing and appearance discomfort. In addition, if the original remaining hair is clamped between the pins and the pin tightening force is strong, there is a disadvantage in that the remaining original hair is clamped in the position.

Therefore, it is an object of the present invention that the skin breathing of the skin of the hair when the wig is put on the head and the wig can be fixed well around the wearer's head, so that the hair part of the wearer is very naturally covered and the wig is damaged on the remaining hair. It is to provide a wig that can be easily installed and peeled off the wearer's head without giving.

Another object of the present invention is to provide a wig easy to handle wigs because the weight and flexibility of the wig is not used because the artificial skin and its own heavy netting net and pin are not used.

In order to achieve the above object, according to the present invention, the tufted frame is bulging outward as a whole, has a hat-shaped outer structure, and has a periphery-end frame formed of an approximately long oval structure, and the plurality of chain-like fine-fiber members are each filament Is arranged in the periphery-end frame in cross-relationship and is fixed to the periphery-end frame to form a plurality of openings in the tufting frame, wherein the plurality of hairs are planted in the tufting frame and extend outwardly; When the wig is worn on the user's head, a plurality of hairs of the user's own head are drawn out through the openings in the tufts and mixed with the hairs that have been tufted in the tufts.

According to the arrangement of the present invention, when the wig is worn on the user's head, near or adjacent to the center portion of the tufting frame first presses the crown of the wearer's head. A pair of strings or straps respectively installed on the left and right portions of the periphery-end frame are tied under the wearer's chin to pull the periphery-frame down.

Since the tuft forming frame that forms the wig is configured to be given elasticity by a plurality of chain-like fine-fiber members, the wig can be fixed in close contact with at least a part of the wearer's head to be covered with expansion or contraction without being loose or loose. .

Under the condition described above, the wearer's remaining hair comes out through the opening of the hair transplanting frame by a brush or the like. The hair coming out through the opening is fixed and mixed with the hair planted in the planting frame.

Then remove the pair of strings.

Therefore, the remaining hair of the wearer and the hair of the wig are entangled with each other, and the chain-like fine-grained member forming the tufts of hair tends to shrink.

The portion of the chain-like fine-grained member disposed perpendicular to the hair flow of the wearer's remaining hair is in contact with the skin of the wearer's head at a position proximate to the hair root of the remaining hair drawn out through the opening. Thus, the wig is prevented from floating on the wearer's head and is fixed to the entire wearer's head.

As described above, according to the present invention, the wig does not interfere with skin respiration of the leather skin of the wearer's head.

Moreover, the wig is fixed in close contact with the wearer's head and can be easily fixed to the wearer's head. Thus, it provides a wig that can cover the hair part of the wearer's hair very naturally without damaging the wearer's remaining hair.

It can also provide a wig that can be used for decorative fashion.

1, there is shown a perspective view of a wig 10 according to an embodiment of the invention which does not illustrate hair.

The wig 10 is worn on the user's head.

The wig 10 includes a plurality of hairs H, which are implanted in the hair transplanting frame 13, (not shown in FIG. 1 but shown in FIGS. 3 (a) to 7) and the hair transplanting frame 13. Equipped. The weaving frame 13 is composed of a periphery-end frame 11 and a plurality of chain-like fine-grained members 12 disposed in the longitudinal- and latitude-directions in the periphery-end frame 11.

The circumferential-end frame 11 is formed in a substantially annular shape in the form of an elongated elliptical structure extending along the outer circumferential end of the tufted frame 13.

The periphery-end frame 11 has a frontal head formed by the threaded member 11a and a back head formed by the elastic threaded member 11b.

The frontal head threaded member 11a is made of the same material as nylon threaded member 12 knitted in a chain-like structure or nylon, and the elastic headed threaded member 11b of the head head is preferably made of rubber.

If the raw material of the fine yarn member 11a is nylon, the raw material itself may be inelastic, but some elasticity may be imparted to the fine yarn member 11a.

Both the fine threading members 11a and 11b are fixed to each other at an approximately intermediate position of the tufting frame 13.

Therefore, when the wig 10 is written on the wearer's head, the fine member 11a of the periphery-end frame 11 is brought into contact with or adjacent to the front part of the head of the wearer under pressure so that the wig is approximately convexly curved. .

The elastic fine yarn member 11b contracts along the nape of the wearer and gradually becomes concave from the protruding larynx of the wearer so that the elastic fine yarn member 11b is fixed to the nape of the wearer. So the circumferential-end of the wig 10 fits properly around the wearer's head and is firmly fixed thereto.

In the illustrated embodiment, as shown in the enlarged view of FIG. 2, each chain-like fine-fiber member 12 is knitted in a chain-phase by a single filament 14 to obtain some degree of elasticity. It is preferable that the filament 14 forming each chain-shaped fine-fiber member 12 is made of a resin material such as nylon, polyester or the like. However, the filaments 14 are not limited to nylon or polyester. Also, the wearer's natural hair generally has a diameter of about 0.07 mm to 0.1 mm. Therefore, in order to prevent the filament 14 from appearing larger in diameter than the wearer's normal natural hair, it is preferable to use the filament 14 having a cross-sectional diameter of approximately 0.05 mm to 0.2 mm.

In FIGS. 3 (a) to 7, the filaments 14 are exemplified by their diameter being exaggerated compared to the thickness of the hair H or 15.

The knitting method of the filament 14 may be selected as rib piece structure, chain piece structure and the like.

For example, the filament 14 is knitted as illustrated in FIG. 2 to give the chain-like fine-grained member 12 elasticity in the left and right directions in FIG. 2 even if the pin filament 14 itself is not elastic. You lose.

In this manner, as illustrated in FIG. 1, the flexible chain-like fine-fiber member 12 has a predetermined number of lattice members 12a and a predetermined number of longitudinal members extending from the crown of the tufting frame 13 as a vertex. (12b). The latitude and longitude members 12a and 12b are arranged in the circumferential-end frame 11 in a mutually intersecting relationship.

Latitude and longitude members 12a, 12b disposed in a mutually intersecting relationship are fixed or bonded to each other in a lattice shape. That is, the chain-like fine thread members 12a and 12b are fixed to the circumferential-end frame 11 at intervals from each other to form a plurality of openings in the tufting frame 13.

As shown in FIG. 1, the tufting frame 13 is spread out to the outside to have a hat-shaped outer structure that matches the shape of the wearer's head.

Thus, as illustrated in FIG. 1, the central adjoining portion of the tufting frame 13 squeezes the crown of the wearer's head and the chain-like fine-grained member 12 is in the longitudinal direction when the tufting frame 13 is worn down on the head. The chain-loop of the member 12 is reduced in diameter by being pulled in. The chain-like fine threaded member 12 extends or expands as the diameter decreases. The chain-like fine-grained member 12 tends to contract by the reaction force of the extension or expansion of the chain-like fine-fine-fine member 12.

At this time, the chain-like fine-grained member 12a disposed in the form of hypocrisy is in contact with the skin of the wearer's head at the position of the proximity of each remaining hair (not shown) hair root of the wearer. The chain-like fine-grained member 12 is held under pressure so that it does not float in the proximity of the hair root of each of the wearer's hairs.

So the wig 10 can be worn over the wearer's head.

The structure of the opening formed by the chain-like sanding member 12 in connection with the above description is not limited to a rectangle or trapezoid, for example, the chain-like sanding member 12 is a relatively large diamond in the periphery-end frame 11. It can be arranged in a cross relationship to form an opening. If desired, the openings formed by the chain-like fine-grained member 12 may be triangular or pentagonal or other structures.

In addition, the plurality of used chain-like fine-grained members 12 can be appropriately adjusted as described below according to the hair loss state of the thin part of the wearer's head which is covered and hidden.

A plurality of hairs (H) are planted in the tufting frame 13 to extend the outside in the following manner.

First, a description will be given with reference to FIGS. 3A and 3B.

The hair H is planted on the chain-like fine-grained member 12 which cooperates with each other to form the hair-stitching frame 13. At this time, the filament l4 forming each chain-like fine-grained member 12 is knitted into a chain structure.

By doing so, the filament 14 has an inverted triangular cross-sectional structure in a plane perpendicular to its longitudinal direction. In other words, the filament 14 forms an inverted triangle cross-sectional structure having three filament portions 14a, 14b, and 14c.

One of the three filament parts, filament 14a is located below the remaining two filaments 14b, 14c. At least one or two strands of hair H, in particular, are fixed or bonded to one filament 14a to extend outward through the space formed by the remaining two filaments 14b, 14c.

As described above, the remaining two filaments 14b and 14c are positioned on one filament 14a with the hair H positioned between them.

Therefore, as shown in FIG. 3 (b), the remaining two filaments 14b and 14c are respectively adjacent to two outwardly extending hair hairs H which are fixed or bonded to one filament 14a. It is substantially perpendicular to the frame 13 to support two hairs (H). Thus, the hair filaments 14 shown in FIGS. 3 (a) and 3 (b) are located in the crown of the wearer's head because the hair H can be maintained in a substantially modified manner in the hair follicle 13. It is suitable for fixing or bonding hair on some powders of (13).

4A and 4B show another method of weaving the weaving frame 13.

The filaments 14, respectively forming the chain-like fine-grained member 12, are knitted as illustrated in FIGS. 4A and 4B.

Thus the filament 14 has a triangular structure in its longitudinally extending plane. In other words, the filament 14 has a triangular cross sectional structure having three filament portions 14a, 14b, and 14c.

One of the new filament portions, filament 14c, is located above the remaining two filament portions 14a, 14b. At least one or two strands of the hair H planted in the hair transplanting frame 13 are fixed to the remaining two filament portions 14a and 14b and are supported by one filament 14c and extend outwardly.

That is, the remaining two filament portions 14a and 14b are positioned adjacent to each other and the hair H has their connection portions fixed to the remaining two filament portions 14a and 14b.

The hairs H thus have their front ends protruding outward or upwards. The hair H implanted into the remaining two filament portions 14a and 14b extends perpendicular to the hair transplanting frame 13 adjacent to one filament portion 14c.

Compared to the case in which the hair H is planted on a single filament part, after the hair is planted, the fixing part of the hair H is moved at an angle with respect to the filament 14 in its circumferential direction so that the hair H is in the hair transplanting frame 13 ) The movement at the angle below is reduced.

Thus, damage to the hairstyle of the wig 10 can be effectively prevented.

When the connecting portion of the hair H is wound around the three filament parts 14a, 14b, and 14c and is fixed therein, the hair dressing operation itself is easy, but the dislocation or movement of the hair H is not longer than the length of the filament 14 Alternatively, the hair H, which is easy to rise along the chain-like fine threading member 12, is inclined on the chain-like fine threading member 12 such that a uniform increase in hair quantity is impossible. In contrast, as illustrated in FIGS. 4A and 4B, each chain forming the chain-like fine-grained member 12 when the connecting portion of the hair H is fixed to the two filament portions 14a and 14b. There is no fear that the knots of the hair (H) planted above or below the upper loop slip in the longitudinal direction.

In connection with the above description, the hair H implanted into the tufted frame 13 may be natural hair, artificial hair, or a mixture thereof.

In addition, the hair (H) is planted in each filament 14 in the following manner to produce a suitable wig.

5 is an enlarged view showing the hair state being planted with respect to the filament 14.

Note that in FIG. 5 the chain-like fine threading member 12 is illustrated as a flat fine threading member without the chain shown for ease of explanation. The filament 14 has an enlarged exaggerated diameter in FIG. 5. In fact, the filament 14 has a diameter almost the same as the diameter of the hair H is used. Normally, hair H is planted in the filament 14, and a plurality of curled hairs H 'are planted between the hairs H by mixing thereof.

Curl hair (H ') is shorter in length than hair (H). The curled hair H 'need not be fixed or coupled to the filament 14 at each position between the hairs that have been grafted. However, the curled hair H 'is planted on the hair transplanting frame 13 at positions adjacent to the hair H planted on the hair transplanting frame 13 at predetermined intervals.

In this way, the hair H is supported outwardly or upwardly by the curl hair H ', thereby giving a sense of volume to the entire wearer's hair.

According to an embodiment of the present invention, the wig 10 has the same structure as described above and is written on the wearer's head in the following manner.

First, it will be described with reference to FIG.

A pair of strings or straps are respectively installed in the left and right portions of the periphery-end frame 11.

The proximal portion of the center region of the tufts and frames 13 will press the crown of the wearer. Tie a pair of strings under the wearer's chin and pull them down.

By doing so, the chain-like fine-grained members 12a and 12b are formed in the longitudinal direction and the latitude direction because the weaving frame 13 forming the wig 100 is made of a chain-like fine-grained member 12 given elasticity. Stretching the tufts frame 13 is fixed to close on the wearer head with a suitable contracting force to cover the entire wearer head.

The frontal head or fine threaded member 11a of the periphery-end frame 11 is located on the hairline of the user's forehead and the rear head or elastic fine threaded member 11b is located on the nape of the user.

Since the yarn member 11a of the periphery-end frame 11 is made of the same material or nylon as the epic member l2 knitted in a chain-like structure, the yarn member 11a is subjected to the contracting force of the elastic yarn member 11b. By pressing the forehead of the user having the entire convex structure, the fine thread member 11a is well fitted to the forehead of the user. The elastic filamentary member llb of the periphery-end frame 11 is contracted to fit under the retraction force on the neck of the user having a concave structure from the user's back head. Thus, it is possible to prevent the peripheral-end frame 11 from peeling off from the user's head without the occurrence of wrinkles and looseness.

Thereafter, in order to form a plurality of openings, a brush for hairdressing or the like is used as in the ratio illustrated in FIG. 6 showing the state in which the chain-like fine-grained member 12 is arranged in a lattice manner. The remaining hair 15 of the user's original hair is drawn out through the relatively large opening of the hair transplanting frame 13. Note that in FIG. 6, the chain-shaped fine threaded member 12 is illustrated for convenience of description as if the chain is simply not shown. The remaining hair 15 of the user is mixed with the hair H planted in the hair transplanting frame 13 by a simple operation such as a brush.

By doing so, the remaining hair 15 of the user is mixed with the hair H to increase the amount of the user's hair so that the user's hair is actually hidden.

Finally, the string pairs that tie the left and right portions of the periphery-end frame 11 are loosened and removed. The chain-like fine-grained members 12 disposed longitudinally and latitudinally in the circumferential-end frame 11 contract in their respective directions in which the chain-like fine-grained members 12 extend.

Thus, the tufted frame 13 is well fitted to the entire user's head without loosening.

Under this condition, the chain-like fine-grained member 12a which forms a hypocrisy in the tufting frame 13 as shown in FIG. 7 extends perpendicularly to the user's remaining hair 15 and has a At the location of the root of the hair root, the user's head is adjacent to or pressed against the skin of the user. That is, the chain-like fine-grained member 12a is each of the user in a direction perpendicular to the flow direction of the remaining hair 15 at a position where the remaining hair 15 extends vertically along the longitudinal direction thereof. Adjacent to the hair root of the remaining hair 15 of.

Here, the chain-like fine-grained member 12a in the latitude direction is a chain-like fine-grained member 12b in the longitudinal direction that contracts in a direction facing the flow of the remaining hair 15, that is, in a direction toward the crown of the user's head, Attracted or stretched by force (see also Figure 1). Due to the force, the chain-like fine-grained member 12a in the latitude direction abuts against the hair root proximal portion of the remaining hair 15.

Thus, by the action of the pressure-contacting force, the wig 10 can be fixed in place of its entire wearer head without deviating and moving.

In addition, in FIG. 7, the chain-like fine-grained member 12a is exemplified only in a state in which the chain-like fine-grained member 12a is in contact with the hair root proximal portion of the remaining hair 15, but the remaining hair 15 is in accordance with the position where the remaining hair 15 is grown. May have different hair flows.

Therefore, there may be a case where the chain-like fine-grained member 12b is pressed against and contacted with the hair root proximal portion of the remaining hair 15 at a position other than the above position.

In connection with the above description, since the chain-like fine-grained member 12 is kept inflated or stretched at the same time as the wig 10 is worn on the user's head, wrinkles or looseness do not occur in the tufting frame 13.

So the wig 10 is fixed in close contact with the user's head.

Furthermore, as described above with reference to FIG. 5, when the curled hair H 'is mixed with the hair H that has been transplanted to the hair follicle 13 and planted on the hair follicle 13, the curled hair H' becomes hair. By supporting (H), the elevated state of the hair (H) can be maintained well. Therefore, the hair (H) can be prevented from falling out of the amount of hair. Furthermore, by inserting the curled hairs H 'between the hairs H, the hairs H can be kept in a rising state while maintaining their spacing.

Therefore, the volume of the whole wig 10 can be raised more than the actual increase of the number of whole strands of hair. Furthermore, the curled hair H 'works similarly to the remaining hair 15 which is drawn out through the opening in the hair follicle frame 13 as well as the hair H and mixed with the hair H.

Therefore, curl hair (H ') can further contribute to the improvement of the total volume.

Furthermore, the plurality of curled hairs H 'are implanted in the hair follicle frame 13, so that the chain-like fine-grained member 12 is not visible in appearance in the hair roots of the hair H planted in the hair follicle frame 13.

When the user takes off the wig 10 from the head, the peripheral-tip frame 11 is picked up by the user's finger in the proximity of the user's forehead and taken off.

Thus, the wig 10 can be taken off very easily.

Referring back to FIG. 1, the case where the hair loss condition of the hair proceeds in the vicinity of the back of the head 16 of the user's head is described, and the amount of hair in the vicinity of the back of the head 16 other than the thin hair position is increased. There is a need. In this case, at least one or a plurality of hair growth chain-like fine yarn members 17 are provided between the grids of the tufting frame and fixed to select two chain-like fine yarn members 12.

At least one or plural strands of hair similar to the hair H are planted in the hair-growing chain-like member 17 to partially increase the hair planted in the tufting frame 13. The chain-shaped fine threading member 17 for the hair growth has a structure similar to that of the chain-shaped fine threading member 12. Opposite ends of each of the thickening chain-like fine threading members 17 are respectively located at the position l2c of the proximal portion of the intermediate portion of each adjacent chain-like fine threading member 12b forming one opening of the tufting frame 13. Fixed or directly fixed.

In the above-described manner, the wig 10 according to the embodiment of the present invention may increase the amount of hair on the back of the head of the user's head in correspondence with the hair planted on the medium-haired chain-like fine-fiber member 17. Therefore, even if the wearer's hair is not uniform, even if the wig 10 is used, the appearance can be provided with the overall uniform amount of hair.

In addition, as shown in FIG. 8, the pairs of mutually intersecting yarn members are not both fixedly installed, but one of the pairs of mutual yarn members intersected with each other, for example, one of the yarn members 12a in the latitude direction, is in the longitudinal direction. It is arranged to be inserted through one nose of the other fine yarn member (12b). In this arrangement, the other fine thread member 12b can slide along the length of the fine thread member 12a of the hina.

In this manner, if the other yarn member 12b slides along the length of one yarn member 12a, there may be the following advantages. That is, when the remaining hair is combed and drawn out through the opening of the tufting frame, the other fine yarn member 12b slides along the length of one fine yarn member 12a to enlarge the opening.

By doing so, the withdrawal of the remaining hair through the opening is easily achieved.

It is also easy to adjust the amount of hair uniformly.

In connection with the above, in the case where hair loss proceeds partially and the skin visible from the outside should be covered, the chain-like fine member 12, the chain-like fine-fine member 17 and the chain- The hair root proximal portion of the hair implanted into the fine yarns 12 and 17 is colored in a color similar to the color of the user's hair. In this way, the chain-like fine-grained member 12 into which the hair H is planted can not be seen from the outside, and can provide a camouflage effect (迷彩 效果) so that it is hard to know whether the wig 10 is being worn.

Claims (20)

The flocking frame 13 is opened to the outside to form a hat-shaped outer structure, and has a circumferential-end frame 11 approximately formed in a long oval structure, and a plurality of chain-like fine-grained members 12 each formed by the filament 14. ) Is knitted to have elasticity, and the chain-like fine-grained member 12 is disposed in the circumferential-leading frame 11 in a mutually intersecting relationship, and the circumferential- so as to form a plurality of openings in the weaving frame 13. It is fixed to the end frame 11, a plurality of hair (H) is planted in the tufted frame 13 and extends to the outside of the frame, when the wig 10 is worn on the user's head a plurality of remaining hair of the user Wig (15) is drawn out to the outside through the opening of the hair transplanting frame (13) and mixed with the hair (H) planted in the hair transplanting frame (13). The wig according to claim 1, wherein the circumferential-end frame (11) has a frontal head formed by the threaded member (11a) and a back head formed by the elastic threaded member (11b). 3. The method according to claim 2, wherein the front thread part of the head member (11a) is made of nylon, the rear head part of the elastic thread member (1lb) is made of rubber, the head part (11a, 11b) of the flocked frame Wig, characterized in that the mutual fixation in the approximately intermediate position. The wig according to claim 1, wherein the circumferential-end frame (11) has a frontal head formed by the chain-like threaded member (11a) and a back head formed of the elastic threaded member (11b). The wig of claim 1, wherein the filaments (14) forming each chain-like fine-grained member (12) are made of nylon. 6. A wig according to claim 5, wherein said filaments (14) forming each said chain-like fine threaded member (12) have a diameter of a cross section of approximately 0.05 mm to 0.2 mm. A wig according to claim 1, wherein said filaments (14) forming each said chain-like fine threaded member (12) are knitted into rib piece tissue. A wig according to claim 1, wherein said filaments (14) forming each said chain-like fine-grained member (l2) are knitted into a chain piece structure. 2. The chain-like fine-grained member (12) according to claim 1, wherein each chain-like fine threaded member (12) has an inverted triangular cross-sectional structure with three filament portions (14a, 14b, 14c), with the remaining two of the filaments (14a) of the three filament portions. Located under the filaments 14b and 14c, at least one strand of hair H planted in the tufting frame 13 is planted in the one filament 14a and left by the remaining two filaments 14b and 14c. Wig, characterized in that it extends from the one filament (14a) through the formed space. 10. The hair filament (14) of claim 9, wherein at least two strands of hair (H) planted in the hair transplanting frame (13) are planted in the one filament (14a), and the remaining two filaments (14b, 14c) are the one filament (14a). Wigs, characterized in that to support the hair (H) of the two strands substantially perpendicular to the hair follicle frame (13) adjacent to each of the two hairs (H) planted in. 2. The two chain-shaped fine threaded members 12 have a triangular cross sectional structure with three filament portions 14a, 14b, 14c, and the remaining two of the filament portions 14c Located on the filament (14a, 14b), the at least one strand of hair (H) planted in the bristle frame 13 is fixed to the remaining two filaments (14a, 14b) and supported on the one filament (14c) outside Wig, characterized in that extending to. 12. The remaining two filaments (14a, 14b) are located adjacent to each other, at least two hairs (H) planted in the hair transplanting frame 13 is planted in the remaining two filaments (l4a, 14b) A wig which extends therefrom. 13. The method according to claim 12, wherein the two strands of hair (H) planted in the remaining two filaments (14a, 14b) extends substantially perpendicular to the weaving frame (13) adjacent to the one filament (14c). Featuring wigs. The wig according to claim 1, wherein the hair (H) planted in the hair transplanting frame (13) is any one of natural hair, artificial hair, and a mixture thereof. The method of claim 1, comprising a plurality of curl-like hair (H ') planted in the hair transplanting frame 13 by mixing with the hair (H) planted in the hair transplanting frame 13, the curled hair (H') The wig is characterized in that the length is shorter than the hair (H) planted in the hair transplanting frame (13) to support the hair (H) to the outside. The wig according to claim 5, wherein the curled hair (H ') is planted in the hair transplanting frame (13) at a position adjacent to the hair (H) planted in the hair transplanting frame (13) at predetermined intervals. The method of claim 1, wherein the chain-like fine-grained member (12) is a first member (12b) extending in the hardness of the weaving frame 13 and a second member extending in the latitude of the weaving frame (13) And each of the strands of the respective strands of the remaining hair 15, wherein the openings are formed to include the openings 12a, each of which has a substantially planar rectangular shape, and wherein the second member 12a extends perpendicular to the remaining hair 15 of the user. A wig, characterized in that adjacent to the skin of the user's hair in the vicinity of the hair root. 2. The at least one second chain-like fine yarn member (17) according to claim 1, wherein the weaving frame (13) extends therebetween and is secured to the two selected chain-like fine yarn members (12) mentioned earlier. Pohang, the at least one hair (H) planted in the hair transplanting frame 13 is the second chain-like fine-fiber member to partially increase the hair (H) planted in the planting frame (13) ( 17) characterized by being planted in a wig. 19. The apparatus according to claim 18, wherein the first-described chain-like fine-grained member 12, the latter chain-like fine-grained member 17 and the hair root proximal portion of the hair H implanted in the woolen frame 13 are used by the user. Wig, characterized in that it is colored with skin color and stunning color of hair. The method of claim 1, wherein one of the pair of chain-like fine yarns 12a intersected with each other is inserted through one of a plurality of noses of another chain-like fine yarn member 12b so that the other chain-like fine yarn member l2b is provided. Wig, characterized in that the sliding movement along the length of the one chain-like fine-grained member (2a).