JP6948651B2 - Hair transplanting equipment and hair transplanting method using this - Google Patents

Description

The present invention relates to a hair transplanting device and a hair transplanting method using the same.

The wig is produced by planting hair such as natural hair or artificial hair on a wig base formed according to the shape of the head, the area covering the head, and the like. The wig base is formed in a mesh shape by linear portions made of fiber members. When tying hair to such a linear portion of a wig base, for example, as shown in Patent Document 1, a hair transplanting device provided with one hook needle may be used to form a loop in the hair. Alternatively, the hair is pulled out of the loop to form a knot on the hair.

Japanese Unexamined Patent Publication No. 2017-066535

However, in Patent Document 1, since only one hook needle at the tip of the hair transplanting device is used, for example, the next different work may not be performed with the hair hooked on the hook needle. After removing the hair from the hook needle, other parts of the hair may be hooked on the hook needle again. For this reason, it takes skill to perform the hair transplanting work so that the hair removed from the hook needle is not entangled, and there is a problem that it is difficult to easily transplant the hair to the wig base.

Therefore, an object of the present invention is to provide a hair transplanting device capable of easily transplanting hair to a wig base and a hair transplanting method using the same.

The hair transplantation device of the present invention is a hair transplantation device for tying a knot on hair and transplanting the hair on a wig base, and is provided with a rod-shaped base and the tip portion of the base portion. A first holding portion capable of holding hair and a second holding portion provided along the base portion and capable of holding the hair at the tip portion are provided, and the first holding portion is provided with respect to the tip portion. The first movable piece is provided so as to be openable and closable, and includes a first holding mechanism for sandwiching and holding the hair between the first movable piece and the tip portion, and the second holding portion is the tip portion. A second movable piece is provided so as to be openable and closable independently of the first movable piece at a position facing the first movable piece via a portion, and the second movable piece and the tip portion are provided with the second movable piece. It is equipped with a second holding mechanism that holds the hair in between.

Further, the hair transplanting method of the present invention is a hair transplanting method in which a knot is formed on the hair and the hair is transplanted on the wig base, and the hair transplanting device is prepared and folded in half in a U shape. The hair is folded back at a linear portion of the wig base to form a first loop in the hair, and the first loop and two pieces of hair which are free ends of the hair are placed on one surface side of the wig base. After the tip of the flocking device is inserted into the first loop and the first loop forming step in which the flocking device is arranged to face each other, at least one free end of the hair piece is held by the first holding mechanism of the flocking device. The first flocking step of pulling out the hair transplanting device from the first loop while holding the flocking piece by the first holding mechanism, and the flocking step while holding the flocking piece by the first holding mechanism. The instrument is moved to the side of the first loop, and the hair pieces held by the first holding mechanism are folded back in the first loop to form a second loop, and the hair is transplanted in the second loop. The second loop forming step of inserting the second holding mechanism of the instrument and the second holding mechanism hold the hair piece which is at least one free end, and the hair piece held by the first holding mechanism. The second pulling out to form the knot on the hair by pulling out the flocking device from the second loop while holding the hair piece by the second holding mechanism. It has a process.

In the present invention, the hair pieces can be held by the second holding mechanism as needed while the hair pieces are held by the first holding mechanism, so that the hair transplanting operation can be performed without entwining the hair. Thus, the hair can be easily transplanted to the wig base.

It is the schematic which shows the whole structure of the hair transplantation apparatus of this invention. FIG. 2A is a cross-sectional view showing a cross-sectional configuration of a portion CC'of FIG. 1, and FIG. 2B is a partially enlarged view showing a detailed configuration of a tip portion, a first holding mechanism, and a second holding mechanism. It is the schematic which showed the structure of the tip part, the 1st holding mechanism and the 2nd holding mechanism seen from the arrow D direction of FIG. 2B. It is the schematic which showed the structure when the 1st holding mechanism was seen from the direction of arrow A of FIG. 3 when the 1st movable piece was opened. It is the schematic which showed the structure when the 2nd holding mechanism was seen from the direction of arrow B of FIG. 3 when the 2nd movable piece was opened. It is a schematic diagram which shows an example of how to hold a hair transplant device. FIG. 7A is a schematic view for explaining a work step (1) when hair is transplanted by "pandable planting" using the hair transplantation device of the present invention, and FIG. 7B is a schematic view showing the hair transplantation device of the present invention. It is a schematic diagram for demonstrating the work process (2) at the time of planting hair by "pan double planting" using. FIG. 8A is a schematic view for explaining a work step (3) when hair is transplanted by "pandable planting" using the hair transplantation device of the present invention, and FIG. 8B is a schematic view showing the hair transplantation device of the present invention. It is a schematic diagram for demonstrating the work process (4) at the time of planting hair by "pan double planting" using. FIG. 9A is a schematic view for explaining a work step (5) when hair is transplanted by "pandable planting" using the hair transplantation device of the present invention, and FIG. 9B is a schematic view showing the hair transplantation device of the present invention. It is a schematic diagram for demonstrating the work process (6) at the time of planting hair by "pan double planting" using. FIG. 10A is a schematic view for explaining a work step (7) when hair is transplanted by "pandable planting" using the hair transplantation device of the present invention, and FIG. 10B is a schematic view showing the hair transplantation device of the present invention. It is a schematic diagram for demonstrating the work process (8) at the time of planting hair by "pan double planting" using. FIG. 11A is a schematic view for explaining a work step (1) when hair is transplanted by "single pan single planting" using the hair transplantation device of the present invention, and FIG. 11B is a schematic view for explaining the work step (1). It is a schematic diagram for demonstrating the work process (2) at the time of planting hair by "single pan single planting" using. FIG. 12A is a schematic view for explaining a work step (3) when hair is transplanted by "single pan single planting" using the hair transplantation device of the present invention, and FIG. 12B is a schematic view for explaining the work step (3). It is a schematic diagram for demonstrating the work process (4) at the time of planting hair by "single pan single planting" using. FIG. 13A is a schematic view for explaining a work step (5) when hair is transplanted by "single pan single planting" using the hair transplantation device of the present invention, and FIG. 13B is a schematic view for explaining the work step (5). It is a schematic diagram for demonstrating the work process (6) when the hair is transplanted by "single pan single planting" using. FIG. 14A is a schematic view for explaining a work step (1) when hair is transplanted by "double single planting" using the hair transplantation device of the present invention, and FIG. 14B is a schematic view showing the hair transplantation device of the present invention. It is a schematic diagram for demonstrating the work process (2) at the time of planting hair by "double single planting" using. FIG. 15A is a schematic view for explaining a work step (3) when hair is transplanted by "double single planting" using the hair transplantation device of the present invention, and FIG. 15B is a schematic view showing the hair transplantation device of the present invention. It is a schematic diagram for demonstrating the work process (4) at the time of planting hair by "double single planting" using. It is the schematic which shows the structure (1) of the hair transplantation device by another embodiment, FIG. It is the schematic when both the 1st holding mechanism and the 2nd holding mechanism are in an open state. It is the schematic which shows the structure (2) of the hair transplantation device by another embodiment, FIG. 17A is a schematic view when both the 1st holding mechanism and the 2nd holding mechanism are closed state, and FIG. It is the schematic when both the 1st holding mechanism and the 2nd holding mechanism are in an open state.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
(1) Configuration of Hair Transplantation Device of the Present Invention FIG. 1 is a schematic view showing the overall configuration of the hair transplantation device 1 of the present invention. The hair transplant device 1 is used when connecting hair such as natural hair or artificial hair to a linear portion of a wig base. In this case, the flocking device 1 includes a rod-shaped base portion 2, a first holding portion 3 provided along the base portion 2, and a second holding portion 4 also provided along the base portion 2. In the case of the present embodiment, the base portion 2, the first holding portion 3, and the second holding portion 4 are formed of, for example, a metal material such as aluminum, stainless steel, titanium, or iron.

The base portion 2 has, for example, a columnar shaft portion 6, and a triangular strut-shaped tip portion 8 is integrally formed at the tip of the shaft portion 6. Further, a ring-shaped grip portion 7 is integrally formed at the base end of the shaft portion 6. The total length of the tip portion 8 and the shaft portion 6 is not particularly limited, and it is desirable to appropriately select the length in consideration of the distance between the wig base for connecting the hair and the operator.

The first holding portion 3 includes a linear first tubular portion 9a having a hollow inside, and the first tubular portion 9a is provided along the shaft portion 6 of the base portion 2. A rod-shaped first movable shaft 12a formed in accordance with the hollow shape inside is inserted into the first tubular portion 9a. When an external force is applied in the axial direction, the first movable shaft 12a moves in the first tubular portion 9a in the direction in which the external force is applied.

The first movable shaft 12a is provided with a first holding mechanism 10a at the tip thereof, and a ring-shaped grip portion 11a is integrally molded at the base end. When the grip portion 11a is pushed in the direction x1 approaching the first holding mechanism 10a, the first movable shaft 12a slides on the inner surface of the first tubular portion 9a and moves toward the first holding mechanism 10a. Further, when the grip portion 11a is pulled in the direction x2 away from the first holding mechanism 10a, the first movable shaft 12a slides in contact with the inner surface of the first cylinder portion 9a and moves toward the grip portion 11a side.

The first holding mechanism 10a has a first movable piece 16a, and a base end of the first movable piece 16a is rotatably provided on a rotating portion 19 provided on the first tubular portion 9a. The first movable piece 16a has a configuration in which the tip can be opened and closed with the base end as a rotation axis by moving the first movable shaft 12a in the x1 direction or the x2 direction. The detailed configuration of the first holding mechanism 10a will be described later.

On the other hand, the second holding portion 4 also includes a linear second tubular portion 9b having a hollow inside, and the second tubular portion 9b is provided along the shaft portion 6 of the base portion 2. .. Further, a rod-shaped second movable shaft 12b formed in accordance with the hollow shape inside is also inserted through the second cylinder portion 9b of the second holding portion 4. When an external force is applied in the axial direction, the second movable shaft 12b also moves in the second tubular portion 9b in the direction in which the external force is applied.

In the case of the present embodiment, as shown in FIG. 2A, the first cylinder portion 9a and the second cylinder portion 9b are not arranged side by side on the diameter line L1 of the shaft portion 6, and are not arranged side by side on the diameter line L1 of the shaft portion 6, and are centered on the shaft portion 6. The angle θ1 formed by the straight line La connecting the point O1 and the center point O2 of the first cylinder 9a and the straight line Lb connecting the center point O1 of the shaft 6 and the center point O3 of the second cylinder 9b is less than 180 degrees. , More preferably 120 degrees or less. As a result, in the present embodiment, the first cylinder portion 9a, the shaft portion 6 and the second cylinder portion 9b are simply arranged in a horizontal row in the width direction y1 along the diameter line L1 of the shaft portion 6. Therefore, the arrangement regions of the first cylinder portion 9a, the shaft portion 6 and the second cylinder portion 9b in the width direction y1 can be narrowed and reduced.

As shown in FIG. 1, the second movable shaft 12b is also provided with a second holding mechanism 10b at the tip, and a ring-shaped grip portion 11b is integrally molded at the base end. When the grip portion 11b is pushed toward the direction x1 approaching the second holding mechanism 10b, the second movable shaft 12b moves toward the second holding mechanism 10b side in the second tubular portion 9b. Further, when the grip portion 11b is pulled in the direction x2 away from the second holding mechanism 10b, the second movable shaft 12b moves toward the grip portion 11b side in the second tubular portion 9b.

The second holding mechanism 10b has a second movable piece 16b, and a base end of the second movable piece 16b is rotatably provided on a rotating portion 19 provided on the second tubular portion 9b. The second movable piece 16b has a configuration in which the tip can be opened and closed with the base end as the rotation axis by moving the second movable shaft 12b in the x1 direction or the x2 direction. The detailed configuration of the second holding mechanism 10b will be described later.

(2) Detailed Configuration of First Holding Mechanism and Second Holding Mechanism Next, detailed configurations of the first holding mechanism 10a and the second holding mechanism 10b will be described. FIG. 2B is an enlarged partially enlarged view of the tip portion 8, the first holding mechanism 10a, and the second holding mechanism 10b of the flocking device 1 shown in FIG. Further, FIG. 3 is a schematic view showing a configuration when the tip portion 8, the first holding mechanism 10a, and the second holding mechanism 10b are viewed from the direction of arrow D in FIG. 2B.

As shown in FIG. 2B, at the tip of the first tubular portion 9a, a bulging portion 15a that bulges from the first tubular portion 9a in a direction away from the tip portion 8 is formed, and the bulging portion 15a has a bulging portion 15a. A rotating portion 19 is provided.

The first movable piece 16a has a structure in which a curved tip portion 17a and a base end portion 18a are integrally molded, and the base end portion 18a is rotatably provided in the rotating portion 19. Further, the base end portion 18a is connected to the first movable shaft 12a via the connecting portion 23a.

In the present embodiment, the base end portion 18a of the first movable piece 16a has a notch portion 18c cut out so as to avoid the tip end of the first movable shaft 12a protruding from the bulging portion 15a along the tip end portion 8. The tip of the first movable shaft 12a is arranged in the hollow region ER2 surrounded by the notch 18c, the tip 8 and the bulge 15a formed by the notch 18c.

The connecting portion 23a connects the tip of the first movable shaft 12a protruding from the tip (bulging portion 15a) of the first tubular portion 9a and the base end portion 18a arranged on the extension line of the first movable shaft 12a. doing. Further, one end of the connecting portion 23a is rotatably provided on the first movable shaft 12a, and the other end is rotatably provided on the base end portion 18a.

In the present embodiment, the connecting portion 23a is formed in an elliptical shape having a predetermined thickness, and the flat surface at one end and the surface of the first movable shaft 12a are pivotally supported by the rotating portion 21 and the other end. The flat surface and the surface of the base end portion 18a are pivotally supported by the rotating portion 20.

Here, FIG. 4 is a schematic view when the first holding mechanism 10a is viewed from the direction of arrow A in FIG. 3, and shows the state of the first movable piece 16a when the first movable shaft 12a moves in the x1 direction. It is shown. As shown in FIG. 4, in the first holding mechanism 10a, when the first movable shaft 12a moves in the x1 direction, the other end of the connecting portion 23a rotates in a direction away from the tip portion 8 with the rotating portion 21 as a fulcrum. ..

As a result, in the first movable piece 16a, an external force acting in the direction away from the tip portion 8 is applied from the connecting portion 23a, and the curved tip portion 17a separates from the tip portion 8 with the rotating portion 19 of the bulging portion 15a as a fulcrum. Rotate in the direction. Thus, in the first movable piece 16a, the tip surface 25a of the curved tip 17a is separated from the tip 8, and the hollow holding region ER1 between the curved tip 17a and the tip 8 communicates with the outer space and opens. It becomes a state.

In this state, when the first movable shaft 12a moves in the x2 direction (FIG. 1) opposite to the x1 direction, the first holding mechanism 10a has the tip end portion of the other end of the connecting portion 23a with the rotating portion 21 as a fulcrum. It rotates in the direction approaching 8. As a result, in the first movable piece 16a, an external force attracted to the tip portion 8 is applied from the connecting portion 23a via the rotating portion 20, and the curved tip portion 17a has the curved tip portion 17a as a fulcrum with the rotating portion 19 of the bulging portion 15a as a fulcrum. It rotates in the direction approaching the tip portion 8. Thus, in the first movable piece 16a, the tip surface 25a of the curved tip portion 17a and the contact surface 25c are in contact with the tip portion 8, and the holding region ER1 between the curved tip portion 17a and the tip portion 8 is outside. It is not communicated with the space and is closed (Fig. 2B).

In the present embodiment, the curved tip portion 17a is made of a columnar member, and in a closed state, has a curved shape such that it gradually separates from the tip portion 8 and then gradually approaches the tip portion 8. A holding region ER1 can be formed between and. Further, the tip surface 25a of the curved tip portion 17a is formed to be flat according to the shape of the first side surface 8a of the tip portion 8 with which the curved tip portion 17a faces, and as shown in FIG. 3, the first side surface is formed. When it comes into contact with 8a and the curved tip portion 17a is closed, it can be in close contact with the first side surface 8a without a gap.

Here, the tip portion 8 is formed in a triangular strut shape, and the first side surface 8a with which the first movable piece 16a abuts and the second side surface 8b with which the second movable piece 16b abuts are formed in an inclined manner. ing. More specifically, it is desirable that the angle θ2 between the first side surface 8a and the second side surface 8b is 20 degrees or more and 120 degrees or less.

By setting the angle θ2 between the first side surface 8a and the second side surface 8b to 20 degrees or more, the tip portion 8 can be formed thickly, and the mechanical strength of the tip portion 8 can be maintained. By setting the angle θ2 between the first side surface 8a and the second side surface 8b to 120 degrees or less, the first movable piece 16a and the second movable piece 16b can be attached to the tip portion 8 while reducing the size in the width direction y1. It can be intervened and arranged to face each other.

Next, the second holding mechanism 10b will be described below. As shown in FIG. 2B, a bulging portion 15b that bulges in a direction away from the tip portion 8 is also formed at the tip of the second tubular portion 9b, and a rotating portion 19 is provided on the bulging portion 15b. Has been done.

The second movable piece 16b has a structure in which the holding portion 17b and the base end portion 18b are integrally molded, and the base end portion 18b is rotatably provided in the rotating portion 19. Further, the base end portion 18b is connected to the second movable shaft 12b via the connecting portion 23b.

In the present embodiment, the base end portion 18b of the second movable piece 16b has a notch portion 18d cut out so as to avoid the tip end of the second movable shaft 12b protruding from the bulging portion 15b along the tip end portion 8. The tip of the second movable shaft 12b is arranged in the hollow region ER2 surrounded by the notch 18d, the tip 8 and the bulge 15b formed by the notch 18d.

The connecting portion 23b connects the tip of the second movable shaft 12b protruding from the tip (bulging portion 15b) of the second tubular portion 9b and the base end portion 18b arranged on the extension line of the second movable shaft 12b. doing. Further, one end of the connecting portion 23b is rotatably provided on the second movable shaft 12b, and the other end is rotatably provided on the base end portion 18b.

In the present embodiment, the connecting portion 23b is formed in an elliptical shape having a predetermined thickness like the connecting portion 23a described above, and the flat surface at one end and the surface of the second movable shaft 12b are rotating portions. The flat surface at the other end and the surface of the base end portion 18b are pivotally supported by the rotating portion 20.

Here, FIG. 5 is a schematic view when the second holding mechanism 10b is viewed from the direction of arrow B in FIG. 3, and shows the state of the second movable piece 16b when the second movable shaft 12b moves in the x1 direction. It is shown. As shown in FIG. 5, in the second holding mechanism 10b, when the second movable shaft 12b moves in the x1 direction, the other end of the connecting portion 23b rotates in a direction away from the tip portion 8 with the rotating portion 21 as a fulcrum. ..

As a result, in the second movable piece 16b, an external force acting in the direction away from the tip portion 8 is applied from the connecting portion 23b, and the holding portion 17b is separated from the tip portion 8 with the rotating portion 19 of the bulging portion 15b as a fulcrum. Rotates to. Thus, in the second movable piece 16b, the flat surface 25b of the holding portion 17b may be separated from the tip portion 8, and the holding portion 17b may be in an open state.

In this state, in the second holding mechanism 10b, when the second movable shaft 12b moves in the x2 direction (FIG. 1), the other end of the connecting portion 23b approaches the tip portion 8 with the rotating portion 21 as a fulcrum. Rotate to. As a result, an external force attracted to the tip portion 8 of the second movable piece 16b is applied from the connecting portion 23b via the rotating portion 20, and the holding portion 17b is at the tip of the second movable piece 16b with the rotating portion 19 of the bulging portion 15b as a fulcrum. It rotates in the direction approaching the portion 8. Thus, the second movable piece 16b can be closed when the flat surface 25b of the holding portion 17b comes into contact with the tip end portion 8.

In the present embodiment, the flat surface 25b of the holding portion 17b is formed to be flat according to the shape of the second side surface 8b of the tip portion 8 with which the holding portion 17b faces, as shown in FIG. When the sandwiching portion 17b comes into contact with the second side surface 8b and is in a closed state, it can be in close contact with the second side surface 8b without a gap.

(3) Example of How to Hold the Hair Transplanting Device of the Present Invention Here, FIG. 6 is a schematic view showing an example of how to hold the hair transplanting device 1 when using the hair transplanting device 1. When the operator uses the flocking device 1 to tie the hair to the linear portion of the wig base, for example, the thumb H1 is passed through the ring-shaped grip portion 7 at the base 2 of the flocking device 1. At this time, the index finger H2 is passed through the ring-shaped grip portion 11b of the second holding portion 4, and the middle finger H3 is passed through the ring-shaped grip portion 11a of the first holding portion 3.

As a result, the operator can open or close the first movable piece 16a of the first holding mechanism 10a by moving the index finger H2 in the x1 direction or the x2 direction with reference to the thumb H1. Further, the operator can open or close the second movable piece 16b of the second holding mechanism 10b by moving the middle finger H3 in the x1 direction or the x2 direction with reference to the thumb H1.

By appropriately moving the index finger H2 and the middle finger H3 in this way, the operator opens and closes the first movable piece 16a and the second movable piece 16b, and holds the hair as necessary. Hair can be tied to the wig base by "pan double planting", "single pan single planting" or "double single planting".

(4) Example of use of the hair transplanting device of the present invention (4-1) About "Pandable planting" using the hair transplanting device of the present invention Next, when the hair is tied to the linear part of the wig base by "Pandable planting". The method of using the hair transplantation device 1 will be described below. First, along with preparing the hair transplanting device 1 (preparation step), a wig base having a mesh-like linear portion and hair are prepared. As shown in FIG. 7A, the hair 31 folded in half in a U shape is folded back at the linear portion 30 of the wig base, and the first loop R1 is formed on the hair 31 on one surface side of the wig base. , The first loop R1 and the two hair pieces 31a and 31b which are the free ends of the hair 31 are arranged to face each other on one surface side of the wig base (first loop forming step).

Next, in the first loop R1 formed by the hair 31 while the first movable piece 16a of the first holding mechanism 10a and the second movable piece 16b of the second holding mechanism 10b in the hair transplanting device 1 are kept closed. The tip of the hair transplanting device 1 is inserted. At this time, the flocking device 1 is inserted into the first loop R1 from the outside of the first loop R1 toward the two free-end hair pieces 31a and 31b. Next, as shown in FIG. 7B, the first movable piece 16a of the first holding mechanism 10a is opened, and one of the two free-end hair pieces 31a and 31a has one hair piece 31b at the tip 8 and the first. It is positioned between the movable pieces 16a. Next, as shown in FIG. 8A, the first movable piece 16a is closed, and the hair piece 31b is movably held in the holding region ER1 between the tip portion 8 and the first movable piece 16a (first hair piece holding step). ..

Next, as shown in FIG. 8B, the flocking device 1 is pulled out from the first loop R1 while holding one hair piece 31b by the first holding mechanism 10a (first pulling step). As a result, one hair piece 31b held by the hair transplanting device 1 is in a state of passing through the first loop R1. Next, as shown in FIG. 9A, the flocking device 1 is moved to the side of the first loop R1 (in the direction of the arrow in FIG. 9A) while holding the hair piece 31b by the first holding mechanism 10a, and then shown in FIG. 9B. As described above, the tip of the flocking device 1 is moved toward the remaining one hair piece 31a, which is the free end, through the side of the first loop R1 without passing through the first loop R1.

As a result, the hair piece 31b held by the first holding mechanism 10a is folded back by the first loop R1, and the second loop R2 into which the second holding mechanism 10b of the flocking device 1 is inserted is inserted into the first loop R1. It is formed on the side of (second loop forming step).

Next, as shown in FIG. 9B, the second movable piece 16b of the second holding mechanism 10b is opened, and the remaining one hair piece 31a, which is a free end and is not held by the flocking device 1, is attached to the tip portion 8 and the tip portion 8 and the remaining one hair piece 31a. It is positioned between the second movable pieces 16b. Then, as shown in FIG. 10A, the second movable piece 16b is closed, the tip portion 8 and the second movable piece 16b sandwich the hair piece 31a, and the second holding mechanism 10b holds the hair piece 31a.

At this time, the first movable piece 16a is opened, and the hair piece 31b held by the first holding mechanism 10a is separated and opened (second hair piece holding step). In this way, the hair piece 31b held by the hair transplanting device 1 and forming the second loop R2 is separated and replaced with another hair piece 31a at the free end.

Next, as shown in FIG. 10B, the flocking device 1 is pulled out from the inside of the second loop R2 while holding the one hair piece 31a that has been changed by the second holding mechanism 10b. As a result, one hair piece 31a changed by the hair transplanting device 1 is passed through the second loop R2, and the hair pieces 31a and 31b at the free ends are pulled to form a knot by "pan double planting" on the hair 31. Then, the hair 31 can be bound to the linear portion 30 of the wig base (second pulling step).

(4-2) About "single pan single planting" using the hair transplant device of the present invention Next, when connecting the hair 31 to the linear portion 30 of the wig base by "single pan single planting", which hair transplant device 1 is used. It will be described below how to use it. In this case, as shown in FIG. 11A, the U-shaped folded hair 31 is folded back at the linear portion 30 of the wig base, and the first loop R1 is formed on the hair 31 on one surface side of the wig base. After forming, the first loop R1 and the two hair pieces 31a and 31b which are the free ends of the hair 31 are arranged to face each other on one surface side of the wig base (first loop forming step).

Next, from the outside of the first loop R1 formed by the hair 31 while keeping the first movable piece 16a of the first holding mechanism 10a and the second movable piece 16b of the second holding mechanism 10b in the hair transplanting device 1 closed. , The tip of the hair transplanting device 1 is inserted into the first loop R1 toward the two hair pieces 31a and 31b at the free ends. Next, both of the two free-end hair pieces 31a and 31b are held in the holding region ER1 between the tip portion 8 and the first movable piece 16a (first hair piece holding step).

Next, as shown in FIG. 11B, the flocking device 1 is pulled out from the first loop R1 while holding the two hair pieces 31a and 31b by the first holding mechanism 10a (first pulling step). As a result, the two hair pieces 31a and 31b held by the hair transplanting device 1 pass through the first loop R1. Next, as shown in FIG. 12A, the flocking device 1 is moved to the side of the first loop R1 (in the direction of the arrow in FIG. 12A) while holding the hair pieces 31a and 31b by the first holding mechanism 10a, and then the figure. As shown in 12B, the tip of the flocking device 1 is moved toward the two free ends of the hair pieces 31a and 31b through the side of the first loop R1 without passing through the first loop R1.

As a result, the hair pieces 31a and 31b held by the first holding mechanism 10a are folded back by the first loop R1 and the second holding mechanism 10b of the flocking device 1 is inserted into the second loop R2 and the third loop. R3 is formed on the side of the first loop R1 (second loop forming step). In this case, one hair piece 31b forms the second loop R2, and the other hair piece 31a forms the third loop R3.

Next, as shown in FIG. 12B, the second movable piece 16b of the second holding mechanism 10b is opened, and one free end hair piece 31a is positioned between the tip portion 8 and the second movable piece 16b. Next, as shown in FIG. 13A, the second movable piece 16b is closed, one hair piece 31a is sandwiched between the tip portion 8 and the second movable piece 16b, and the hair piece 31a is held by the second holding mechanism 10b.

At this time, the first movable piece 16a is opened, and both of the two hair pieces 31a and 31b held by the first holding mechanism 10a are separated and opened (second hair piece holding step). In this way, the hair pieces 31b and 31a held by the hair transplanting device 1 and forming the second loop R2 and the third loop R3 are separated and replaced with the free-end hair pieces 31a.

Next, as shown in FIG. 13B, the flocking device 1 is pulled out from the second loop R2 and the third loop R3 while holding the one hair piece 31a held by the second holding mechanism 10b. As a result, one hair piece 31a changed by the hair transplanting device 1 is passed through the second loop R2 and the third loop R3, and the hair pieces 31a and 31b at the free ends are pulled, thereby performing "single pan single planting". A knot can be formed on the hair 31 and the hair 31 can be tied to the linear portion 30 of the wig base (second pulling step).

(4-3) About "double single planting" using the hair transplanting device of the present invention Next, how to connect the hair transplanting device 1 to the linear portion 30 of the wig base by "double single planting". Whether to use it will be described below. In this case, as shown in FIGS. 11A and 11B, the first loop forming step and the first hair piece retention are the same as in "(4-2)" Single pan single planting "using the hair transplanting device of the present invention" described above. After the step and the first pulling step, the flocking device 1 is pulled out from the first loop R1 while holding the two hair pieces 31a and 31b by the first holding mechanism 10a.

Then, as shown in FIG. 14A, the flocking device 1 is moved to the side of the first loop R1 (in the direction of the arrow in FIG. 14A) while holding the hair pieces 31a and 31b by the first holding mechanism 10a, and then FIG. 14B. As shown in the above, the tip of the flocking device 1 is moved toward the two free ends of the hair pieces 31a and 31b through the side of the first loop R1 without passing through the first loop R1.

As a result, the hair pieces 31a and 31b held by the first holding mechanism 10a are folded back by the first loop R1 and the second holding mechanism 10b of the flocking device 1 is inserted into the second loop R2 and the third loop. R3 is formed on the side of the first loop R1 (second loop forming step).

Next, as shown in FIG. 14B, the second movable piece 16b of the second holding mechanism 10b is opened, and both of the two free ends of the hair pieces 31a and 31b are placed between the tip portion 8 and the second movable piece 16b. To be located in. Next, as shown in FIG. 15A, the second movable piece 16b is closed, and the two free end hair pieces 31a and 31b are sandwiched between the tip portion 8 and the second movable piece 16b, thereby holding the second holding mechanism. At 10b, both of the two hair pieces 31a and 31b are held.

At this time, the first movable piece 16a is opened, and both the two hair pieces 31a and 31b held by the first holding mechanism 10a are separated and opened (second hair piece holding step). In this way, the two hair pieces 31b and 31a held by the hair transplanting device 1 to form the second loop R2 and the third loop R3 are separated from each other and replaced with the two free-end hair pieces 31a and 31b.

Next, as shown in FIG. 15B, the flocking device 1 is pulled out from the inside of the second loop R2 and the inside of the third loop R3 while holding the two hair pieces 31a and 31b held by the second holding mechanism 10b. As a result, the two hair pieces 31a and 31b changed by the hair transplanting device 1 are passed through the second loop R2 and the third loop R3, and the free end hair pieces 31a and 31b are pulled to achieve "double single planting". The knot is formed on the hair 31 and the hair 31 can be tied to the linear portion 30 of the wig base (second pulling step).

(5) Action and effect In the above configuration, in the hair transplant device 1, when the first movable piece 16a provided so as to be openable and closable with respect to the tip 8 of the base 2 is used to form a knot on the hair 31. If necessary, the hair 31 is sandwiched and held between the first movable piece 16a and the tip portion 8. Further, in the hair transplanting device 1, a second movable piece 16b provided so as to open and close independently of the first movable piece 16a is used at a position facing the first movable piece 16a via the tip portion 8, and the hair is used. When tying a knot on 31, the hair 31 is sandwiched and held between the second movable piece 16b and the tip portion 8.

As a result, in the hair transplanting device 1, while the hair piece 31b is held by the first movable piece 16a, the other hair piece 31a can be held by the second movable piece 16b as needed, so that the hair 31 is not entangled. Hair transplantation work can be performed. Thus, in the hair transplanting device 1, the hair 31 can be easily transplanted to the wig base.

Further, in the hair transplanting device 1, when connecting the hair 31 to the linear portion 30 of the wig base, only by changing the number of the hair pieces 31a and 31b held by the first movable piece 16a and the second movable piece 16b, "pan double planting" is performed. , "Single bread single planting" or "double single planting" can be tied.

In the hair transplanting device 1 according to the present embodiment, the curved tip portion 17a is provided on the first movable piece 16a, and the hair 31 is movably held in the holding region ER1 formed between the curved tip portion 17a and the tip portion 8. For example, when performing "pan double planting", as shown in FIGS. 9A and 9B, the hair transplanting device 1 is appropriately moved around the first loop R1 while holding the hair piece 31b by the first movable piece 16a. At this time, in the hair transplanting device 1, since the hair piece 31b can freely move in the holding area ER1, even if the hair transplanting device 1 is moved, the hair piece 31b is not suddenly twisted and the burden on the hair piece 31b is reduced. can.

Further, in the hair transplanting device 1 according to the present embodiment, the second movable piece 16b is provided with a holding portion 17b, and the hair 31 is sandwiched between the holding portion 17b and the tip portion 8. In the hair transplanting device 1, the shapes of the first movable piece 16a and the second movable piece 16b are asymmetrical, and unlike the curved tip portion 17a of the first movable piece 16a, the hair 31 floats on the holding portion 17b of the second movable piece 16b. Since the holding region ER1 is not formed, the thickness can be reduced. As a result, in the hair transplanting device 1, for example, when performing "pan double planting", as shown in FIGS. 9B and 10B, when the sandwiching portion 17b is inserted into the second loop R2, the sandwiching portion 17b is inserted into the second loop. It can be passed smoothly without being caught in R2.

Further, for example, when the hair piece 31a is sandwiched by the second movable piece 16b during "pan double planting", as shown in FIGS. 10A and 10B, the second movable piece 16b sandwiching the hair piece 31a is held in the second loop. Since it is simply pulled out from the inside of R2, even if the hair piece 31a is sandwiched and held in a fixed state by the second movable piece 16b, the load on the hair piece 31b is small, so that the hair piece 31b can be prevented from being damaged.

Further, in the hair-implanting device 1, as shown in FIG. 2A, a straight line La connecting the center point O1 of the shaft portion 6 and the center point O2 of the first cylinder portion 9a, and the center points O1 and the second cylinder of the shaft portion 6 Since the angle θ1 formed by the straight line Lb connecting the center points O3 of the portion 9b is selected to be less than 180 degrees, the first tubular portion 9a, the shaft portion 6 and the second tubular portion 9b are arranged in the width direction y1. The region is narrowed and small, and even a small first loop R1 or the like of the hair piece 31b can be easily inserted.

(6) Other Embodiments In the above-described embodiment, the first movable piece 16a of the first holding mechanism 10a is provided with a curved tip portion 17a, and the second movable piece 16b of the second holding mechanism 10b is provided with a curved tip portion. Although the holding portion 17b having a shape different from that of the portion 17a is provided, the present invention is not limited to this.

For example, both the first movable piece 16a and the second movable piece 16b are provided with a curved tip portion 17a, and both the first movable piece 16a and the second movable piece 16b have a holding region ER1 for holding the hair 31. It may be configured. Further, the holding portion 17b may be provided on both the first movable piece 16a and the second movable piece 16b, and the hair 31 may be held by both the first movable piece 16a and the second movable piece 16b.

When the holding region ER1 is formed, it is not necessary for the columnar member to be a curved tip portion 17a, and a strut-shaped first movable piece is provided and a surface of the tip portion 8 facing the first side surface 8a. The holding region ER1 may be formed by providing a recessed portion in the tip portion 8, or a recessed portion may be provided in the first side surface 8a of the tip portion 8 to form the holding region ER1.

Further, in the above-described embodiment, the case where the tip portion 8 has a triangular strut shape has been described, but the present invention is not limited to this. And the tip portion where the second side surface on which the second movable piece faces is inclined may be used.

Further, in the above-described embodiment, the case where the rod-shaped base portion 2 having the columnar shaft portion 6 and the triangular strut-shaped tip portion 8 provided at the tip of the shaft portion 6 is applied has been described. The present invention is not limited to this, and a rod-shaped base portion having a polygonal columnar shaft portion and a tip portion such as a square columnar column or a pentagonal columnar column may be applied.

(6-1) Other Embodiments of First Holding Mechanism and Second Holding Mechanism with Connecting Parts In the above-described embodiment, the notches 18c and 18d of the first movable piece 16a and the second movable piece 16b are used. The tips of the first movable shaft 12a and the second movable shaft 12b are arranged in the formed hollow region ER2, and the first movable piece 16a and the second movable piece 16b are connected to each side of the base portion 2. The parts 23a and 23b are connected to the first movable shaft 12a and the second movable shaft 12b, but the present invention is not limited to this.

The hair transplant device of the present invention can hold the hair 31 by using the first movable piece 16a provided so as to be openable and closable with respect to the tip 8 of the base 2, and can be opened and closed independently of the first movable piece 16a. The first holding mechanism and the second holding mechanism may have various configurations as long as the hair 31 can be held by using the provided second movable piece 16b.

For example, as shown in FIGS. 16A and 16B, the connecting portions 44a and 44b are arranged in the hollow region ER3 formed in the base portion 36, and the first movable piece 41a and the second movable piece 41b are connected to the connecting portion 44a, respectively. The 44b may be connected to the first movable shaft 12a and the second movable shaft 12b.

Here, FIG. 16A is a schematic view showing a flocking device 35 when the first movable piece 41a and the second movable piece 41b are closed, and FIG. 16B is a schematic view showing the first movable piece 41a and the second movable piece 41a. It is the schematic which showed the hair transplantation instrument 35 when 41b was opened.

In this case, in the base portion 36, the first tubular portion 9a of the first holding portion 37 and the second tubular portion 9b of the second holding portion 38 are provided along the side surface of the shaft portion 40, and the shaft portion 40 is provided. Is formed with a hollow region ER3 having an open side surface and a hollow interior. Further, the base portion 36 is provided with a tip portion 8 formed in a triangular strut shape at the tip of a portion of the shaft portion 40 in which the hollow region ER3 is formed.

The first holding mechanism 39a provided in the first holding portion 37 has a first movable piece 41a and a connecting portion 44a, and the first movable piece 41a is connected to the first movable shaft 12a via the connecting portion 44a. Has been done. The first movable piece 41a has a configuration in which a curved tip portion 17a and a base end portion 42a are integrally molded, and the base end portion 42a is arranged in the hollow region ER3 of the base portion 36.

The base end portion 42a of the first movable piece 41a extends from the curved tip portion 17a on the first holding portion 37 side toward the second holding portion 38 side, and is the base end of the second movable piece 41b described later. It is rotatably supported by a rotating portion 45 provided at a position intersecting the portion 42b. The base end portion 42a is connected to the first movable shaft 12a via the connecting portion 44a.

The connecting portion 44a connects the tip of the first movable shaft 12a protruding from the first tubular portion 9a and the base end portion 42a of the first movable piece 41a located on the second holding portion 38 side, and is connected to the base portion 36. In the hollow region ER3 of the above, it is arranged so as to intersect with the connecting portion 44b of the second holding mechanism 39b described later. In the present embodiment, the connecting portion 44a is formed in an elliptical shape having a predetermined thickness, and the flat surface at one end and the surface of the first movable shaft 12a are pivotally supported by the rotating portion 47a and the other end. The flat surface and the surface of the base end portion 42a are pivotally supported by the rotating portion 46a.

In the first holding mechanism 39a having such a configuration, as shown in FIG. 16B, when the first movable shaft 12a moves in the x1 direction, the base end portion of the first movable piece 41a is generated by the external force applied from the connecting portion 44a. The rotating portion 46a that pivotally supports the 42a and the connecting portion 44a moves in a direction away from the tip portion 8. As a result, the first movable piece 41a is opened by rotating the curved tip portion 17a in a direction away from the tip portion 8 with the rotating portion 45 as a fulcrum.

In this state, in the first holding mechanism 39a, when the first movable shaft 12a moves in the x2 direction opposite to the x1 direction, the base end portion 42a of the first movable piece 41a and the base end portion 42a are generated by the external force applied from the connecting portion 44a. The rotating portion 46a that pivotally supports the connecting portion 44a moves in the direction approaching the tip portion 8. As a result, the first movable piece 41a rotates with the rotating portion 45 as a fulcrum in the direction in which the curved tip portion 17a approaches the tip portion 8, and is in a closed state.

Similarly, the second holding mechanism 39b provided in the second holding portion 38 also has the second movable piece 41b and the connecting portion 44b, and the second movable piece 41b passes through the connecting portion 44b to the second movable shaft 12b. Is connected to. The second movable piece 41b has a structure in which the holding portion 17b and the base end portion 42b are integrally molded, and the base end portion 42b is arranged in the hollow region ER3 of the base portion 36.

The base end portion 42b of the second movable piece 41b extends from the holding portion 17b on the second holding portion 38 side toward the first holding portion 37 side, and extends from the base end portion 42a of the first movable piece 41a. It is rotatably supported by a rotating portion 45 provided at an intersecting position. The base end portion 42b is connected to the second movable shaft 12b via the connecting portion 44b.

The connecting portion 44b connects the tip of the second movable shaft 12b protruding from the second tubular portion 9b and the base end portion 42b of the second movable piece 41b located on the side of the first holding portion 37, and is connected to the base portion 36. In the hollow region ER3 of the above, it is arranged so as to intersect with the connecting portion 44a of the first holding mechanism 39a. In the present embodiment, the connecting portion 44b is formed in an elliptical shape having a predetermined thickness like the connecting portion 44a described above, and the flat surface at one end and the surface of the second movable shaft 12b are rotating portions. It is pivotally supported by 47b, and the flat surface at the other end and the surface of the base end portion 42b are pivotally supported by the rotating portion 46b.

As shown in FIG. 16B, the second holding mechanism 39b having such a configuration also has a base end portion of the second movable piece 41b due to an external force applied from the connecting portion 44b when the second movable shaft 12b moves in the x1 direction. The rotating portion 46b that pivotally supports the 42b and the connecting portion 44b moves in a direction away from the tip portion 8. As a result, the second movable piece 41b is opened by rotating the holding portion 17b in the direction away from the tip portion 8 with the rotating portion 45 as a fulcrum.

In this state, in the second holding mechanism 39b, when the second movable shaft 12b moves in the x2 direction opposite to the x1 direction, the base end portion 42b of the second movable piece 41b and the base end portion 42b are generated by the external force applied from the connecting portion 44b. The rotating portion 46b that pivotally supports the connecting portion 44b moves in the direction approaching the tip portion 8. As a result, the second movable piece 41b rotates with the rotating portion 45 as a fulcrum in the direction in which the holding portion 17b approaches the tip portion 8, and is in a closed state.

Based on the above, even in the hair transplanting device 35 shown in FIGS. 16A and 16B, the first movable piece 41a holds the hair piece 31b of the hair 31 and, if necessary, the second movable piece 41a is independent of the first movable piece 41a. The piece 41b can be opened and closed, and the second movable piece 41b can also hold the other hair piece 31a. Therefore, even with the hair transplanting device 35, the hair transplanting operation can be performed without entwining the hair 31, and thus the hair 31 can be easily transplanted to the wig base.

(6-2) First Holding Mechanism and Second Holding Mechanism with Leaf Spring As another embodiment of the first holding mechanism and the second holding mechanism, as shown in FIGS. 17A and 17B, the leaf spring 58a, A first holding mechanism 56a and a second holding mechanism 56b provided with 58b may be applied. Here, FIG. 17A is a schematic view showing a flocking device 51 when the first movable piece 57a and the second movable piece 57b are closed, and FIG. 17B is a schematic view showing the first movable piece 57a and the second movable piece 57a. It is the schematic which showed the hair transplantation instrument 51 when 57b was opened.

The first holding mechanism 56a provided in the first holding portion 53 has a configuration in which the first movable piece 57a and the leaf spring 58a are integrally molded, and the base end of the leaf spring 58a is the first tubular portion 9a. It is integrally molded with the tip of the first movable shaft 12a (not shown in FIG. 17A) that moves within.

A first movable piece 57a is integrally molded at the tip of the leaf spring 58a. The first movable piece 57a is made of a columnar member, has a curved shape that gradually separates from the tip portion 8 and then gradually approaches the tip portion 8 in a closed state, and has a holding region between the first movable piece 57a and the tip portion 8. It can form ER1.

As shown in FIG. 17B, the tip surface 60a of the first movable piece 57a is formed flat so as to match the shape of the first side surface of the tip portion 8 on which the first movable piece 57a faces. As a result, as shown in FIG. 17A, when the first movable piece 57a comes into contact with the first side surface and is closed, the tip surface 60a can be in close contact with the first side surface without a gap.

As shown in FIG. 17A, the first holding mechanism 56a works in a direction away from the tip portion 8 by accommodating the leaf spring 58a in the first tubular portion 9a when the first movable piece 57a is in the closed state. The elastic force of the leaf spring 58a is suppressed by the first tubular portion 9a, and the tip surface 60a of the first movable piece 57a is pressed against the tip portion 8.

In the present embodiment, as shown in FIG. 17B, when the first movable shaft 12a arranged in the first tubular portion 9a moves in the x1 direction, the leaf spring 58a extends from the inside of the first tubular portion 9a. Here, the leaf spring 58a extending from the first tubular portion 9a has a shape that warps outward so as to gradually move away from the tip portion 8 as it goes toward the tip end side where the first movable piece 57a is provided. ing.

As a result, when the leaf spring 58a extends from the inside of the first tubular portion 9a, the tip surface 60a of the first movable piece 57a is moved in the x1 direction to a position where it does not overlap with the tip portion 8, and the leaf spring 58a is moved. The first movable piece 57a is moved in the direction away from the tip portion 8 by the elastic force acting in the direction away from the tip portion 8. Thus, the tip surface 60a of the first movable piece 57a is separated from the tip portion 8, and the holding region ER1 between the first movable piece 57a and the tip portion 8 communicates with the outer space to be in an open state.

In this state, in the first holding mechanism 56a, when the first movable shaft 12a in the first tubular portion 9a moves in the x2 direction opposite to the x1 direction, the leaf spring 58a is housed in the first tubular portion 9a. At the same time, the tip surface 60a of the first movable piece 57a is attracted to the tip 8 side, and the tip surface 60a of the first movable piece 57a comes into contact with the tip 8 (FIG. 17A). As a result, the holding region ER1 between the first movable piece 57a and the tip portion 8 is not communicated with the outer space, and is in a closed state.

In the present embodiment, the second holding mechanism 56b also has the same configuration as the first holding mechanism 56a, and the second movable shaft 12b in the second cylinder portion 9b of the second holding portion 54 is in the x1 direction. By moving, the leaf spring 58b is extended from the inside of the second tubular portion 9b, and the first movable piece 57b is opened. Further, the second movable shaft 12b in the second cylinder portion 9b of the second holding portion 54 moves in the x2 direction, so that the leaf spring 58b is housed in the second cylinder portion 9b and the first movable piece 57b is moved. It becomes closed.

From the above, also in the hair transplanting device 51 shown in FIGS. 17A and 17B, as in the above-described embodiment, the first movable piece 57a is used as needed while the hair piece 31b of the hair 31 is held by the first movable piece 57a. The second movable piece 57b can be opened and closed independently of the above, and the second movable piece 57b can also hold the other hair pieces 31a. Therefore, even with the hair transplanting device 51, the hair transplanting operation can be performed without entwining the hair 31, and thus the hair 31 can be easily transplanted to the wig base.

1, 35, 51 Flocking device 2 Base 3 1st holding 4 2nd holding 8 Tip 10a 1st holding mechanism 10b 2nd holding mechanism 16a 1st movable piece 16b 2nd movable piece

Claims (8)

A hair transplanting device for tying a knot on a hair and transplanting the hair on a wig base.
With a rod-shaped base
A first holding portion provided along the base portion and capable of holding the hair at the tip portion of the base portion, and a first holding portion.
A second holding portion provided along the base portion and capable of holding the hair at the tip portion,
With
The first holding portion is
A first movable piece is provided so as to be openable and closable with respect to the tip portion, and a first holding mechanism for holding the hair by sandwiching it between the first movable piece and the tip portion is provided.
The second holding portion is
A second movable piece is provided so as to open and close independently of the first movable piece at a position facing the first movable piece via the tip portion, and between the second movable piece and the tip portion. The hair is provided with a second holding mechanism for sandwiching and holding the hair.
Hair transplant device. At least one of the first movable piece and the second movable piece has a curved shape that forms a hollow region between the first movable piece and the second movable piece, and the hair is movably held in the hollow region. do,
The hair transplanting device according to claim 1. At least one of the first movable piece and the second movable piece has a flat surface in close contact with the tip portion, and the hair is sandwiched between the tip portion and the flat surface.
The hair transplanting device according to claim 1. The first movable piece has a curved shape that forms a hollow region between the first movable piece and the tip portion, and the hair is movably held in the hollow region.
The second movable piece has a flat surface that is in close contact with the tip portion, and the hair is sandwiched between the tip portion and the flat surface.
The hair transplanting device according to claim 1. The tip portion has a triangular strut shape or a trapezoidal strut shape, and the first side surface facing the first movable piece and the second side surface facing the second movable piece are inclined.
The hair transplanting device according to any one of claims 1 to 4. A hair transplantation method in which a knot is formed on the hair and the hair is transplanted to the wig base.
The preparatory step for preparing the flocking device according to any one of claims 1 to 5,
The hair folded in half in a U shape is folded back at the linear portion of the wig base to form a first loop in the hair, and the first loop and two hair pieces which are free ends of the hair are formed. In the first loop forming step of arranging the wig bases facing each other on one surface side of the wig base,
After inserting the tip of the hair transplanting device into the first loop, a first hair piece holding step of holding at least one free end of the hair piece by the first holding mechanism of the hair transplanting device.
The first pulling step of pulling out the flocking device from the first loop while holding the hair piece by the first holding mechanism.
The hair transplanting device is moved to the side of the first loop while the hair pieces are held by the first holding mechanism, and the hair pieces held by the first holding mechanism are folded back by the first loop and second. A second loop forming step of forming a loop and inserting the second holding mechanism of the flocking device into the second loop,
A second hair piece holding step of holding at least one free end of the hair piece by the second holding mechanism, separating the hair piece held by the first holding mechanism, and changing the hair piece.
A second pulling step of pulling out the hair transplanting device from the second loop while holding the hair piece by the second holding mechanism to form the knot on the hair.
A method of flocking. In the first hair piece holding step, the first pulling step, and the second loop forming step,
The hair is movably held by the first holding mechanism.
The flocking method according to claim 6. In the second hair piece holding step and the second pulling step,
The hair is sandwiched by the second holding mechanism.
The flocking method according to claim 6 or 7.

Images