WO2010126191A1

WO2010126191A1 - Hair transplanting device

Info

Publication number: WO2010126191A1
Application number: PCT/KR2009/002469
Authority: WO
Inventors: 권원균
Original assignee: 한스바이오메드 주식회사
Priority date: 2009-04-30
Filing date: 2009-05-11
Publication date: 2010-11-04
Also published as: CN102413792A; KR101112038B1; KR20100119244A

Abstract

The present invention relates to a hair transplanting device which transplants the roots of hair in skin. The hair transplanting device comprises: a core shaft support case (100) which has a hollow pen shape and has a guide hole formed in the longitudinal direction of a body; a core shaft fixer (300) which is inserted into the guide hole to enable linear movement along the guide hole, and has a cap fixing portion (305) protruded above the guide hole; a hair transplanting needle (310) which is adhered to and inserted into the core shaft fixer (300) in accordance with the vertical direction of the cap fixing portion (305) and the vertical direction of a slit; a cylindrical fixing case (200) which encompasses the body of the core shaft support case (100) and has a hole (205) corresponding to the cap fixing portion (305) at the central portion thereof; a core shaft unit (300) which is inserted into the support case (100) and has a core shaft cap at the end portion thereof; a spring (450) which enables linear movement through elastic force between the core shaft fixer (300) and the core shaft unit (300); and a core shaft fixing cap (350) which is inserted into the hole and the cap fixing portion (305) of the core shaft fixer (300) at the upper portion of the fixing case (200). The present invention provides advantages of remarkably reducing the assembling time for operation, making the assembling method more convenient and simple, and allowing easy use by an operator. Furthermore, the present invention has advantages of allowing an operator to find a slit direction easily, and providing easy maintenance because the fixing cap prevents a hair transplanting device from rolling around when an operator puts the hair transplanting device on an operating table.

Description

[Revision 17.12.2009] under Rule 26

The present invention relates to a mosquito net used to plant hair on the skin, and more particularly, to a mosquito net which is convenient for the procedure, shortens the assembly time and is easy to manage.

The present invention relates to a hair transplanter for transplanting hair to a bald area, and more particularly, to conveniently adjust the length of hair transplanter inserted into the hair root according to the thickness of skin tissue in the scalp for each person during hair treatment. Equipped with a planter to prevent damage to the skin tissue in the scalp in advance, the hair roots can be securely settled in the scalp, to push the hair root into the scalp and to prevent some of the hair from the hair roots coming into the inside of the hair transplanter. It can shorten the hair treatment time and prevent the hair treatment time. The used food needle is combined with the inner circumferential surface of the needle guide by force fitting method, which is convenient to manufacture and there is no welded part, so there is no fear of corrosion due to deterioration. When disinfecting in hot water with high temperature This one is not due to degradation of corrosion concerns easy sterilization do not relate to hair Alimentary mosquito.

In general, hair transplanter is a device used to transplant live or artificial hair in the area where hair or hair is lost when hair or hair is lost to human skin due to disease or accident. It is used for planting pubic hair and hair.

In the case of conventional single hair transplantation, the hair roots are separated one by one and transplanted by the needles of the hair transplanters. Therefore, there is no bleeding and scars, and the hair direction, angle, and density can be arbitrarily adjusted. As it is naturally maintained, it is widely used not only for hair but also for eyebrows, beards, eyelashes, and pubic hair.

1 is a diagram illustrating an overall configuration of a conventional planter, Figure 2 is a diagram illustrating a separation of the configuration. As shown in Figure 1, in order to maintain a stable vertical movement of the shaft replacement (1) and the mandrel, the mandrel support 10 and skin guard (2) of the general mosquito is made of acetal rod made of one part On the other hand, the axial support (10) and the skin guard (2) part is manufactured to be separated so that the screw can be combined.

Unlike the mandrel fixing device 8 which supports the mandrel 11 is also attached to the seedling needle 1, as shown in the enlarged view of the mandrel fixing device of FIG. To make a separate male screw to the side, as shown in Figure 2 (B) to be combined with the female screw made in the case 3 (6) to be fixed. In addition, the shaft fixing device 8 separated from the seedling needle makes a small female screw in the cap portion of the shaft fixing device 8 as shown in the enlarged view of the shaft fixing device of FIG. As shown in the enlarged view of the needle needle (1) the top needle separation screw (3) is made to separate and fixed to the needle (1) with an adhesive to combine the bolt and nut as the axle fixing device (8) The needle 1 is separated and combined.

And as a method for fixing the spring to make the spring support tube (9) as shown in the enlarged view of Figure 2 (A) mandrel fixing device on the top of the mandrel fixing device separated from the seedling (1).

FIG. 2 shows the internal structure in which the mandrel fixing device 8 is mounted inside the main body. As shown in (A) enlarged view of the mandrel fixing device, the female screw is formed on the cap side of the mandrel fixing device 8. As shown in the enlarged drawing of the (A) seedling of 2 (2) it is to be combined with the needle separating screw attached to the seedling (1). Therefore, when replacing the seedling 1, turn the skin guard 2 of FIG. 1 to separate it from the main body, and then turn the seedling 1 connected to the shaft fixing device 8 to the left by unscrewing the general screw. It is only necessary to remove the planter 8 from the device 8 so that the planter 1 can be replaced.

At this time, the mandrel fixing device 8 simultaneously makes male screws on the outer side of the mandrel fixing device 8 as shown in the enlarged drawing of the mandrel fixing device of FIG. 2 (B). It is combined with the female screw inward so that it does not move during vertical movement of the mandrel, and is fixed to the main body to maintain noise prevention and stable vertical movement.

When the hair transplantation is performed using the conventional hair transplanter, the operator inserts the hair root to the scalp at a predetermined depth while the hair root is inserted into the hair slit. Only a detailed procedure can be performed. However, the conventional planter is a cylindrical pen-shaped planter, the operator has the inconvenience to find the direction of the slit while turning the planter.

In addition, when the operator puts the planter on the treatment table at the time when the procedure is not performed, there is a problem that the planter can be rolled easily because of the cylindrical shape, it is difficult to fall to the floor or properly manage.

In addition, when the conventional planters are separated and assembled, insert the mandrel fixing device into the guide hole on the side of the mandrel support as shown in FIG. There is a problem in that it takes a lot of time and considerably uncomfortable in that it must be inserted.

The problem of the present invention for solving the above problems is that the operator can easily find the direction of the slit of the meal tip during the procedure, easy to assemble and reduce the time, when not used in the procedure, easy to load and manage formula To provide mosquitoes.

Features of the present invention for solving the above-mentioned problem is in a planting machine for implanting the hair roots with a hair transplanter, a mandrel support case having a hollow pen shape and a guide hole formed in the longitudinal direction of the body; A shaft fixing device inserted into the guide hole and capable of linear movement along the guide hole and having a cap fixing portion protruding above the guide hole; A seedling inserter attached and inserted into the axial fixer in accordance with a vertical direction of the cap fixing part and a vertical direction of a slit; A cylindrical fixing case surrounding the body of the mandrel support case and having a hole corresponding to the cap fixing part at a central portion thereof; A mandrel having a mandrel cap formed at a distal end thereof to be inserted into the support case; A spring that enables linear movement between the shaft holder and the shaft portion by elastic force; And a mandrel fixing cap inserted into the cap fixing part of the hole and the mandrel fixing device at an upper portion of the fixing case.

Here, the mandrel fixing cap is a cylindrical structure in which a part surface is open, the surface opposite to the open surface is flat and preferably formed with a protrusion inserted into the hole in the center of the inner surface of the flat surface, Screw grooves are formed at both end portions in the longitudinal direction of the mandrel support case, the screw grooves are fastened corresponding to the screw grooves, and preferably further include a block case for limiting the flow distance of the fixed case.

In addition, preferably may further include a support case cap that is fastened to the screw groove of the guide hole portion of the mandrel support case, the planter may be detachable from the mandrel fixer, of the cylindrical fixed case The central portion may be concave.

When the present invention is provided, the time for inserting and mounting the axle stopper with a fine tip when assembling for the procedure is much shorter, and the insertion method is much more convenient and simple as well as the upper surface of the mandrel fixing cap. Formed flat has the advantage that the operator is convenient to use.

In addition, it is easy for the operator to find the slit direction because the direction of the upper surface of the mandrel fixing cap coincides with the direction of the slit of the planting needle, and it is easy to manage because it does not roll by the fixed cap when the planter is placed on the treatment table. There is this.

1 is a diagram illustrating the overall configuration of a conventional planter,

2 is a view illustrating a separation of the configuration of a conventional planter,

3 is a view showing a perspective view of a planting machine as an embodiment according to the present invention,

Figure 4 is a view showing the separation and assembly of the planting machine configuration according to the present invention.

100: mandrel support case, 200: mandrel fixed case, 210.450: block case,

300: shaft fixing device, 305: cap fixing part, 310: mashing, 350: shaft fixing cap,

355: protrusion, 400: mandrel, 430: case cap, 450: spring

Figure 3 is a view showing a perspective view of a planter as an embodiment according to the present invention, Figure 4 is a view showing the separation and assembly diagram of the planter according to the invention. As shown in Figures 3 and 4, the planting machine has a hollow pen-shaped support shaft 100 is formed with a guide hole in the longitudinal direction of the body; A shaft fixing device 300 inserted into the guide hole and capable of linear movement along the guide hole, and having a cap fixing part 305 protruding above the guide hole; A rice transplanter 310 inserted and inserted into the mandrel holder 300 in accordance with a vertical direction of the guide hole and a vertical direction of a slit; A cylindrical fixing case 200 surrounding the body of the mandrel support case 100 and having a hole 205 corresponding to the cap fixing part 305 at a central portion thereof; A mandrel 400 which is inserted into the support case 100 and has a mandrel cap formed at a distal end thereof; A spring 450 which enables linear movement between the shaft holders 300 and the shaft parts 400 through elastic force; And a mandrel fixing cap 350 which is inserted into the cap fixing part 305 of the hole and the mandrel fixing device 300 at the upper portion of the fixing case 200.

As such, the planter according to the present invention because the mandrel fixing cap 350 is inserted into the mandrel holder 300 and the fixed case 200 at the same time to move integrally, the planter 310 connected to the mandrel adjuster 300 ) Is fixed to the scalp of the subject, when the operator grasps the axial fixation cap 350 and presses the support case cap, the head of the support case 100 is supported by the scalp, the relative axial part 400 The spring 450 is pushed back and the seedling 310 is separated from the scalp.

The structure of the planting machine according to the present invention is, first, since the mandrel fixing cap 350 is flat, the inner surface is inserted and fixed in the form of a cylindrical structure is open on one side, the practitioner stably There is an advantage that can be handled. Second, the planter of the present invention illustrated in FIG. 3 in that the slit direction of the seedlings 310 should always face upward, and the operator must perform the procedure while checking with the eyes. Since the direction of the upper surface is the same, the operator can easily take the slit direction easily, and the operator can quickly and stably perform the procedure because the slit direction of the meal cap 310 is determined only by holding the mandrel fixing cap 350 by hand. There is an advantage to that.

4 is a view illustrating an exploded and assembled view of the planting machine according to the present invention, the disassembled configuration and assembly process will be described in detail with reference to FIG. As shown in FIG. 4, the mandrel fixing device 300 having the chamfer 310 mounted on a pen-shaped mandrel support case 100 having a hollow inside and having a guide hole formed on one side thereof has the mandrel support case 100. Insert through the open back of the.

In the conventional assembly structure of the planting machine, both sides of the cylindrical mandrel support case form a hole in the longitudinal direction, and after inserting the mandrel fixing device therein, the seedling needle should be mounted on the mandrel fixing device again. Although there is a problem in that it takes a long time to be inconvenient, the planter according to the present invention shown in Figure 4 to the rear side open along the guide hole formed in the longitudinal direction on a portion of the

mandrel support case

100, 310 Since it is only necessary to insert the mounted shaft fixing device 300, there is an advantage that the assembly time is shortened and much more convenient.

The mandrel fixing case 200 is inserted to cover the length of the mandrel support case 100 in a lengthwise direction, the hole 205 formed in the center of the fixing case 200 and the cap height of the mandrel fixing device 300 It is located in correspondence with the space between the government 305. And the block case 210 for limiting the linear movement distance of the fixed case 200 is fixed to the front portion of the mandrel support case 100 through the internal screw groove, and then the mandrel fixing cap 350 is fixed to the fixed case It fits into the hole 205 of (200).

The mandrel fixing cap 350 is a cylindrical structure in which a part surface is opened, and is inserted into the fixing case 200 through a part surface, and in the protrusion 355 formed in the inner central portion of the mandrel fixing cap 350. By passing through the hole 205 of the fixing case 200 is inserted and fixed between both cap fixing portion 305 of the mandrel adjuster (300).

Then, the rear shaft portion for a stable fixing without the left and right shaking of the planter 310 is inserted through the open rear surface of the mandrel support case 100. The mandrel has a cap (head) for restricting the movement of the mandrel fixing key and has a structure in which the iron core 405 is mounted in the longitudinal direction to the cap, and the spring 450 is fitted over the iron core 405. Then, the assembly is completed by putting the case cap 430 on the end portion of the support case 100.

The structure of the planting machine according to the present invention as described above, since the mandrel holder 300, the mandrel fixing case 200 and the mandrel fixing cap 350 are integrated and flow, the operator grasps the mandrel fixing cap 350 When the case cap 430 is pressed, the relative shape of the seedling 310 mounted on the shaft fixing device 300 is moved relatively.

The mandrel 400 is equipped with an elastic spring 450, the mandrel adjuster 300 is subjected to the linear force by the appropriate force by the spring 450, the operator hands to the mandrel fixed cap 350 When it is disengaged from the) and the shaft fixing device 300 is advanced forward by the restoring force of the spring 450 is supported by the block case 210 is fixed.

In this case, the case cap 430 may be a structure that is independently separated and assembled, as shown in Figure 4 can be formed integrally in one form of course. The role of the case cap 430 not only serves to limit the movement of the support case, but also serves as a pressing plate for aesthetics and convenient procedures. The block case 210 suggesting a moving distance of the mandrel support case 100 may be a method in which a screw groove is formed and fastened therein, or a method of forming a hole and fixing the hole.

In addition, the implanter 310 and the mandrel holder 300 may be previously attached to the integrated structure, or may be a separate structure that is selectively attached to the mandrel adjuster 300 by detaching the planter 310. . Since the seedling 310 is inserted into the scalp and is a consumable in consideration of hygiene, it is preferable to be fitted by assembly during the procedure.

Thus, when providing a planting machine according to the present invention, the time for inserting and inserting the shaft fixing device 300 attached to the planting needle 310 when the assembly for the procedure is much shorter, the insertion method is much more convenient and simple In addition, by forming the upper surface of the mandrel fixing cap 350 flat, there is an advantage that the operator is convenient to use.

In addition, the direction of the upper surface of the mandrel fixing cap 350 and the direction of the slit of the planter 310 is easy to find the slit direction, the operator does not roll by the fixed cap when laying the planter on the operating table This has the advantage of being easy to manage.

While the invention has been shown and described in connection with specific embodiments thereof, it is well known in the art that various modifications and changes can be made without departing from the spirit and scope of the invention as indicated by the claims. Anyone who owns it can easily find out.

The present invention relates to an apparatus for planting hair on the skin, and more particularly, the present invention relates to a planter which is convenient for treatment, shortens assembly time, and is easy to manage.

Claims

In the planting machine for implanting the hair roots by mounting the seedlings 310,

A mandrel support case 100 having a hollow pen shape and a guide hole formed in a length direction of the body;

Is inserted into the guide hole can be linear movement along the guide hole, the shaft fixing device 300 is formed with a cap fixing portion protruding over the guide hole;

A seedling inserting 310 inserted into and inserted into the mandrel holder 300 in accordance with the vertical direction of the cap fixing part 305 and the vertical direction of the slit;

A cylindrical fixing case 200 surrounding the body of the mandrel support case 100 and having a hole 205 corresponding to the cap fixing part 305 at a central portion thereof;

A mandrel 400 which is inserted into the support case 100 and has a mandrel cap formed at a distal end thereof;

A spring 450 which enables linear movement between the shaft holders 300 and the shaft parts 400 through elastic force; And

Planter characterized in that it comprises a mandrel fixing cap 350 is inserted into the cap fixing portion 305 of the hole 205 and the mandrel adjuster 300 in the upper portion of the fixed case 200
The method of claim 1,

The mandrel fixing cap 350 is a cylindrical structure in which a part surface is opened, and a surface opposite to the open surface is flat and a protrusion 355 inserted into the hole 205 in the center of the inner surface of the flat surface. A planter, characterized in that formed.
The method of claim 1,

Screw grooves are formed at both end portions in the longitudinal direction of the mandrel support case 100, and are coupled to correspond to the screw grooves, and further include a block case 210 for restricting a flow distance of the fixing case 200. Planter, characterized in that.
The method of claim 3,

Planter characterized in that it further comprises a case cap (430) on the distal end of the mandrel support case (100).
The method of claim 1,

The planter 310 is a planter, characterized in that detachable from the mandrel fixing device (300).
The method of claim 1,

Planter, characterized in that the central portion of the cylindrical fixed case 200 is concave.