KR101337465B1 - Mesh assembly for plastic surgery - Google Patents

Abstract

The present invention relates to a mesh binder for plastic surgery, according to an aspect of the present invention is inserted into the skin of the body for plastic surgery, all or part of the adhesion to the skin tissue (癒 着), forming a two-dimensional plane as a whole A mesh formed with a through hole; And a regulator formed in the form of an elongated thread and fastened to the mesh through the through-hole.

Description

Mesh Joiner for Plastic Surgery {MESH ASSEMBLY FOR PLASTIC SURGERY}

The present invention relates to a cosmetic surgery article, and more particularly to a cosmetic surgery article to be used in the plastic surgery process to reduce the wrinkles by pulling the sagging skin inserted into the skin.

As a method for removing the wrinkles of the skin, a method of removing the sagging tissue after the incision of the skin, and a method of lifting (lifting) by hanging a suture on the corresponding site are introduced. The latter method is to use a suture to pull the skin of the desired area to improve wrinkles.

As one of the articles used in the latter method, Korean Utility Model Registration No. 20-0320005 discloses a 'medical yarn made of spinous processes on the surface of the yarn'.

The yarn according to Korean Registered Utility Model No. 20-0320005 is shown in Fig. 1. Specifically, the surface of nylon or prolene suture having excellent tensile strength among the sutures is scratched with a knife. The same protrusions are made to be arranged in the direction facing or irregularly facing the spine slanted from the ends of the thread to the center, whereby the thread inserted under the skin pulls in one or both directions without making a knot. It is strong to prevent the skin from going wide open and has the effect of leaving no seams on the skin.

As another related data, Korean Laid-Open Patent Publication No. 10-2005-0108494 discloses a 'surgical surgery room having protrusions', and specifically, conical protrusions have both ends with respect to the central reference line in the longitudinal direction of the thread. When the wrinkle removal surgery is performed by forming a sharp and slanted toward the skin, instead of collecting the skin as in the prior art, the skin is stretched to both sides and prevents the skin from returning to its original position.

However, the surgical thread disclosed in Korean Utility Model Registration No. 20-0320005 and Korean Patent Application Publication No. 10-2005-0108494 is composed of one dimensional one strand, so that the thread is pulled even when the skin is pulled. It is difficult to spread the wrinkles evenly in the remaining areas because it is concentrated and drawn only in the area, and several procedures are inevitable to compensate for this.

In addition, since a sharp protrusion is formed on the thread and the load is concentrated at the branching point, the thread is broken or broken, and thus, the skin cannot be effectively pulled.

In particular, existing articles for lifting to remove wrinkles of the skin are limited in the following points and require supplementation.

As an article for lifting the skin, a variety of other types of articles may be used in addition to the thread form described above, but since such articles are pulled by themselves after being adhered to or hung on the skin tissue, adhesion in the skin The area to be caught or caught is only pulled as it is moved to another part, and there is a limit to removing wrinkles because the drooped part in the area itself does not cluster or gather.

That is, since the interval between the sharp protrusions caught on the skin tissue in Figure 1 is not reduced, the skin tissue between the protrusions do not gather in the direction of agglomeration with each other even if moved during lifting.

In addition, even if the wrinkles are stretched while the area for adhesion or hanging with the lifting thread is moved, there is also the possibility of another wrinkle caused by the movement of the skin region, and thus, a new type of article suitable for a new type of treatment method for wrinkle removal is required. Need development

The present invention has been made to solve the problems as described above, one embodiment of the present invention is to be provided with a composition that is attached to the skin and the configuration to pull the skin elastically to effectively increase the density of the stretched skin elasticity It is to have a skin that is present, to be able to remove a large area of wrinkles in a single procedure, and to facilitate elasticity control.

Plastic surgery mesh conjugate according to an embodiment of the present invention is inserted into the skin of the body for plastic surgery, all or part of the adhesion to the skin tissue (癒 着), form a two-dimensional plane as a whole, penetrating Mesh formed with holes; And an adjuster formed in the form of an elongated thread and penetrating the through hole and fastened to the mesh body.

The through hole is formed in a straight line in the mesh to form a first through line, and the adjusting member is fastened to the mesh through a thread through the through hole along the first through line.

In addition, the through hole is repeatedly formed in a straight line in the mesh to form a second through line, the adjusting body is fastened to the mesh in the form of threading through the through hole along the second through line, The first through line and the second through line are parallel to each other.

Here, the network body is formed with a connection line connecting the same end of the first through line and the second through line, the adjuster, the first through the line, through the connection line and the second through line The through-holes are made in order.

And in the mesh surgical assembly for the plastic surgery according to a preferred embodiment of the present invention, the mesh is made of a woven fiber, the through hole is provided by a closed area formed by the fibers intersecting.

Here, the space | interval of the fiber which forms the said net body becomes larger than the said diameter of a regulator.

In addition, the space | interval of the fiber which forms the said net body becomes equally along the direction of the said regulator.

In addition, the regulator, divided into an intersection that is a portion overlapping with the mesh, and the extension portion extending from the end of the intersection, the winding portion is formed so that the end of the extension is fixed so that the regulator is wound; And a fixing frame rotatably fixing the winding unit.

At this time, the ratchet teeth are formed on the rim of the winding part, the fixing frame, the latching projection for catching the ratchet teeth can be formed to prevent the reverse rotation of the winding part.

The winding portion may be coupled to the upper side of the fixing frame, and the bottom portion of the fixing frame may be elastically deformed so that the winding portion may be spaced up and down, and the latching teeth and the locking protrusion may be released when the winding portion is pressed.

According to one embodiment of the present invention as described above, first, the meshes adhered to the skin and the regulators for elastically pulling the skin are provided separately so that the stretched skin is agglomerated and pulled together to obtain an effect of increasing the density of the skin. have.

In addition, since the through holes are arranged at regular intervals on the network, and the regulator is sewn while repeating the continuous through holes up and down, when pulling the regulator, the network length is reduced at a constant rate in the entire area, so that the skin tissue is uniformly distributed. They can clump together to prevent wrinkles or stretches of only certain areas of skin.

In addition, the winding portion and the fixing frame to be coupled to the control body, it is possible to easily adjust the control to pull the sagging skin, it is possible to adjust.

1 is a view showing a conventional plastic surgery yarn,
2A and 2B are a perspective view and a plan view showing a mesh assembly for plastic surgery according to an embodiment of the present invention;
Figure 3 is a side cross-sectional view showing a mesh assembly for plastic surgery shown in FIG.
Figure 4 is a side cross-sectional view showing a modified form of the plastic surgery mesh assembly shown in Figure 3,
5 is a perspective view showing a mesh assembly for plastic surgery according to another embodiment of the present invention,
6 is a side cross-sectional view showing a winding portion and the fixing frame shown in FIG. 5 and a side cross-sectional view showing a modified form.

FIG. 2 is a perspective view and a plan view of the mesh surgery body 1 for plastic surgery according to an embodiment of the present invention, and FIG. 3 is a side cross-sectional view showing the mesh body 1 for plastic surgery shown in FIG. 2.

The plastic surgery mesh combiner 1 according to the preferred embodiment of the present invention basically includes a network 10 and a regulator 20.

The network 10 is a portion inserted into the skin tissue, that is, between the skin layers to remove the wrinkles, and is attached to the skin after insertion. The mesh 10 forms a two-dimensional surface rather than a one-dimensional 'thread' like a conventional plastic surgery yarn as shown in FIG. 1.

As shown in FIG. 2, the mesh 10 may be formed in a simple mesh form in which warp yarns and weft yarns cross each other, and form a wide area. While forming a plurality of through holes 11 may be formed. However, the network 10 is preferably formed in the form shown in Figure 2 for uniform contraction of the network 10, it will be described based on this.

The net 10 is a material that is harmless to the human body and can be adhered to the skin tissue, and may be made of nylon, polypropylene, prolene, or dimethylsiloxane.

As shown in FIG. 2, the mesh 10 is made of woven fibers, and a plurality of through holes 11 are formed while the warp and the weft cross each other. As such, the through hole 11 is provided by a closed area formed by crossing the fibers (inclined and weft), and the through holes 11 may be formed in various shapes according to the shape of the woven fiber, but in a lattice form. It is preferable to form.

The adjuster 20 penetrates the through hole 11 and is fastened to the mesh 10, and the through hole 11 is repeatedly sewn. That is, one end of the adjusting body 20 is sewn through the through-hole 11 while repeating from the upper side to the lower side of the mesh 10 and again from the lower side to the upper direction.

The control body 20 is not a part that is in contact with the skin tissue, but is a means for pulling the attached network 10, and has a cylindrical shape in cross section and has a smooth surface. The adjuster 20 is divided into an intersection portion 21, which is a portion overlapping with the network 10, and an extension portion 22 that extends from an end portion of the intersection portion 21. That is, a portion that repeatedly penetrates the through hole 11 is the intersection portion 21, and a portion exposed outward from the mesh 10 corresponds to the extension portion 22. When the extension part 22 is pulled out, the gap between the through holes 11 is reduced in such a way that the mesh body 10 is wrinkled as the intersection part 21 is pulled out (d1> d2).

The coupling structure of the network 10 and the regulator 20 is as follows.

The network 10 is formed with a virtual first through line (L1) to form a straight line along the series of through holes (11). The adjuster 20 is coupled to the network 10 while penetrating the through hole 11, not randomly passing through the random through hole 11 on the network 10, It is fastened to the net body 10 along the first through line (L1). That is, the adjuster 20 is continuously passed through the through-hole 11 formed along the first through line (L1) and is threaded in the vertical direction.

As such, when the adjuster 20 is fastened to the network 10 through only the through-hole 11 on the first through line L1, one end of the adjuster 20 may be formed. 1 is fixed (not shown) with the net body 10 on the end of the line (L1).

However, according to the preferred embodiment of the present invention, the network 10 further includes a second virtual through line L2 which forms a straight line along the series of the through holes 11, and the first through line ( In the same way as L1), the adjusting body 20 passes through the through hole 11 on the second through line L2.

If the second through line (L2) is further formed, the network 10 is formed with a connecting line (L3) connecting the same end of the first through line (L1) and the second through line (L2) is formed. The adjusting body 20 is sewn in order through the through hole 11 along the first through line (L1), the connection line (L3) and the second through line (L2). That is, one end of the adjusting body 20 passes through the through hole 11 at the start of the first through line (L1), the first through line (L1), the connecting line (L3) and The through-holes 11 are sequentially threaded along the second through line L2 and come out again toward the beginning of the first through line L1. As a result, there is no fixed portion of the adjuster 20 on the mesh 10, but only through the through-hole 11 and weaves with the mesh 10.

The spacing of the fibers forming the mesh 10 is greater than the diameter of the regulator 20, and is made evenly along the forming direction of the regulator 20.

Hereinafter, the procedure of removing wrinkles of the skin using the plastic surgery mesh assembly (1) according to the present invention will be described briefly.

A part of the skin is incised, the mesh binder 1 according to the present invention is pushed into the cut gap, and a predetermined time is elapsed until the adhesion between the network 10 and the skin tissue is made. At this time, the crossing portion 21 is inserted into the skin together with the mesh 10 and the extension portion 22 is exposed to the outside.

Since the mesh 10 according to the present invention is formed in a lattice form in which the warp and the weft intersect, the skin tissue is attached to the fibers of the mesh 10 while being bonded to each other.

After sufficient adhesion is made, when the extension part 22 of the adjusting body 20 is pulled, the crossing part 21 is pulled, and the interval of the through hole 11 of the mesh 10 is reduced. do. In particular, since the adjusting body 20 periodically threades the net body 10 at regular intervals, the spacing between the through holes 11 is also reduced evenly. This form is shown in FIG.

When the length of the network 10 decreases as the distance between the through holes 11 decreases, the network 10 and the skin tissues in contact with each other are agglomerated, and the sagging skin contracts firmly and wrinkles are formed. Will be improved.

Thereafter, the adjusting unit 20 of the extension part 22 is bound so that the gap between the through holes 11 does not open to complete the procedure.

As described above, according to the mesh assembly (1) for the plastic surgery according to the present invention, the mesh 10 is adhered to the skin and the adjuster 20 for elastically pulling the skin is provided separately so that the stretched skin is bundled together. It is possible to obtain the effect of increasing the density of the skin while being pulled, the through holes 11 are arranged at regular intervals on the network 10, the adjuster 20 repeats the continuous through holes 11 up and down. Since it is sewed while pulling the regulator 20, the length of the net body 10 is reduced in a certain proportion in the entire area, so that the skin tissues are united in a uniform distribution so that only the skin of a specific area is wrinkled or stretched. Can be prevented.

FIG. 5 is a perspective view showing the mesh assembly 1 for plastic surgery according to another embodiment of the present invention, and FIG. 6 is a side cross-sectional view and a modification showing the winding part 30 and the fixing frame 40 shown in FIG. 5. Is a side cross-sectional view showing the shape shown.

The mesh assembly 1 for plastic surgery according to the present invention further includes a winding portion 30 and a fixing frame 40 in addition to the above-described mesh 10 and the adjusting body 20. The winding unit 30 and the fixing frame 40 is used to be inserted into the skin, and is made of a metal or synthetic resin material harmless to the human body.

The winding unit 30 is coupled to the upper side of the fixing frame 40, the winding unit 30 is rotatably coupled on the fixing frame 40.

The winding portion 30 is formed so that the end of the extension portion 22 is fixed so that the adjuster 20 is wound along the side edge. The ratchet teeth 31 are formed on the rim of the bobbin portion, and the ratchet teeth 31 are formed in the form of pointed protrusions inclined in one direction on a plan view. That is, the ratchet teeth 31 are formed in an inclined shape so as to naturally cross the locking protrusion 41 when rotating in the forward rotation direction.

The fixing frame 40 is formed with a catching protrusion 41 to which the ratchet teeth 31 are caught so as to prevent reverse rotation of the winding part 30.

And the winding unit 30 and the fixing frame 40 is made of a relatively hard material, it is made to allow a predetermined elastic deformation. That is, the outer diameter of the winding portion 30 formed by the end of the ratchet teeth 31 is formed slightly larger than the inner diameter of the fixing frame 40 formed by the locking projection 41, When the ratchet teeth 31 are rotated (forward rotation) over the engaging protrusion 41, they are formed to return to their original shape without plastic deformation.

As such, the winding unit 30 and the fixing frame 40 basically prevent the reverse rotation of the winding unit 30 so that the adjusting body 20 wound on the winding unit 30 is released. Is formed to be blocked.

However, in the mesh surgical assembly (1) according to a preferred embodiment of the present invention, the bottom of the fixing frame 40 is elastically deformed so that the winding portion 30 can be spaced up and down, the winding portion 30 When pressing the ratchet teeth 31 and the engaging projection 41 is formed to be released.

That is, the bottom of the fixing frame 40 is made to be elastically deformable like a kind of plate-shaped spring, and when pressing the winding portion 30 down, as shown in the bottom of Figure 6, the ratchet teeth ( 31 is moved downwards and accordingly the latching of the ratchet teeth 31 and the locking projection 41 is released. Accordingly, the winding unit 30 is capable of reverse rotation on the fixing frame (40).

In addition, when releasing the load applied to the winding unit 30, the winding unit 30 is returned to its original position by the elastic force of the bottom of the fixing frame 40, so that the reverse rotation of the winding unit 30 is prevented do.

As described above, according to the mesh assembly 1 for the plastic surgery according to the present invention, the winding unit 30 and the fixing frame 40 are coupled to the adjusting body 20, and the winding unit 30 is rotated in such a manner as to rotate. Pulling the adjuster 20 to reduce the gap between the through holes 11 can be easily removed wrinkles of the skin, the separate procedure of binding the extension portion 22 of the adjuster 20 This eliminates the need (as reverse rotation is prevented).

In addition, the plastic surgery mesh assembly (1) according to the present invention, by simply pressing the winding portion 30 in the downward direction can be released to prevent the reverse rotation, the adjustment on the winding portion 30 Even if the sieve 20 is wound too much and the skin tissue is excessively drawn, the degree can be easily adjusted.

1: mesh binder
10: mesh 11: a through hole
20: regulator 21: intersection
22: extension part
30: winding part 31: ratchet teeth
40: fixing frame 41: locking projection
L1: First through line
L2: 2nd line
L3: Connection line

Claims (11)

A net body inserted into the skin of the body for plastic surgery, all or part of which is adhered to the skin tissue, forms a two-dimensional plane as a whole, and a through hole is formed; And
It is made in the form of a long thread, the through-hole through the through hole so that the mesh can be adjusted to the mesh fastener; comprising a mesh surgical assembly for plastic surgery, characterized in that it comprises a.
The method of claim 1,
The through hole is repeatedly formed in a straight line in the mesh to form a first through line,
The control body is a mesh surgery for the plastic surgery, characterized in that the fastening and the mesh body in the form of threading through the through-hole along the first through line.
3. The method of claim 2,
The through hole is repeatedly formed in a straight line in the mesh to form a second through line,
The regulator is fastened to the mesh in the form of threading through the through hole along the second through line,
The first through-line and the second through-line mesh assembly for plastic surgery, characterized in that parallel to each other.
The method of claim 3, wherein
The net body is formed with a connection line connecting the same end of the first through line and the second through line,
The adjusting member, the mesh assembly for the plastic surgery, characterized in that the through-holes in the order along the first through line, the connecting line and the second through line.
The method of claim 1,
The mesh is made of a woven fiber,
The through-holes are mesh assembly for plastic surgery, characterized in that provided by the closed area formed by the fibers intersecting.
5. The method according to any one of claims 2 to 4,
The mesh is made of a woven fiber,
The through-holes are mesh assembly for plastic surgery, characterized in that provided by the closed area formed by the fibers intersecting.
The method according to claim 6,
The spacing of the fibers forming the mesh is greater than the diameter of the regulator, the plastic surgery mesh assembly.
The method according to claim 6,
The spacing of the fibers forming the network, the mesh assembly for plastic surgery, characterized in that even along the direction of the regulator.
The method according to claim 6,
The regulator is divided into an intersection that is a portion overlapping with the network, and an extension that continues from the end of the intersection,
A winding portion formed such that an end of the extension portion is fixed so that the regulator is wound; And
Molding surgery mesh assembly further comprises a; fixing frame for rotatably fixing the winding portion.
The method of claim 9,
Ratchet teeth are formed on the edge of the winding,
The fixing frame, the mesh assembly for cosmetic surgery, characterized in that the latching projection is applied to the ratchet teeth to prevent the reverse rotation of the winding.
11. The method of claim 10,
The winding unit is coupled to the upper side of the fixing frame,
The bottom of the fixing frame is elastically deformed so that the winding portion can be spaced up and down,
Molding surgery mesh assembly characterized in that the latching of the ratchet teeth and the locking projection is released when the winding portion is pressed.

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