KR200490989Y1 - Apparatus for Inserting Thread for Lifting Surgical Operation - Google Patents

Abstract

The present invention relates to a device for implanting a medical thread into the skin to improve the sagging skin and wrinkles by pulling the skin tissue for face shaping. A first handle 11 having an insertion hole 12 formed at one side thereof is configured, and a first cannula 13 having an arc shape having a predetermined length from the first handle 11 is integrally coupled to the first cannula 13. A guide tube 10 having a first slit 14 formed in a longitudinal direction thereof; The second handle 21 is configured on one side, and the second cannula 22 having an arc shape of a predetermined length is integrally coupled from the second handle 21, and the second slit in the longitudinal direction of the second cannula 22 is integrated. 23 is formed, the penetration tube 20 is inserted into the second cannula 22 in the first cannula (13) of the guide tube (10); The third handle 31 is configured on one side, the needle 32 is integrally coupled to the arc shape of a predetermined length from the third handle 31, the holder for fixing the medical seal 1 to the end of the needle 32 35 or needle ears 37 are formed, the through hole 33 is formed in the longitudinal direction in the needle 32 from the third handle 31, the first cannula 13 of the guide tube 10 A thread insertion needle 30 inserted into the needle; A first optical fiber 24 inserted into the second cannula 22 of the penetration tube 20 to project light; And a second optical fiber 36 inserted into the through hole 33 of the thread insertion needle 30 to project light, and within the first cannula 13 of the guide tube 10. The second slit from the first optical fiber 24 inserted into the second cannula 22 of the penetration tube 20 by inserting the skin at a predetermined depth according to the curvature of the subject in the state where the second cannula 22 is inserted. It is possible to determine the insertion depth and position of the penetrating tube 20 by the light projected through the 23, separating the penetrating tube 20 from the guide tube 10 in the state inserted into the skin of the subject Then, when inserting the thread insertion needle 30 in which the medical thread 1 is fixed to the holder 35 or the needle ear 37 to the guide tube 10, is inserted into the through hole 33 of the thread insertion needle 30. The position of the thread insertion needle 30 can be determined by the light projected from the second optical fiber 36. The present invention does not leave incisions and penetrating parts during the lifting procedure by using a medical thread, so it is not only aesthetically neat but also minimizes the wound after the procedure, and it can be performed at a certain depth on the skin along the curve of the face during the lifting procedure. In addition to the convenience of the improved procedure results were to be expected.

Description

Apparatus for Inserting Thread for Lifting Surgical Operation}

The present invention relates to a device for inserting a lifting thread to the skin for face shaping, and more particularly to a device for implanting a medical thread into the skin to improve the sagging skin and wrinkles by pulling the skin tissue.

In general, as the person ages, skin aging occurs, which causes various problems such as wrinkles around the forehead or eyes, wrinkles around the mouth, neck wrinkles, and sagging. Lifting procedures are made as a plastic surgery for the improvement of such wrinkles. Lifting procedure in plastic surgery is to lift the wrinkles of the aged skin to maintain the tension.

When the lifting procedure is performed using a conventionally melted medical thread, the thread is inserted into the skin using a needle having a hole formed therein, and then fixed to a predetermined tension. At this time, the part to insert the lifting procedure needle is incision, the needle is inserted into the incision to penetrate to a certain length, and then the medical thread is inserted to fix both ends. Therefore, in the conventional lifting procedure using a medical thread, the formation of an incision for inserting the needle and the penetrating portion of the needle may not only be aesthetically unfavorable in daily life after the procedure, but may also leave a scar, and the needle for the lifting procedure may be straight. Subsequently, when the operator performed the curved face, it was difficult to perform the treatment at a constant depth inside the skin.

As a prior art related to the present invention, Patent Document 1, in the needle device for penetrating the skin for molding wrinkle removal molding, the tip is pointed like a syringe needle and the inside of the through hole in the longitudinal direction Disclosed is a needle for a complex space forming lifting surgery, which includes a needle portion formed to pass through the molding yarn to be formed therein and the outer periphery of the periphery forming the through hole.

Republic of Korea Patent Publication No. 10-2014-0092096 (2014.07.23., Published)

In order to solve the above problem, the present invention can be formed at a certain depth in the skin by forming a curved instrument for the face lifting procedure, and does not form an incision or a penetrating portion for the treatment needle, The purpose is to make it easy to determine the depth or location.

In order to achieve the above object, the present invention includes a first handle having an insertion hole formed at one side thereof, and a first cannula having an arc shape having a predetermined length from the first handle is integrally coupled to the first handle in a longitudinal direction of the first cannula. Guide tube formed with a slit; A second handle is configured at one side, and a second cannula having an arc shape of a predetermined length is integrally coupled from the second handle, and a second slit is formed in the longitudinal direction of the second cannula, and within the first cannula of the guide tube. A penetration tube into which the second cannula is inserted; A third handle is configured at one side, and the needle is integrally coupled in an arc shape of a predetermined length from the third handle, and a holder or a needle ear for fixing a medical thread at the end of the needle is formed, and the length is inside the needle from the third handle. A through hole is formed in the direction, the needle for inserting the thread inserted into the first cannula of the guide tube; A first optical fiber inserted into the second cannula of the penetration tube to project light; And a second optical fiber inserted into the through hole of the thread insertion needle to project light, wherein the second cannula of the penetration tube is inserted into the first cannula of the guide tube and is fixed to the skin according to the curvature of the subject. The depth and position of the penetration tube can be determined by the light projected through the second slit from the first optical fiber inserted into the second cannula of the penetration tube, and inserted into the skin of the subject. Separating the penetrating tube from the guide tube and inserting the thread inserting needle with the medical thread fixed to the holder or the needle ear into the guide tube, the thread inserting needle with the light projected from the second optical fiber inserted into the hole of the thread inserting needle Characterized by providing a thread insertion device for lifting procedures to determine the position of the.

Further, in the present invention, the first optical fiber or the second optical fiber may be formed with projection grooves on the outer peripheral surface at regular intervals.

According to the present invention, it is possible not only to look aesthetically clean but also to minimize the wound after the procedure by not leaving an incision and a penetrating part during the lifting procedure using a medical thread, and to perform the procedure on the skin at a constant depth along the curve of the face during the lifting procedure. There is an advantage that can be expected with improved treatment results along with the convenience of the procedure.

Figure 1a and Figure 1b is an embodiment according to the present invention, a perspective view showing a guide tube in the thread insertion device for lifting procedures.
Figure 2 is a perspective view showing the needle tube in the thread insertion device for lifting procedures according to the present invention.
3a and 3b is a perspective view showing a needle for inserting the thread in the thread insertion device for lifting procedures according to the present invention.
Figure 4 is a cut-away view showing that the needle tube is inserted into the guide tube in the thread insertion device for lifting procedures according to the present invention.
5A and 5B are cutaway views showing that the needle insertion needle is inserted into the guide tube in the thread insertion device for a lifting procedure according to the present invention.
Figure 6 is a plan view showing a medical seal in the thread insertion device for lifting procedures according to the present invention.
7A and 7B are perspective views each showing a state in which a medical thread is placed on a needle ear and a holder of a thread insertion needle in a thread insertion device for a lifting procedure according to the present invention.
8 to 12 is a schematic diagram showing a process for performing a lifting procedure using a thread insertion device for lifting procedures according to the present invention.

Hereinafter, with reference to the accompanying drawings an embodiment of a thread insertion device for a lifting procedure according to the present invention will be described in detail.

In FIG. 1A, the guide tube 10 is integrally coupled to the first handle 11 with a first cannula 13 having a predetermined length. An insertion hole 12 is formed inside the first handle 11. Guide tube 10 is an arc shape consisting of a constant curvature. The first cannula 13 of the guide tube 10 may be applied to a transparent or translucent synthetic resin.

In addition, in Figure 1b, the first cannula 13 of the guide tube 10 is formed with a first slit 14 in the longitudinal direction. Therefore, the tube formed inside the first cannula 13 has a shape formed through the first slit 14. The first cannula 13 may be applied to the opaque metal.

In FIG. 2, the penetrating tube 20 is integrally coupled with a second cannula 22 having a predetermined length to the second handle 21. The piercing tube 20 is an arc shape consisting of a predetermined curvature. At the end of the needle tube 20 is a pointed needle is formed to penetrate the skin. A second slit 23 is formed in the second cannula 22 of the penetration tube 20 in the longitudinal direction. The second cannula 22 of the penetration tube 20 is inserted into the first cannula 13 of the guide tube 10. Furthermore, a first optical fiber 24 for projecting light is inserted into the second cannula 22 of the penetration tube 20. The first optical fiber 24 may project the light scanned from the light source at the end, or projection grooves may be formed on the outer circumferential surface of the first optical fiber 24 at predetermined intervals to project the light through the projection groove.

In FIG. 3A, the needle insertion needle 30 is integrally coupled to the needle 32 having a predetermined length to the third handle 31. The thread insertion needle 30 has an arc shape made up of a predetermined curvature. At the end of the thread insertion needle 30, needle ears 37 are formed to sew and fix the medical thread 1. In FIG. 7A, the medical thread 1 can be inserted into the needle ear 37.

In addition, in FIG. 3B, a holder 35 for fixing and pushing the medical seal 1 may be formed at the end of the thread insertion needle 30. In FIG. 7B, this allows the medical seal 1 to be inserted into the holder 35.

In Fig. 6, the medical chamber 1 is composed of a component that melts in the skin, and wedges 3 are formed on the surface at regular intervals. In the medical yarn 1, a mesh portion 2 having a mesh shape is formed between the yarns, and the wedges 3 are formed at a predetermined interval in the mesh portion 2 as well. The thread insertion needle 30 is inserted into the first cannula 13 of the guide tube 10. The mesh portion 2 is exerted in the shape of a mesh and is reduced in width when inserted into the skin and then increased in width after insertion, thereby enabling stable fixing of the medical seal 1 in the skin.

3A and 3B, the through hole 33 is formed in the longitudinal direction inside the thread insertion needle 30, and the second optical fiber 36 for projecting light is inserted into the through hole 33. Furthermore, the third slit 34 may also be formed in the thread insertion needle 30. The thread insertion needle 30 is inserted into the first cannula 13 of the guide tube 10 in a state of being inserted into the skin to position the needle insertion needle 30 with the light projected from the second optical fiber 36. Make judgment. The second optical fiber 36 may project the light scanned from the light source at the end, or projection grooves may be formed on the outer circumferential surface of the second optical fiber 36 at predetermined intervals to project the light through the projection groove.

It will be described the operation of the lifting procedure using the thread insertion device for lifting procedures of the present invention made as described above.

In the present invention, as a procedure for lifting the face, ie, sagging of various wrinkles or flesh for each part of the face with a medical thread, a description will be given of a procedure for lifting the facial wrinkles and jaw and cheek flesh.

(Step 1) First, in FIG. 8, the second cannula 22 of the penetration tube 20 is inserted into the first cannula 13 through the insertion hole 12 of the guide tube 10. Then, the first handle 11 of the guide tube 10 and the second handle 21 of the penetrating tube 20 are caught to the first insertion point (a) of the portion to be lifted, for example, approximately forward to the front point parallel to the top of the ear. Insert the guide tube 10 is inserted into the penetrating tube 20 in the muscle part. At this time, the penetrating tube 20 is protruded from the guide tube 10, the end of the penetrating tube 20 can be easily inserted into the skin because it is a pointed portion, such as a needle. And while the guide tube 10 is inserted into the guide tube 10 is inserted into the skin is formed in a circular arc shape of the guide tube 10 can be inserted into the skin at a constant depth. In addition, the first optical fiber 24 is inserted into the penetration tube 20, and the light projected from the end of the first optical fiber 24 of the penetration tube 20 through the first slit 14 is inserted into the guide tube 10. Since the skin penetrates, the operator can easily recognize the insertion depth and position of the guide tube 10. Furthermore, the light projected from the first optical fiber 24 may be a specific color that is easy to recognize, such as red. In addition, anesthesia should be preceded by the portion to be lifted for the subject. Therefore, the operator inserts the guide tube 10 into which the needle tube 20 is inserted from the first insertion point (a) to the first counter point (p1), for example, a portion having a nasolabial fold.

(Step 2) Next, in FIG. 9, while holding the first handle 11 of the guide tube 10, the second handle 21 of the penetrating tube 20 is held and the first penetrating tube 20 is first placed. Pull out from the cannula (13). In addition, the insertion depth of the guide tube 10 is easily determined by the light projected from the first optical fiber 24 inserted into the first cannula 13 in the process of inserting and extracting the penetration tube 20 from the first cannula 13. can do. Therefore, the guide tube 10 maintains the state inserted from the first insertion point (a) to the first counter point (p1).

(Step 3) And in Figure 10, through the insertion hole 12 of the guide tube 10 is inserted into the thread insertion needle 30 into the first cannula (13). At this time, one end of the medical thread 1 should be fixed to the holder 35 formed at the end of the thread insertion needle 30 or the needle ear 37 formed at the end of the thread insertion needle 30. One or more strands of the medical thread 1 may be fixed to the holder 35, and the medical thread 1 made of the mesh part 2 may be fixed to the needle ear 37. The thread insertion needle 30 is longer than the first cannula 13 of the guide tube 10 and is inserted into the skin through the end of the first cannula 13. Furthermore, the practitioner can roughly position the thread insertion needle 30 by the light projected from the second optical fiber 36 inserted into the through hole 33 of the thread insertion needle 30, that is, the medical thread 1 may have a skin. It's easy to see where it went inside.

(Step 4) Next, while holding the first handle 11 of the guide tube 10, hold the third handle 31 of the thread insertion needle 30 to hold the thread insertion needle 30 first. Pull out from the cannula (13). At this time, the medical thread 1 fixed to the needle ear 37 or the holder 35 of the thread insertion needle 30 remains on the skin and only the thread insertion needle 30 is separated. Furthermore, the surface of the medical thread 1 is formed with wedges 3 protruding at regular intervals, so that when the thread insertion needle 30 is pulled out, the wedge 3 interferes with the inside of the skin and thus the medical thread 1 It remains inside the skin. In addition, the thread insertion needle 30 should not protrude through the skin.

(Step 5) And the medical seal (1) is cut near the first insertion point (a) leaving only a certain length. In addition, the guide tube 10 inserted into the skin is pulled out and separated.

Thereafter, steps 1 to 5 are performed in the same manner from the first insertion point (a) to the second counter point (p2). In order to lift the nasolabial folds of the face, the procedure is performed from the first insertion point (a) to at least two points (p1, p2), but may be performed up to two or more points as needed.

On the other hand, in Figure 11, the first insertion point (a) at a predetermined interval from the second insertion point (b) by inserting the guide tube 10 is integrated into the penetrating tube 20, step 1 to step 5 of the procedure Repeat. This is a method of lifting the saliva of the jaw, it is performed in the same manner from the second insertion point (b) to the third point (p3) and the fourth point (p4).

In addition, in Fig. 12, the medical thread 1 after pulling the medical thread 1, which has been inserted from the first insertion point a to the first and second point p1 and the second point p2, respectively, with a predetermined tension, respectively. Tie the ends of the knots and fix them. In addition, after pulling the medical thread 1, which has been inserted from the second insertion point b to the third and fourth point p3 and the fourth point p4, respectively, with a predetermined tension, the ends of the medical thread 1 are tied and knotted. Process and fix.

After the procedure is completed, the medical chamber 1, which is operated inside the skin, is a thread designated for medical use, and it is harmless even after a predetermined time has melted and remains in the skin.

While the invention has been shown and described in connection with specific embodiments thereof, it is to be understood 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.

DESCRIPTION OF SYMBOLS 1: Medical thread 2: Mesh part 3: Wedge 10: Guide tube 11: 1st handle 12: Insertion hole 13: 1st cannula 14: 1st slit 20: Pitch tube 21: 2nd handle 22: 2nd cannula 23: Second slit 24: First optical fiber 30: Thread insertion needle 31: Third handle 32: Needle 33: Through hole 34: Third slit 35: Holder 36: Second optical fiber 37: Needle ear a: First insertion point b: First 2 Insertion point p1: 1st point p2: 2nd point p3: 3rd point p4: 4th point

Claims (4)

A first handle 11 having an insertion hole 12 formed at one side thereof is configured, and a first cannula 13 having an arc shape having a predetermined length from the first handle 11 is integrally coupled to the first cannula 13. A guide tube 10 having a first slit 14 formed in a longitudinal direction thereof;
A second handle 21 is configured on one side, and a second cannula 22 having an arc shape of a predetermined length is integrally coupled from the second handle 21, and a second slit in the longitudinal direction of the second cannula 22. 23 is formed, the penetration tube 20 is inserted into the second cannula 22 in the first cannula (13) of the guide tube (10);
The third handle 31 is configured on one side, the needle 32 is integrally coupled to the arc shape of a predetermined length from the third handle 31, the holder for fixing the medical seal 1 to the end of the needle 32 35 or needle ears 37 are formed, the through hole 33 is formed in the longitudinal direction in the needle 32 from the third handle 31, the first cannula 13 of the guide tube 10 A thread insertion needle 30 inserted into the needle;
A first optical fiber 24 inserted into the second cannula 22 of the penetration tube 20 to project light;
A second optical fiber 36 inserted into the through hole 33 of the thread insertion needle 30 to project light;
In the state in which the second cannula 22 of the needle tube 20 is inserted into the first cannula 13 of the guide tube 10, the needle tube 20 is inserted into the skin at a predetermined depth according to the curvature of the subject. It is possible to determine the insertion depth and position of the penetration tube 20 by the light projected from the first optical fiber 24 inserted into the second cannula 22 through the second slit 23,
After removing the penetrating tube 20 from the guide tube 10 inserted into the skin of the subject, the needle 30 for inserting the medical thread 1 is fixed to the holder 35 or the needle ear 37. The position of the thread insertion needle 30 by the light projected from the second optical fiber 36 inserted into the through hole 33 of the thread insertion needle 30 when inserting the guide tube 10 into the guide tube 10. Thread insertion device for the lifting procedure.
delete delete According to claim 1, The first optical fiber (24) or the second optical fiber (36) is a thread insertion apparatus for lifting procedures, the projection groove is formed on the outer peripheral surface at regular intervals.

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