KR20130121440A - An injection syringe having thread for wrinkle - Google Patents

Abstract

An injection syringe having suture thread for wrinkle (100) according to the present invention comprises: a needle (110) which has a sharp leading part (111) in order to be inserted into skin (K); a through hole (113) formed in the needle (110); suture thread (120) inserted into the through hole (113); and a plurality of knots (123, 125) formed in the suture thread so that the suture thread (120) in which knots (123, 125) are formed can be easily embedded into subcutaneous muscle (S). Therefore, the knots (123, 125) formed in the suture thread (120) can easily pull the subcutaneous muscle (S), and can prevent a phenomenon that the subcutaneous muscle (S) is slid and returned, and can maintain an unwrinkle state until the suture thread (120) is absorbed into human body.

Description

An injection syringe having thread for wrinkle}

The present invention relates to a suture inserter for a perioperative procedure, and more particularly, to form a knot in a suture and to insert the subcutaneous muscle, so that the subcutaneous muscle is more easily tensioned to prevent the skin from being wrinkled. And it relates to a suture inserter for barley surgery.

Hereinafter, the background art with reference to the accompanying drawings is as follows.

1 is a cross-sectional view showing a suture inserter for a tendon procedure according to the prior art, Figure 2 is a cross-sectional view showing a state in which the suture insert for a staircase procedure according to the prior art is inserted into the muscle, Figure 3 is a conventional art After the suture is inserted into the muscle by the suture inserter for stabilization, the cross-sectional view showing the state in which the muscle is stretched and the wrinkles are unfolded will be described together.

In recent years, face shaping has become a major concern for everyone in an age when appearance is recognized as an ability. Among them, plastic surgery to stretch out facial wrinkles (W) is a popular operation among middle-aged and older people in their 40s and older.

As a plastic surgery for unfolding the wrinkles (W), a scalp is cut with a mes and a portion of the scalp is removed, and then the incision is resealed so that the facial skin is tensioned, and Botox is applied to the subcutaneous muscle. There is also a method to remove wrinkles (W) by injecting muscles to be rigid.

However, all of the surgical methods are expensive, the surgical method using the scalpel had a problem that the surgical scalp remained in the scalp and severe pain due to skin incision immediately after the operation, the method of injecting botox is a poison because the human body If injected into, there was a risk of side effects.

Therefore, in recent years, as a method that is frequently used, a percutaneous procedure for injecting sutures into subcutaneous muscles has been used. This procedure is a low-cost operation with no side effects on the human body, and the following suture inserter (1) for the open-ended procedure.

As shown in Figure 1, the suture inserter 1 for staircase surgery is composed of a needle 10, which is a needle, and a suture 30 is injected into a pointed tip 13 of the needle 10. . And, on the opposite side of the tip 13 in the needle 10 is configured a handle 20 that can be held with a finger.

The suture 30 is a thread used to suture the cut skin, it is made of a material that is absorbed by the human body. For example, do not remove it after use of a material that can be absorbed in vivo, such as polylactic acid, polydiaxonone, copolymers of lactic acid and glycolic acid, etc. It is not necessary.

Looking at the example of the treatment with the suture inserter (1) for the stapling procedure, as shown in Figure 2, while pressing the wrinkled skin (K) with a finger to push to the side. Then, the needle 10 is inserted into the side of the wrinkled portion of the skin K in the outward direction of the wrinkles W direction. At this time, the suture 30 is also inserted into the subcutaneous muscle (S). In this state, when the needle 10 is pulled out while pressing the upper part of the skin K into which the needle 10 is inserted, only the suture 30 remains in the muscle S. At this time, the suture 30 pulls the muscle S under the wrinkled skin K to the side to obtain the effect of spreading the wrinkles (W). The sutures protruding out of the skin are cut with scissors and finished.

According to the background art, since the suture does not hold the muscle in the state inserted into the subcutaneous muscle, there was a problem that the skin is wrinkled again.

That is, immediately after the procedure can be expected to have the effect of unfolding wrinkles, but after a few days, even if the skin returned to the original, there was a problem that can not stretch the skin because it does not pull the subcutaneous muscle.

This is a phenomenon in which the suture itself lacks the means to hold the subcutaneous muscles, so that the muscles slide back to the suture and return to the wrinkled direction. It is easy to understand from passing.

In addition, since the suture is inserted into the interior as shown in Figure 1 it was difficult to use a suture thicker than the inner diameter of the needle. In other words, in order to increase the friction with the subcutaneous muscle for efficient treatment, it is necessary to use a suture of a wire diameter thicker than the inner diameter of the needle, but only a suture of a wire diameter inserted into the needle has to be used, which has a problem in that the treatment effect is reduced. Of course, there is a method of expanding the diameter of the needle, but when the diameter of the needle is increased, a problem occurs that causes pain of the subject during insertion of the skin.

In addition, there was a problem that can not be used by inserting a plurality of sutures in the needle. In other words, if necessary, it is necessary to insert a plurality of sutures into the subcutaneous muscle, but according to the background art, only one suture can be inserted into the skin muscle, and thus, when a plurality of sutures are inserted into the skin, it is necessary to perform several times There was a feeling.

Suture inserter for stapling procedure according to the present invention comprises a needle having a pointed end pointed to be inserted into the skin, a through-hole formed in the needle, a suture to be inserted into the through-hole, a plurality of knots formed in the suture do.

In addition, the needle is formed to be pointed to be inserted into the skin, the groove formed on the side of the needle, the suture is fitted into the groove, and comprises a plurality of knots formed in the suture.

The needle also consists of a needle.

In addition, the through hole is formed in the tip portion.

In addition, the groove is formed open to the left and right sides and upwards, and is formed to be inclined from the front to the rear.

Suture inserter for stapling procedure according to the present invention, there is an effect that can be easily inserted into the subcutaneous muscle suture formed knot. Therefore, the knot formed in the suture can easily pull the subcutaneous muscle and prevent the subcutaneous muscle from slipping and returning to its original state. Therefore, the knot formed in the suture can maintain the stretched state until it is absorbed by the human body between the sutures. have.

In addition, in the present invention, a suture having a larger diameter than the inner diameter of the needle may be used, and thus a needle having an inner diameter corresponding to the diameter does not need to be used. Therefore, even when using a suture having a larger diameter than the inner diameter of the needle, when inserted into the skin, the subject does not feel a great pain. In addition, when using a suture thicker than the inner diameter of the needle, there is an effect that can spread the skin more efficiently due to increased friction with the subcutaneous muscle.

In addition, since a plurality of sutures can be inserted into the needle, there is an effect of inserting a plurality of sutures into the subcutaneous muscle as a single procedure.

1 is a cross-sectional view showing a suture inserter for barley surgery according to the prior art.
Figure 2 is a cross-sectional view showing a state in which the suture inserter for barley surgery according to the prior art is inserted into the muscle.
Figure 3 is a cross-sectional view showing a state in which the suture is inserted into the muscle by a suture inserter for a staircase surgery according to the prior art, the muscle is tensioned and unfolded.
Figure 4 is a cross-sectional view showing a first embodiment of a suture inserter for barley surgery according to the technique of the present invention.
5 is an exemplary view illustrating a state in which a suture is retained and a needle is pulled out after being inserted into a muscle as a first embodiment of a suture inserter for a perioperative procedure according to the technique of the present invention.
Figure 6 is a cross-sectional view showing a second embodiment of the suture inserter for barley surgery according to the technique of the present invention.
Figure 7 is a second exemplary embodiment of the suture inserter for barley surgery according to the technique of the present invention, after insertion into the muscle, the suture remained and the needle showing the state of the needle out.

Hereinafter, with reference to the accompanying drawings look at an embodiment and an example of the present invention for solving the above problems.

Figure 4 is a cross-sectional view showing a first embodiment of a suture inserter for a perioperative procedure according to the technique of the present invention, Figure 5 is inserted into the muscle as a first embodiment of a suture inserter for a perioperative procedure according to the technique of the present invention Fig. 6 is a cross-sectional view showing a second embodiment of a suture inserter for a percutaneous procedure according to the technique of the present invention. Fig. 7 is a cross-sectional view showing a second embodiment of the suture inserter according to the technique of the present invention. As a second embodiment of a suture inserter for a perioperative procedure, the suture is retained after being inserted into the muscle and the needle is ejected.

The present invention is to insert a suture 120 to the subcutaneous muscles (S) to tension the subcutaneous muscles (S), the suture inserter 100 for the statutory procedure, the suture 120 inside the subcutaneous muscles (S) Slip with the subcutaneous muscle (S) in the inserted state is characterized in that configured to effectively spread the wrinkles (W).

(Embodiment 1)

Looking at the first embodiment of the present invention for this purpose through FIGS. 4 and 5 as follows.

A needle 110 having a pointed portion 111 sharply formed to be inserted into the skin K is formed, and a through hole 113 is formed in the needle 110 to insert the suture 120 described later. In addition, a suture 120 fitted to the through hole 113 is configured, and includes a plurality of knots 123 and 125 formed in the suture 120.

The needle 110 is formed in a tubular shape as an injection needle, for example, and the tip portion 111 is inclinedly cut in order to be sharply formed. In addition, the handle 115 may be further configured to be picked up by the finger at the rear.

In addition, a tubular tube may be further configured to receive and protect the needle 110.

The through hole 113 is formed in the tip portion 111, as shown in FIG. In addition, the knots 123 and 125 may have a size that does not pass through.

In addition, the suture 120 is formed to be naturally absorbed by the human body.

In addition, two knots 123 and 125 of the suture 120 are formed spaced apart from each other. That is, the knot 123 is formed at one end portion (a) of the suture 120, and one more knot 125 is formed at the center of the suture 120 at the knot 123 of the one end portion (a). Can be.

The procedure of the first embodiment will be described with reference to FIG. 5.

First, the opposite end portion (b) opposite the one end portion (a) of the suture 120 is fitted into the through hole (113). Then, the knot 125 formed in the center portion of the suture 120 is provided with the present invention so that the through hole 113 is caught.

Then, pressing the wrinkled skin with a finger to push it to the side to spread the wrinkles (W). In this state, the front end 111 of the needle 110 to which the suture 120 is inserted is obliquely stabbed into the outer side of the wrinkle W, and is inserted into the subcutaneous muscle S. That is, the needle 110 is inserted below the skin K in the outward direction (the direction in which the wrinkles W are pulled out) from the side of the wrinkled portion.

Then, the suture 120 is also naturally inserted to the subcutaneous muscle (S). In this case, the knot 123 caught in the through hole 113 may be easily penetrated through the skin K because the needle 110 is in the needle, so that some or all of the knot 123 is accommodated in the inner hole 119. If the knot 123 is located outside the needle 110, the knot 123 makes it difficult for the needle 110 to penetrate the skin K.

In this way, the needle 110 is inserted into the skin K until the knot 123 formed at one end portion a of the suture 120 is inserted into the subcutaneous muscle S. At this time, the knot 125 formed at one end portion (a) of the suture 120 is located on the side of the needle 110, but the skin (K) is already open, so the skin (K) together with the needle (110) easily You can go inside.

In this state, when the needle 110 is pulled out while pressing the upper part of the skin K into which the needle 110 is inserted, only the suture 120 remains in the subcutaneous muscle S. At this time, if the other end portion (b) of the suture 120 does not enter into the skin (K) remains, it is to be cut out.

Then, the hand that pressed the skin (K) to release the wrinkles (W) is released. Then, since the suture 120 is tensioning the subcutaneous muscle (S) in the outward direction, the state in which the wrinkles (W) are unfolded is maintained. In particular, by the knot 123, the subcutaneous muscle (S) can be easily pulled without slipping. Further, even when the subcutaneous muscle S returns to its original shape and tries to form the wrinkles W on the skin K, the formation of the wrinkles W is prevented by being caught by the knots 123 and 125.

Therefore, there is an effect that the shape of the wrinkles (W) is prevented until the suture 120 is absorbed by the subcutaneous muscle (S) and dead.

Of course, the wire diameter of the suture 120 may be larger than the inner diameter of the needle 110 in the above configuration. This is because the suture 120 is not inserted into the needle 110. In addition, in the above configuration, a plurality of sutures 120 may be inserted into the through hole 113 and used. In this case, of course, the through hole 113 may have a slot shape along the longitudinal direction of the needle 110.

Therefore, since the suture 120 having a larger diameter than the inner diameter of the needle 110 is used, the friction with the subcutaneous muscle S is increased, so that the subcutaneous muscle S can be more efficiently tensioned to spread the skin efficiently. Since the use of two sutures 120, there is an advantage that can be inserted into the plurality of sutures 120 in the subcutaneous muscle (S) as a single procedure.

(Second Embodiment)

Looking at the second embodiment of the present invention through FIGS. 6 and 7 as follows.

A needle 110 having a pointed portion 111 pointed to be inserted into the skin K is configured, and a groove 117 formed at the side of the needle 110 is configured. The suture 120 is fitted into the groove 117, and includes a plurality of knots 123, 127, and 128 formed in the suture 120.

The needle 110 is formed in a tubular shape as an injection needle, for example, and the tip portion 111 is inclinedly cut in order to be sharply formed. In addition, the handle 115 may be further configured to be picked up by the finger at the rear.

In addition, the handle 115 may be further configured to be picked up by the finger at the rear. In addition, a tubular tube may be further configured to receive and protect the needle 110.

The groove 117 is formed to be open to the left and right sides and upwards as an example, and is inclined from the front to the rear so as to be easily separated from the suture 120.

As the suture 120, for example, knots 123 and 127 are formed at one end portion a and the other end portion b, and another knot 128 is formed between the two side knots 123. do.

In addition, the suture 120 is formed to be naturally absorbed by the human body.

In addition, a plurality of the grooves 117 may be provided along the longitudinal direction of the needle 110, and a plurality of the sutures 120 may also be provided in the grooves 117.

The procedure of the second embodiment will be described with reference to FIG. 7.

First, a knot 128 formed between one end portion a of the suture 120 and the other end portion b of the suture 120 is fitted into the groove 117. Then, the two side knots 123 and 127 face both sides of the needle 110.

Then, pressing the wrinkled skin with a finger to push it to the side to spread the wrinkles (W). In this state, the front end 111 of the needle 110 to which the suture 120 is inserted is obliquely stabbed into the outer side of the wrinkle W, and is inserted into the subcutaneous muscle S. That is, the needle 110 is inserted below the skin K in the outward direction (the direction in which the wrinkles W are pulled out) from the side of the wrinkled portion.

Then, the suture 120 is also naturally inserted to the subcutaneous muscle (S). At this time, the knot 128 caught in the groove 117 may be easily penetrated through the skin K because the groove 117 is partially or entirely accommodated therein. If the knot 128 is located outside the needle 110, the knot 128 makes it difficult for the needle 110 to penetrate the skin K.

In this way, the knots 123 and 127 formed at one end portion a and the other end portion b of the suture 120 are inserted to the subcutaneous muscle S.

Then, when the needle 110 is pulled out while pressing the skin K on the upper portion of the groove 117, the subcutaneous muscle S presses the knot 128 inserted into the groove 117. Only 110) can be easily pulled out. In particular, since the groove 117 is formed to be inclined backward, the knot 128 inserted into the groove 117 can be easily discharged from the groove 117.

In this way, only the suture 120 remains in the subcutaneous muscle S. Then, the hand that pressed the skin (K) to release the wrinkles (W) is released. Then, since the suture 120 is tensioning the subcutaneous muscle (S) in the outward direction, the state in which the wrinkles (W) are unfolded is maintained. In particular, the knots 123, 127, and 128 can easily pull the subcutaneous muscle S without slipping. Further, even when the subcutaneous muscle S returns to its original shape and tries to form the wrinkles W on the skin K, the formation of the wrinkles W is prevented by being caught by the knots 123, 127, and 128.

In addition, the suture 120 is formed in a V-shaped knot (123, 127) formed in one end (a) and the other end (b) knot 128 formed in the center of the suture 120 is As shown in FIG. 5, the subcutaneous muscles S are tensioned more strongly than the first suture case in which one knot 125 is pulled, so that the wrinkles W can be effectively spread.

In addition, as in the first embodiment, the wire diameter of the suture 120 in the above configuration may be provided that is larger than the inner diameter of the needle (110). This is because the suture 120 is not inserted into the needle 110. In addition, the groove 117 may use the suture 120 having a larger wire diameter than the inner diameter of the needle 110 by adjusting the longitudinal width of the needle 110. In addition, the plurality of sutures 120 are inserted into the grooves 117 to be used manually, and when the plurality of grooves 117 are formed, the sutures 120 may be inserted into the respective grooves 117 to be used. Of course.

Therefore, since the suture 120 having a larger diameter than the inner diameter of the needle 110 is used, the friction with the subcutaneous muscle S is increased, so that the subcutaneous muscle S can be more efficiently tensioned to spread the skin efficiently. Since the use of two sutures 120, there is an advantage that can be inserted into the plurality of sutures 120 in the subcutaneous muscle (S) as a single procedure.

110: needle 111: tip
113: through hole 115: handle
117: home 119: hall
120: suture a: one end
b: mating ends 123, 125, 127, 128: knot

Claims (5)

Needle 110 having a pointed portion 111 pointed to be inserted into skin K,
Through holes 113 formed in the needle 110,
Suture 120 is inserted into the through hole 113,
Suture inserts for the staircase surgery characterized in that it comprises a plurality of knots (123, 125) formed in the suture (120). Needle 110 having a pointed portion 111 pointed to be inserted into skin K,
Grooves 117 formed on the side of the needle 110,
Suture 120 is inserted into the groove 117,
Suture inserts for sutures, characterized in that it comprises a plurality of knots (123, 127, 128) formed in the suture (120). The method of claim 1,
The needle 110 is a suture insert for a perioperative procedure, characterized in that consisting of a needle. The method according to claim 1 or 3,
The through-hole 113 is a suture insert for staircase treatment, characterized in that formed on the tip portion (111). 3. The method of claim 2,
The groove 117 is formed to be open to the left and right sides and upwards, suture insert for staircase surgery, characterized in that formed inclined from the front to the rear.

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