KR101048484B1 - Skin Dermal Coagulant - Google Patents

Abstract

The present invention is able to quickly and easily coagulate the dermis or subcutaneous tissue inside the skin of the local area of the body while preventing damage and pain on the surface of the skin during coagulation process and excellent treatment effect as well as low procedure cost A skin dermal coagulation device,

A controller for controlling the high frequency and galvanic current required for coagulation operation to be suitable for the skin of the body to be coagulated by receiving the power required for coagulation operation and the power for generating high frequency and galvanic currents, and is electrically connected to the controller. And a coagulation body provided in the coagulation body, the coagulation body provided in the coagulation body to penetrate into the dermis or subcutaneous tissue inside the skin and coagulate, wherein the coagulation means is inside the skin. And a cooling tool for penetrating and performing the coagulation operation, and a cooling tool for preventing the skin from being damaged by the heat generated during the coagulation tool performing the coagulation operation.

Skin, dermis, subcutaneous tissue, coagulation, high frequency, galvanic current

Description

Skin Dermal Tissue Coagulation Device {COAGULATION DEVICE FOR DERMAL}

The present invention relates to a skin dermal coagulation device, and more particularly, to finely coagulate the dermis and subcutaneous tissue without damaging the surface of the skin, thereby relieving wrinkles and scars by regenerating the tissues. The present invention relates to the provision of a coagulation device that has an excellent effect.

In general, a coagulation device is a medical treatment used to exclude the cause of life-threatening due to excessive leakage of blood when it fails to coagulate the blood flowing from a wounded area or surgical site that requires incision of tissue. The device will be referred to collectively.

In the medical coagulation apparatus as described above, various blood coagulation apparatuses are used in the medical system in order to minimize the risk of excessive bleeding during surgery of the living body. Among them, plasma blood which coagulates the blood by making the gas into a plasma state and using the generated plasma A coagulation device is used.

In addition, there is a device for hair removal (Hair Electrolysis, Epilator) that is not related to skin tissue with one insulation needle.It is a medical device that heats skin tissue by high frequency without needle while cooling skin surface by using high frequency. Thermarge).

These conventional coagulation devices are not suitable for performing skin care rather than wound or surgery because they are a medical device for coagulating bleeding occurring on a wound or surgical site.

In addition, such a conventional apparatus requires heating at a high temperature of thousands of degrees Celsius, so that a huge cooling device and a heat exchanger for cooling the head of the plasmatron are essential, and the arc of plasma generated in the electrode circuit is unstable. Because the whole equipment is large and expensive, it is difficult to invest a lot of money to use or apply it for the purpose of skin beauty.

Even if the cost is high and the parts used for the treatment are used for the purpose of skin beauty as well, the cost of the procedure is high, giving the users a considerable economic burden (about 1.2 million won per one procedure). have.

Even when the procedure is carried out in such a high cost, the skin surface is often burned because it is directly connected to the skin to generate a high fever, which has a disadvantage of requiring post-treatment.

In addition, there is a disadvantage in that the treatment effect is not substantially seen because it affects the skin surface rather than the dermal tissue of the skin. As mentioned above, the temperature of the skin surface increases as well as the skin trouble and The same side effects occur, causing severe skin pain during the procedure, and wasteful unnecessary foreign currency is wasted because most of the coagulation devices depend on imports.

Accordingly, the present invention is invented to solve the above problems, by receiving a power source required for the coagulation operation and a power source for generating high frequency and galvanic current, so that the high frequency and galvanic current required for the coagulation operation are suitable for the skin of the body to be coagulated. A controller to control, a coagulation body electrically connected to the controller and provided by the operator so as to be easily held by the operator, and provided on the coagulation body to penetrate into the dermis or subcutaneous tissue inside the skin in contact with the skin. The coagulation means comprises a coagulation means for penetrating into the skin to perform a coagulation operation, and a cooling tool for preventing the skin from being damaged by heat generated in the process of performing the coagulation operation. Including,

Finely coagulates the dermis or subcutaneous tissue inside the skin of the local area of the body, prevents damage and pain on the surface of the skin during the coagulation process. It can be reduced, etc.

The present invention penetrates into the skin and coagulates the dermis or subcutaneous tissue by using high frequency or galvanic current only at the micro site where one coagulation needle is located or the entire area of the coagulation needle so as to be suitable for skin care to alleviate wrinkles and scars. Of course, it can cope actively with the thickness of the skin depending on the body part, and it can achieve great effect at low cost by preventing skin surface burns or side effects during the procedure. It is an invention which has various effects, such as anticipating an economic effect.

Hereinafter, with reference to the accompanying drawings will be described a preferred configuration and operation of the present invention for achieving the above object.

1 is a perspective view showing the appearance of the skin dermal coagulation apparatus applied to the technology of the present invention, Figure 2 is a cross-sectional view taken along the line A-A of the skin dermal coagulation apparatus applied to the technology of the present invention, Figure 3 Sectional view taken along line B-B of the skin dermal coagulant to which the technique of the present invention is applied, Figure 4 is a cross-sectional view showing a portion C of the dermal tissue coagulation device to which the technique of the present invention is applied, Figure 5 is a technique of the present invention It demonstrates together as a perspective view which shows another example of this applied skin dermal coagulation apparatus.

Dermal dermal coagulation device 100 to which the technique of the present invention is applied is supplied with a power required for coagulation operation, and is required for coagulation operation by receiving power required for high frequency electrical wave and galvanic current generation. A controller 101 is provided to control the high frequency and galvanic current to suit the skin of the body to be solidified.

It is electrically connected to the controller 101 is provided with a coagulation body 103 having a handle 102 so that the operator can easily hold by hand, the coagulation body 103 is in contact with the skin inside the skin It is to have a coagulation means 105 that performs the function of penetrating into the dermis or subcutaneous tissue to coagulate.

The coagulation body 103 is configured in an elliptical shape to cover a relatively large skin area in Figure 1 of the present invention, as shown in Figure 5 so that it can be applied to sensitive skin or local areas such as the face Since it can be implemented in various forms, such as a pencil type, it is not limited to the shape and shape illustrated in the drawings of the present invention.

Since the coagulation means 105 should be directly in contact with the skin, the coagulation tool 106 is positioned at the bottom of the coagulation body 103 and penetrates into the skin to perform a coagulation operation, and the coagulation tool 106 coagulates. It consists of a cooling tool 107 to prevent the skin from being damaged by burns, inflammation, abnormal symptoms by the heat generated in the process of performing the operation.

The coagulation tool 106 has a plurality of coagulation needles (110, 111) to easily penetrate the skin and penetrate the inside, and the coagulation needles (110, 111) has an insulating and hygienic medical plastic in consideration of use on the skin and The same needle fixture 112 is maintained.

The coagulation needles 110 and 111 are connected to the conductive plate 115 interposed between the needle fixture 112 and the coagulation body 103 by forming a head 114 on the upper end of the needle stem 113 provided with a long length. It is possible to receive a high frequency or galvanic current from the controller (101).

A tip 116 is formed at the bottom of the needle stem 113 to penetrate and penetrate the skin, and the tip 116 is formed in various types as short or long in consideration of the body part and the thickness of the skin. It's no surprise that you make the right choice.

The needle stem 113 except for the head 114 and the tip 116 of the coagulation needles 110 and 111 may be subjected to insulation coating or insulation coating 117 to prevent leakage of high frequency or galvanic current.

The cooling tool 107 is connected to a semiconductor cooler such as a thermoelectric element by closely contacting the cooling plate 120 made of aluminum material having excellent heat dissipation to be connected to the lower side of the needle fixture 112, the temperature is increased by high frequency or galvanic current It is in contact with the skin surface to perform cooling.

Of course, it will be apparent that the needle fixing holes 112 and the cooling plate 120 have the same number of needle holes 121 and 122 as the coagulating needles 110 and 111 so that the coagulating needles 110 and 111 can pass therethrough.

In addition, since the coagulation needles 110 and 111 penetrate through the skin, it is preferable to have a small diameter of about 0.1 mm and to maintain clean hygiene by exchanging after one treatment in consideration of penetration into the skin. It will be apparent that the coagulation tool 106 and the cooling tool 107 can be easily detached and attached through the screw fixing.

Of course, the power applying button for operating the coagulation device may be provided in the controller 101, and may be implemented in various forms, including a coagulation body 103 separately so that the operator can easily operate.

Looking at the process of using the skin dermal coagulation apparatus 100 to which the technique of the present invention is applied as described above are as follows.

First, the electric current and the high frequency are adjusted according to the target skin through the controller 101 receiving power, and the needle fixing tool (110, 111) also selects the length of the tip 116 suitable for the skin to penetrate. 112 and the needle holes 121 and 122 formed in the cooling plate 120 are prepared to pass.

In such a state, the tip 116 of the coagulation needles 110 and 111 is positioned on the surface of the skin to be coagulated, and then pressed while being in close contact with each other, the cooling plate 120 of the cooling tool 107 is in close contact with the skin surface and coagulated needle ( The tip 116 of the 110, 111 is in a state of entering through the skin.

In this state, the coagulation needles 110 and 111 are applied with a high frequency or galvanic current, so the dermis or subcutaneous tissue inside the skin is coagulated at a temperature of 60 to 70 ° C. The coagulated dermis or subcutaneous tissue is regenerated by tissue regeneration. Wrinkles can be alleviated or minor wounds or scars can be alleviated.

In the process of coagulation of the dermis or subcutaneous tissue by the tip 116 of the coagulation needles 110 and 111 penetrating the skin, a considerable amount of heat is generated on the surface of the skin. Since it is cooled by the cooling plate 120 of the cooling tool 107 located at the upper part, the skin surface is maintained at a low temperature (4 to 10 ° C.), so there is no fear of burns.

In addition, since the cooling plate 120 maintains the temperature of the skin surface at a low temperature from the time when the cooling plate 120 is connected to the skin surface in order to use the coagulation apparatus 100, the tip 116 may penetrate the skin. It also plays a role in relieving pain, and also relieves the pain that occurs during the coagulation of the dermis or subcutaneous tissue.

Of course, since the thickness and thickness of the dermis or subcutaneous tissue inside the skin is different depending on the skin to be coagulated, the coagulation needles 110 and 111 having different lengths of the tip 116 may be selected and mounted accordingly.

Then, after the procedure is completed, the coagulation needles 110 and 111 are separated from the coagulation tool 106 and then separated and disposed of, and the new coagulation needles 110 and 111 can be disposed and used to eliminate the possibility of bacterial infection. .

When coagulating the dermis or subcutaneous tissue inside the skin using the coagulation needles 110 and 111, the intensity of the high frequency or galvanic current is adjusted through the controller 101 in accordance with the coagulation needles 110 and 111 that are exchanged according to the mentioned thickness and the skin thickness. It would be natural to do so.

In addition, the coagulation range can be adjusted by adjusting the intensity of the high frequency or galvanic current and the arrangement range of the coagulation needles 110 and 111. If the intensity of the high frequency or galvanic current is weakened while the arrangement of the coagulation needles 110 and 111 is widened, one coagulation is performed. Only the micro-site where the needle is located can be coagulated, and when the intensity of the high frequency or galvanic current is strengthened while narrowing the arrangement of the coagulating needle, it is possible to control to coagulate the local area of the entire area of the coagulation needle.

In addition, the coagulation needles 110 and 111 from the controller 101 are applied to the head 114 of the coagulation needles 110 and 111 through the conductive plate 115 to generate heat through the tip 116 penetrating into the fatigue. It is possible to perform, since the insulating coating 117 is performed on the needle stem 113, the possibility of high frequency and galvanic current leaking into the cooling plate 120 is prevented.

The present invention as described above can easily coagulate the dermis or subcutaneous tissue inside the skin constituting the body to a fine range, it can be quickly performed while preventing the damage and pain of the skin surface during the coagulation process and the treatment effect will be excellent In addition, it is an invention having various advantages, such as reducing the economic burden by lowering the cost of the procedure.

1 is a perspective view showing the appearance of the skin dermal tissue coagulation apparatus to which the technique of the present invention is applied.

Figure 2 is a cross-sectional view taken along the line A-A of the skin dermal coagulation apparatus to which the technique of the present invention is applied.

Figure 3 is a cross-sectional view taken along the line B-B of the skin dermal coagulation device to which the technique of the present invention is applied.

Figure 4 is a cross-sectional view showing a portion of the skin dermal coagulation apparatus C applied apparatus of the present invention.

Figure 5 is a perspective view showing another example of the skin dermal coagulation apparatus to which the technique of the present invention is applied.

* Description of the symbols used in the main parts of the drawings *

100; Coagulation device

105; Coagulation

106; Coagulation Tool

107; Cooling tool

110,111; Coagulation needle

120; Cooling Plate

Claims (3)

A controller 101 for receiving the power required for the coagulation operation and the power required for the generation of the high frequency and galvanic current to control the high frequency and the galvanic current required for the coagulation operation to be suitable for the skin of the coagulation target body; A coagulation body (103) electrically connected to the controller (101) and provided to enable the operator to easily hold by hand; It is provided in the coagulation body 103 comprises a coagulation means 105 to contact with the skin to penetrate into the dermis or subcutaneous tissue inside the skin to coagulate; The coagulation means 105 includes a coagulation tool 106 that penetrates into the skin and performs a coagulation operation; Skin coagulation apparatus characterized in that it comprises a cooling tool (107) for preventing the skin from being damaged by the heat generated in the process of the coagulation tool 106 performs the coagulation operation. The method of claim 1; The coagulation tool 106 has a plurality of coagulation needles (110, 111) provided to facilitate penetration into the skin; A needle fixing tool (112) having a needle hole (121) to maintain the solidification needles (110, 111); The coagulation needles 110 and 111 are formed on the top of the needle stem 113 to be connected to the conductive plate 115 interposed between the needle fixture 112 and the coagulation body 103 to receive a high frequency or galvanic current. )Wow; It is formed at the bottom of the needle stem 113, penetrates the skin and penetrates into the dermis or subcutaneous tissue inside the skin and includes a tip 116; Skin dermal tissue coagulation apparatus, characterized in that it comprises an insulating coating to prevent the leakage of high-frequency or galvanic current by performing on the needle stem (113). The method of claim 1; The cooling tool 107 is provided with a cooling plate 120 connected to the lower side of the needle fixture 112 and connected to the semiconductor cooler to cool the skin surface at which the temperature is increased by high frequency or galvanic current; The cooling plate 120, the skin dermal tissue coagulation apparatus, characterized in that it comprises a needle hole (122) formed so that the coagulation needle (110, 111) can penetrate.

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