WO2009145447A1

WO2009145447A1 - Gun type multi-hole therapy device

Info

Publication number: WO2009145447A1
Application number: PCT/KR2009/001638
Authority: WO
Inventors: 이만규; 안상일; 곽호중; 백종석
Original assignee: (주)엠큐어
Priority date: 2008-03-31
Filing date: 2009-03-31
Publication date: 2009-12-03
Also published as: CN102006900B; CN102006900A; KR100852500B1

Abstract

The present invention relates to a multi-hole therapy device for making holes into the skin of a human body through a plurality of needles by using a gun driving system in a multi-hole therapy for skin care, hair loss treatment, obesity treatment, wrinkle and acne removal, removal of a horny layer, etc. Emobding a new therapy device of injecting multi-hole therapy needles, which make holes in the skin of a human body through a plurality of needles using a gun driving system, into the skin of the human body and then of applying a current for electrical stimulation, the present invention provides a gun type multi-hole therapy device which can maximize the effects of multi-hole therapy and control the speed or depth of injection of needles, thereby being capable of ensuring treatment reliability, such as reduction of therapy time and pain.

Description

Gun type multi-hole treatment device

The present invention relates to a multi-hole surgical device of the gun method, and more specifically, to a hole in the skin of the human body with a plurality of needles using a gun driving method for multi-hole procedures for skin beauty, hair loss treatment, obesity treatment, etc. The present invention relates to a punching multi-hole surgical device.

In general, the multi-hole treatment method is mainly for skin beauty and hair health and obesity treatment, such as wrinkles, acne removal, exfoliation, hair loss treatment, etc. There is a method to maximize the drug effect by incredibly fast and much penetration, and to stimulate the skin with a needle to induce collagen formation by the reflex action of the human body, and the main treatment sites are the face and the scalp.

For example, by making hundreds to tens of thousands of fine pores in the skin of the human body, using the viability of damaged skin tissue in the process of making fine pores, the new shoots are sprouted, and the drug is applied by applying a therapeutic drug to the minute pores. It is a way to maximize the effectiveness of the procedure by allowing the micropores to penetrate into the skin quickly.

This multi-hole treatment method is to induce its own collagen without removing or damaging the epidermis, unlike conventional treatments (lasers, dermabrasion, etc.) in which wrinkles or pigmentation are treated by peeling the skin and regenerating damaged skin. It can be called a new concept cell restoration method.

This simple and safe multi-hole treatment method is a natural wound healing action that occurs when a large number of saliva penetrates the skin. As the dermal tissue is newly formed and rearranged, the scar becomes shallow and the skin becomes The tight pull reduces wrinkles and improves pigmentation, allowing you to return to healthy, clean skin.

In addition, hundreds of saliva can provide hundreds to tens of thousands of tremendous passages in a few minutes to maximize the therapeutic effect by delivering active ingredients such as the latest active peptides.

The method of forming a multi-hole on the skin of the human body includes a method using a multi-roller needle and a laser. Recently, a gun equipped with a microneedle is used to produce hundreds to tens of thousands of A method for effectively making minute holes has been proposed.

In the case of the multi-hole procedure using the above-mentioned gun, a method of drilling a hole in the skin by controlling the reciprocating operation of the actuator through the switch operation of the gun.

Therefore, the present invention is intended to be the subject of the multi-hole treatment apparatus of applying the electrical stimulation in the case of the multi-hole procedure of the above-described method.

Accordingly, an object of the present invention is to implement a new type of treatment device to apply electric stimulation by applying a current after stabbing the needle in the skin during the multi-hole procedure to puncture the skin of the human body with a plurality of needles using a gun driving method , Multi-hole treatment effect can be maximized, and the speed of the needle and the depth of insertion can be controlled to shorten the procedure time and reduce the pain. The present invention provides a surgical device.

The object of the present invention is not limited to the above-mentioned object, and other objects not mentioned will be clearly understood by those skilled in the art from the following description.

In order to achieve the above object, the multi-hole surgical apparatus provided in the present invention includes a gun body, a needle assembly having a plurality of needles, an actuator for operation of the needle assembly, and installed inside the gun body and electrically connected to the needle assembly side. It consists of a connector housing that can be connected and delivers current from an external device to the needle assembly, and a controller connected to the connector housing to provide an electric current. It is characterized by being able to give an electrical stimulus by flowing.

Here, the needle assembly is preferably made of a removable type that is electrically connected by contact between the electrode and the electrode plate in a state accommodated in the connector housing.

The multi-hole surgical apparatus of the present invention provides the following advantages.

First, when saliva reaches the subdermal layer of the skin, it is most effective to give electric stimulation.The dermal layer varies in depth depending on body parts such as the face, arms, thighs, abdomen, or body type such as obese and skinny people. , By using the multi-hole surgical device of the present invention can give electric stimulation at various depths, thereby maximizing the therapeutic effect.

Second, because the needle can be adjusted to the speed using the gun automatically adjusts the skin, eliminating the discomfort of hand stabbing and can shorten the procedure time.

Third, it is possible to control the depth of the needle can flow the current exactly to the required depth, and also to ensure the stability by installing a safety guide so that it can not stick more than that depth.

That is, it is possible to precisely control the insertion depth of the needle to ensure the stability and accuracy with respect to the depth of the needle can be tailored to the patient.

Fourth, the pain is less because saliva sticks to the skin at high speed by adopting the gun driving method.

Fifth, it is possible to reduce the cost because the needle detachable.

In this way, the speed can be controlled, and several or dozens of needles can automatically stab the skin and apply electric current to the desired depth, thereby increasing the therapeutic effect according to the skin layer area, and also changing the needles for each patient, thus allowing the whole to be used as before. Compared with changing all the cost savings effect, and easy to attach and detach the needle has the effect that can be used conveniently.

1 is a schematic diagram showing a multi-hole surgical apparatus of the gun method according to an embodiment of the present invention

Figure 2 is a perspective view showing the coupling relationship between the needle assembly and the connector housing in the gun-type multi-hole surgical apparatus according to an embodiment of the present invention

3, 4, 5 is a schematic diagram showing a state of use of the multi-hole surgical apparatus of the gun method according to an embodiment of the present invention

10: gun body 11: needle assembly

12: actuator 13: connector housing

14 controller 15 electrode

16 electrode plate 17 earth member

18: Knob 19: Guide

20: depth adjustment device 21: needle

22: needle mount 23: support rod

24: support block 25: holder

Hereinafter, various embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic view showing a multi-hole surgical apparatus of the gun method according to an embodiment of the present invention, Figure 2 is a coupling relationship between the needle assembly and the connector housing in the multi-hole surgical apparatus of the gun method according to an embodiment of the present invention It is a perspective view showing.

As shown in Figure 1 and 2, the multi-hole treatment apparatus is basically a multi-hole treatment method that induces the stimulation to the skin with acupuncture to induce the formation of collagen by the body's reflex action, and various After the needle assembly equipped with two fine needles was attached to the gun, a force was applied to the needle assembly in a linear direction to allow several fine needles to penetrate the skin of the human body at the same time. It is a repetitive operation that consists of an operating mechanism that allows hundreds to tens of thousands of holes to be drilled in the human skin.

In particular, the multi-hole treatment apparatus adopts a method that can significantly increase the therapeutic effect by flowing an electric current in the state in which the needle is inserted into the skin to give electrical stimulation to the skin.

To this end, the gun body 10 has a needle assembly 11 having a plurality of needles 21 for puncturing the skin, an actuator 12 for repeatedly moving the needle assembly 11 back and forth, the needle assembly As a means for providing a current to the (11) side, a connector housing 13 and a controller 14 which is an external device are provided.

The needle assembly 11 has a structure in which a plurality of needles 21 are mounted on the needle mount 22, and each needle 21 at this time is exposed to the front of the mount for a predetermined length, and at the same time, an electrode rod embedded in the rear of the mount. It is mounted in the form connected to (15).

In this case, the electrode rod 15 may be formed to extend further to the rear side than the rear end of the mount, and may be connected to the electrode plate 16 to be described later by using the extended portion.

Accordingly, when a current is applied to the electrode 15, the currents of each needle 21 may also flow.

In another embodiment, each needle 21 mounted on the needle mount 22 of the needle assembly 11 forms a pair of neighboring ones with each other, so that each pair of needles 21 is "+", "-". "Can be configured to receive current.

Of course, in such a needle configuration, the electrode and the electrode plate may also take the form of providing a current to each pair individually.

The connector housing 13 is supported on the side of the actuator 12 to be described later,

For example, in the case of a cylinder, it is assembled in a slideable structure back and forth on a holder 24 at the inner tip of the gun body 10 while being supported by being fitted to a rod, and serves to provide current to the needle assembly 11. It serves to support the assembly (11).

To this end, the connector housing 13 has a groove structure for accommodating the rear end of the needle assembly 11 at the front side, and is connected to the actuator 12 side such as a cylinder at the rear side, and the needle assembly 11 at the time of actuator operation. It is possible to move back and forth with).

The electrode plate 16 is mounted to the groove bottom of the connector housing 13, and wires extending from the outside are connected to the electrode plate 16 at this time.

Accordingly, when the rear end of the needle assembly 11 is inserted into the groove portion of the connector housing 13, the electrode rod 15 and the electrode plate 16 may be electrically connected to each other, and the current applied through the wire may eventually be applied to the electrode. It may flow through the plate 16 and the electrode rod 15 to the needle 21.

Here, the needle assembly 11 and the connector housing 13 are coupled in a detachable structure.

For example, when the rear portion of the needle mount 22 of the needle assembly 11 is inserted into the groove portion of the connector housing 13, the two members can be coupled, and at this time, each of the electrode rod 15 and the electrode plate ( 16) can be electrically connected while being in contact, while the needle assembly 11 can be easily removed by removing the needle assembly 11 from the connector housing 13.

Since the needle assembly (11) can be easily inserted and removed, there is an advantage that can be used only by changing the needle for each patient.

In other words, only a needle assembly can be newly replaced without changing the entire gun every time the patient changes, which is advantageous in terms of cost.

In addition, the present invention provides a guide 19 which is disposed around the needle assembly 11 inwardly and detachably coupled to the holder 24 side.

Accordingly, stability can be ensured by preventing the needle from sticking to the skin more than its depth.

That is, when the needle is inserted into the skin, the needle is inserted on the basis of the state where the end of the guide 19 is placed on the skin, and thus the insertion depth of the needle can be effectively limited by properly adjusting the length of the guide 19 at this time. .

The position adjustment of the guide 19 is responsible for the depth adjustment device (20).

The depth adjusting device 20 has a support block 24 is installed in the interior of the gun body 10, the support bar 23 having a knob 18 on the outside of the gun penetrates the support block 24 horizontally At the same time, it is installed in a structure that is assembled in the form of screwing.

The holder 24 including the guide 19 is supported at the tip of the supporting rod 23 installed as described above.

Accordingly, when the knob 18 is operated, the entire support bar 23 including the guide 19 and the holder 24 may move back and forth, and thus the position of the guide 19 may be adjusted by the user's knob operation.

That is, if the guide is pulled out or pulled back to the front through the knob operation, the insertion depth of the needle moving under a predetermined stroke can be accurately controlled while adjusting as necessary.

The controller 14, which provides current for electrical stimulation at the time of treatment, is connected to itself or an external power source, and is a kind of control board having an on / off switch, a display window, and the like.

The electric wire extending from the controller 14 is connected to the electrode plate 16 of the connector housing 13 through the inside of the gun body 10, so that when the controller 14 is operated, a current is applied to the electrode plate 16. Can be applied until.

In addition, one side of the controller 14 is provided with an earth member 17, such as a hand piece.

Therefore, after poking the skin with saliva, "+" current flows, and holding the earth member 17 corresponding to "-" by hand causes current to flow to the patient.

In order to insert the needle into the skin, the actuator 12 is responsible for moving the entire needle housing 11 and the connector housing 13 back and forth with a plurality of needles (21).

The actuator 12 may be supported by a bracket (not shown) on the side of the gun body 10, and may be of a type using a pneumatic pressure such as an air cylinder, an air blower, an air motor, or a speed control such as a servo motor. It is possible to apply a method using a motor as much as possible.

The embodiment of the present invention provides an example using an air cylinder type actuator.

In particular, in the case of applying a speed adjustable motor method, it is possible to accurately control the insertion depth of the needle, there is an advantage that can ensure the accuracy and stability for the insertion of the needle.

That is, the gun includes a motor that can adjust the speed of the saliva, so it can be quickly and precisely inserted into the skin without the inconvenience of stabbing by hand, so that it does not burden the patient with pain. Control allows the current to flow exactly to the required depth.

Of course, when applying a motor-type actuator may include a structure in which a peripheral device such as a screw bar driven by the motor and linear motion for linear guidance is interlocked with the connector housing side.

Therefore, looking at the state of use of the multi-hole surgical apparatus according to an embodiment of the present invention configured as described above are as follows.

3 to 5 is a schematic diagram showing a state of use of the multi-hole surgical apparatus of the gun method according to an embodiment of the present invention.

As shown in Figures 3 to 5, the multi-hole procedure using the gun is basically a needle assembly having a plurality of fine needles are mounted on the gun capable of repeating linear operation, by operating the gun at this time fine of the needle assembly This is done by inserting the needle perpendicular to the skin.

In this manner, the needle can be repeatedly penetrated at a constant speed and a constant depth, and the depth of the needle can be set to about 1 mm to 4 mm.

First, as a preparation step, the power supply is connected to complete the controller side and the key side preparation.

After the preparation step is completed, the guide 19 at the tip of the gun is placed on the skin of the treatment area, and then the gun switch (trigger) is pressed and the front of the needle assembly 11 at the front by the operation of the actuator 12 is performed. The needle 21 can penetrate the skin as it penetrates.

At this time, an electric stimulus may be applied to the skin through the needle 21 through which current flows.

The current may be applied by the switch operation on the controller 14 side, but is preferably applied simultaneously with the operation of the gun switch.

As such, the process of moving the microneedle back and forth several times can be repeated several hundred to tens of thousands of holes in the skin of the human body, and can also give electric stimulation using the current flowing through the saliva.

Here, the gun may be set such that the microneedle performs one reciprocating operation each time the gun switch is pressed once, or may be set such that the microneedle performs several reciprocating operations while the gun switch is kept pressed.

In the case of multi-hole procedure using the gun while giving such electric stimulation, the needle can be repeatedly infiltrated at a constant speed and a certain depth, and the penetration depth of the needle can be easily controlled by controlling the fine needle, and the electric stimulation It can also be given together to maximize the effect of treatment.

Although embodiments of the present invention have been described above with reference to the accompanying drawings, those skilled in the art to which the present invention pertains may implement the present invention in other specific forms without changing the technical spirit or essential features thereof. I can understand that.

Therefore, the embodiments described above are to be understood in all respects as illustrative and not restrictive.

Claims

In the gun-type multi-hole treatment apparatus comprising a gun body 10, a needle assembly 11, the needle is mounted, and an actuator 12 for the operation of the needle assembly 11,

A connector housing 13 installed in the gun body 10 and electrically connected to the needle assembly 11 side, and configured to transmit current from an external device to the needle assembly side 11, and the connector housing 13 And a controller 14 which provides current by being connected to the wire and the electric wire, and when the needle is in the skin during the operation of the gun, the electric current can be supplied by flowing the electric current so that electric stimulation can be performed. Device.
The method according to claim 1,

The needle assembly 11 is a gun-type multi-hole treatment apparatus, characterized in that a plurality of needles are mounted.
The method according to claim 2,

The needle assembly (11) is a gun-type multi-hole surgical apparatus, characterized in that made of a removable type that is electrically connected by contact between the electrode rod (15) and the electrode plate (16) in the state accommodated in the connector housing (13).
The method according to claim 2 or 3,

The controller (14) is a gun-type multi-hole treatment apparatus further comprises a grounding member (17) for grounding.
The method according to claim 2 or 3,

The needle assembly (11) is a gun-type multi-hole treatment apparatus, characterized in that the adjacent needles are supplied with a "+", "-" current to give a pair of electric stimulation in pairs.
The method according to claim 2,

The actuator 12 is a method using a pneumatic method, or a method using a motor capable of speed control, multi-hole surgical apparatus of the gun method.
The method according to claim 2,

Depth adjustment to adjust the insertion depth of the needle by adjusting the position of the guide 19 installed inside the gun body 10 and disposed around the needle assembly 11 through the operation of the external knob 18 back and forth Gun system multi-hole treatment apparatus further comprises a device.