KR20140039459A - Nebulizer with iontophoresis - Google Patents

Abstract

The present invention relates to a nebulizer with an ion introduction function, and more specifically, to a nebulizer assembly which enables skin care and scalp skin care by connecting a facial cosmetic device using iontophoresis to the outlet of the nebulizer. The nebulizer with an ion introduction function according to one embodiment of the present invention includes an air compressor, a nebulizer connected to the outlet of the air compressor, a connector connected to the nebulizer, and a massage unit with an iontophoresis device.

Description

Nebulizer with iontophoretic function

The present invention relates to a nebulizer having a function of effectively introducing the drug solution into the skin using iontophoresis.

In general, a nebulizer is an aerosolized medicine that is used for a respiratory disease so that a patient can easily drink the medicine, and is an ultra sonic type that physically granulates using ultrasonic energy. The chemicals sucked up by the jet streams blown out at high speed are blown into the object to break and collide with each other (Venturi-type, Barbington-type) to aerosolize the chemicals. And by inhaling the particles of the drug solution thus formed by the patient's nose or mouth using the mouthpiece, the drug solution can reach the end of the bronchus of the patient to cure the disease quickly.

Such nebulizer generally refers to a device that delivers a therapeutic drug into fine particles to treat a respiratory disease such as asthma and bronchitis. Recently, the nebulizer has been widely used in various fields such as medical use and skin care. .

However, nebulizers have limitations that are mainly used in connection with the respiratory system or the face.

The present invention has been made to solve the above problems, and an object thereof is to provide a nebulizer assembly having an iontophoretic function that can contribute to the skin or scalp.

In order to achieve the above object, the nebulizer assembly having a skin massage function of the present invention, an air compressor having a suction port and a discharge port; A nebulizer connected to a discharge port of the air compressor through a hose; And an iontophoretic massage unit which is connected to the mist discharge port of the nebulizer and rubs on the skin or the scalp; .

According to this configuration, the nanoparticles are intensively sprayed during the massage while the massage part is in contact with the skin for iontophoresis, so the penetration is very fast, and the penetration effect on the skin or scalp is significantly higher than when just applied or sprayed.

In the assembly having the iontophoretic function of the present invention, it is preferable that the iontophoresis device capable of iontophoresis is installed in the massage part.

On the other hand, in the nebulizer assembly having an iontophoretic function of the present invention, the massage unit may be installed of a laser or led irradiation apparatus that can be irradiated with light.

According to the nebulizer assembly of the present invention as described above has the following effects.

Skin treatment and professional management by quickly penetrating nanoparticles such as ampoules, therapeutics, nutrients, and hair regrowth into the dermis or scalp dermis using the iontophoresis massage device installed at the discharge port of the nebulizer. Very good in terms of

Looking at the ion current of the iontophoresis, when a direct current is applied to the body, the movement of ions occurs, an alkaline reaction occurs in the tissue of the cathode region, and a weakly acidic reaction in the tissue of the anode region. By ionizing cosmetics and the like, the effect of ion introduction that cosmetics can easily penetrate the mucous membrane of the skin and penetrate into the tissue in the skin occurs. The ion current of iontophoresis causes chemical change as it passes through an aqueous solution of acid and salt. These chemical changes also occur when iontophoresis ion currents pass between body tissues and cosmetic solutions. Through the ion current of iontophoresis to the skin, the ions existing inside and outside the skin are moved to stimulate and absorb the skin, thereby making the skin surface and interior optimal. The ion current of iontophoresis is a current in which the direction and magnitude of the flow remain constant despite the change of time. The iontophoresis ion has a large chemical effect, a heating effect, and a stimulating effect on blood vessel movement. There is a characteristic that is accompanied by some magnetic lines and heat generation. Therefore, using ion energy by ion current of iontophoresis can gently relax skin nerves and deliver various water-soluble substances deep into skin while simultaneously giving electrical, thermal and chemical effects. It can contain bio ingredients) to maximize skin beauty and treatment effects by ionizing and is also widely used for physical therapy.

In addition, by using a device for irradiating the led light source, it is possible to improve the problem skin and scalp by injecting nanoparticles, such as ampoules, therapeutics, nutrients to the skin or scalp and irradiating the light source.

The red LED light of 630nm wavelength, which prevents skin aging, penetrates the dermis layer and activates skin cells. Facilitates the elasticity of the skin and simultaneously controls whitening and wrinkles.

Certain wavelengths of LED Light have a function to reduce cytokines, which are inflammatory substances known to play a role in chronic acne by targeting fat glands to the skin.

It helps improve skin barrier function by improving the ability of the skin to maintain key constituents for recovery, promoting healthy collagen production and helping to reduce signs of aging.

LED light sources can also induce photo-biochemical reactions between cells. Phototherapy, described by LLLT, is based on the photon of an LED light source being absorbed by chromophores or photoacceptors in cell tissue and promoting cellular metabolism. The light absorbed by the cells increases the ROS and ATP synthesis in the cell tissue. Cells exposed to red and near-infrared light emit NO. ROS is associated with gene production. Light of the wavelength selected at the appropriate time and period is absorbed by photoreceptors such as intracellular cytochrome c oxidase. This photodecomposes inhibitory NO, promotes enzyme activation, and promotes mitochondrial metabolism and ATP production. As a result, proteins such as hemoglobin and myoglobin release additional NO, which leads to a continuous intracellular biochemical reaction. As a result, the overall metabolic activity of the cell is actively activated, and light plays a major role in cell regeneration and rehabilitation. When the LED light source is irradiated to the skin, the production of collagen and elastin is promoted and the occurrence of wrinkles is suppressed, so that the skin can maintain its elasticity with moistness.

In addition, by using a device for irradiating the laser to spray the nanoparticles, such as ampoules, therapeutics, nutrients, etc. to the skin or scalp and to irradiate the laser can improve the problem skin and scalp.

The laser penetrates more than 1mm (1,000㎛) of skin and cuts (breaks) the skin (collagen) tissue of the dermis layer to create new skin (collagen, elastin) tissue and induces skin regeneration. It is effective.

In addition, it is involved in pores, wrinkles, acne scars, scars, fine wrinkles (Texture), skin elasticity and the process of regeneration of the skin is very fast.

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

For reference, among the configurations of the present invention to be described below, the same configurations as the prior art will be referred to the above-described prior art, and a detailed description thereof will be omitted.

1 is a perspective view of a nebulizer assembly according to a preferred embodiment of the present invention,

2 is an exploded view of a massage unit having a nebulizer and an iontophoresis device.

3 is a connection diagram of the nebulizer and another type of iontophoresis device

Figure 4 is an exploded view of the massage section with a nebulizer and another type of iontophoresis device.

5 is an exploded view of the nebulizer and the LED light irradiation massage part.

6 is an exploded view of the nebulizer and the massage part having another type of iontophoresis and the LED light irradiation device;

7 is an exploded view of the nebulizer and the laser irradiation massage part.

8 is an exploded view of the massage unit having a nebulizer and another type of iontophoresis and a laser light irradiation apparatus.

As shown in FIG. 1, the nebulizer assembly 100 of the present embodiment includes an air compressor 190 for sucking and discharging air and a nebulizer 200 connected to a discharge hose of the air compressor 190. And a connector 201 coupled to the nebulizer 200, a massage unit 300 coupled to the connector, and a connection line 160 connecting the massage unit 300 to the electronic circuit 150.

The air compressor 110 is provided with an inlet 111 and an outlet 112, and the inlet 111 introduces air from outside air. The outer surface of the housing (not shown) surrounding the air compressor 110 is provided with a switch or the like. For example, when the user presses the nebulizer switch according to the type of fluid finally supplied, the solution filled in the nebulizer 200 is misted and comes out as an outlet to the nebulizer 200 and the iontophoresis switch is turned on. When pressed, you can take care of your skin with Iontophoresis. When the polarity switching switch is pressed, the polarities of the working electrode 330 and the ground electrode 320 are changed to each other.

The valve 113 is installed in the air compressor 110. The valve 113 allows the inflow of outside air to the inlet 111 of the air compressor 110 or blocks the inflow of the outside air. The valve 113 is preferably implemented by a solenoid valve controlled by a control unit.

The control unit receives the signal from the input unit to control the valve 113. That is, open the valve 113 to allow the outside air to flow in, or close the valve 113 to block the outside air from entering. The nebulizer 200 is connected to the discharge port 112 of the air compressor 110 through the connection hose 120.

As shown in FIG. 1, the nebulizer 200 includes a solution receiver 230, a nozzle unit 210, a solution receiver 230, and a solution receiver 230 connected to the discharge port 112 of the air compressor 110. It includes a connector 220 for connecting the nozzle unit 210.

The solution receiver 230 includes an outer cylinder 232 and a vent pipe 231 installed inside the outer cylinder 232 and connected to the connection hose 112 so as to communicate with the discharge port 112 of the air compressor 110. do.

The vent tube 231 is integrally formed inside the outer cylinder 232, and a volume portion 235 having a predetermined volume is formed between the inner wall of the outer cylinder 232 and the outer circumferential surface of the vent tube 231.

In the space portion 235, for example, a cosmetic solution containing nutrients beneficial to the scalp such as vitamins, moisture, a fragrance solution added with a natural flavor beneficial to the scalp, and a predetermined therapeutic solution (hair repellent), etc. are selectively stored. Can be.

A plurality of fastening protrusions 234 are formed on the upper outer peripheral surface of the outer cylinder 232 and the plurality of fastening protrusions 234 are arranged to be spaced apart from each other along the circumferential direction.

In addition, a plurality of cutouts 233 are formed at the lower end of the outer cylinder 232 in the form of an arc, and a plurality of cutouts 233 are arranged to be spaced apart from each other along the circumferential direction.

The ventilation pipe 231 has a nozzle shape in which the channel width becomes narrower toward the upper side so as to generate a predetermined injection pressure.

The outer surface of the vent tube 231 is formed in an inverted funnel shape so that its cross section becomes smaller toward the upper side.

The connection body 220 includes a connection external body 221 formed in a cylindrical shape having upper and lower openings and an outlet 220 formed at an upper portion of the connection external body 221 and having an outer diameter smaller than that of the connection external body 221, (226).

Connecting body outer cylinder 221 has a tapered portion is formed so that the cross-sectional area is smaller toward the upper portion at the top, the lower end is a seating portion 223 is formed with a mounting groove for the top of the outer cylinder 232 of the solution receptor 230 is seated ) Is formed.

A coupling groove (not shown) for inserting the coupling protrusion 234 is formed on the inner wall of the seating portion 223, and the coupling body 220 is detachably installed in the solution receptacle 230.

Furthermore, it is preferable that a rib 222 is formed between the seating part 223 and the connecting extracorporeal tube 221 for the rigidity of the connecting body 220.

The discharge port 226 is provided so as to pass through the upper portion of the tapered portion of the connected extracorporeal device 221, and the derivative 225 is horizontally installed at the lower end thereof.

Derivative 225 and outlet 226 are spaced apart from each other by support frame 224.

In addition, the derivative 225 is disposed at the top of the vent pipe 221 during assembly.

The solution stored in the space 225 through the outlet 226 is discharged to the outside in the form of particulates by the pressure discharged through the vent pipe 231.

Further, a diaphragm 240 is disposed between the solution container 230 and the coupling member 220.

The diaphragm part 240 is formed to correspond to the outer shape of the vent pipe 231 and is inserted into the upper part of the vent pipe 231 and has a through hole 241 penetrating up and down.

In addition, two support protrusions 242 are formed at intervals of 180 degrees on the outer side of the diaphragm part 240 so that the cross-sectional area becomes smaller toward the lower side.

The outer surface of the support protrusion 242 is facing the inner wall of the outer cylinder 222.

In addition, fine protrusions protrude from the inner wall of the diaphragm 240.

The nozzle part 210 includes a vertical pipe part 213 connected to the lower portion of the horizontal pipe part 212 and the horizontal pipe part 212 and installed to communicate with the discharge port 226.

The horizontal tube portion 212 is formed so that both ends are open, the stopper 214 opening and closing one end or the other end is installed.

The stopper 214 is formed by protruding the hook portion 215 having a through hole formed therein.

The hook part 215 is provided such that the nebulizer 200 can be fixed and used on the other member, thereby increasing user convenience.

The hook portion 215 is also formed on the upper horizontal pipe portion 212.

The vertical pipe part 213 is formed to have a larger diameter than the outlet 226 so that the outlet 226 is fitted therein.

Furthermore, when the solution filled in the nebulizer 200 is injected may be provided with a massage device 300 having a discharge port (250).

The massage part 300 is connected to or installed in the discharge hole 201 of the nebulizer 200.

The massage part 300 connected to the discharge port 201 of the nebulizer 200 has a corresponding coupling structure of the same structure.

Hereinafter, the operation of the present embodiment having the above-described configuration will be described.

First, after placing the diaphragm portion 240 between the vent pipe 231 and the outer cylinder 232, the solution is placed in the space portion 235, the connector 220 is placed on top of the solution receptor 230 Afterwards, the connecting body 220 is rotated so that the fastening protrusion 234 is fitted into the fastening groove of the connecting body 220.

When the user presses the nebulizer button of the input unit, the air compressor 110 is operated to discharge through the discharge port 111, and a valve (not shown) is opened by the control unit so that the outside air is sucked by the air compressor 110 at the same time. Into the inlet 111 of the air compressor 110 at the same time.

The introduced outside air is discharged through the discharge port 112 of the air compressor 110 and then transferred to the vent pipe 231 of the nebulizer 200 through a connection hose, and then hits the derivative 225 to form a space portion 235. Is supplied to the solution in the space portion 235 is in the form of particulates, is transported between the support frame 224 is discharged to the discharge port 226 is transferred to the horizontal pipe portion 212 of the nozzle portion 210 . Subsequently, the solution in the form of particulates is supplied through a massage unit coupled with the discharge port of the nebulizer 200.

When the user presses the button of the input unit, the air compressor 110 is operated to discharge through the discharge unit 112, and the valve (not shown) is closed by the control unit so that the air compressor (suction force) by the suction force of the air compressor 110 Inflow to the inlet 111 of 110.

When the user presses the nebulizer button of the input unit, the air compressor 110 is operated and the valve 150 is opened by the controller so that the outside air is inlet of the air compressor 110 by the suction force of the air compressor 110. 111). The subsequent procedure works the same as when the user presses the nebulizer button. As such, when the nebulizer 200 is used, a valve (not shown) is opened by the control unit so that the outside air flows into the inlet 111 of the air compressor 110 by the suction force of the air compressor 110, thereby providing sufficient injection pressure. There is an advantage that the solution is sprayed. In addition, the nebulizer 200 may be used through one air compressor 110.

2 to 7, the nebulizer assembly 100 of the present embodiment includes a nebulizer 200, a massage part 300, and a connection hose 120 connecting the nebulizer 200. Include. The massage unit 300 may be provided with an LED device 401 or a laser device 501 to irradiate light with the iontophoresis device 301.

The massage part 300 has a cylindrical or polygonal structure, and a through hole 310 is formed at the center thereof so as to fit the nebulizer 200 or a connector (not shown).

The massage unit 300 is connected to the electronic circuit 150 for generating a current of the iontophoresis or to irradiate the light of the led or laser, the former circuit 150 is external as in the air compressor 110 Is connected using a connecting line (not shown),

In addition, of course, the miniaturized electronic circuit 150 may be installed in the massage part 300.

As shown in FIG. 2, in the nebulizer assembly 100 of the present embodiment, the massage unit 300 in the iontophoresis device 301 has a cylindrical or polygonal structure in the center of the nebulizer 200 or a connector. (Not shown) The through hole 310 is formed to be fitted.

The massage part 300 may be made of various kinds of materials. The massage part 300 may be made of an electrically conductive material or plated with a conductive metal or a synthetic resin for iontophoresis.

The shape of the massage part 300 is divided into a handle portion which is held by a hand and a work portion that is a skin contact surface.

In other words, the massage unit 300 having the iontophoresis device is formed with a ground electrode 320 and a working electrode 330 which is a skin contact surface of a hand-held portion, and an electrode separator 340 separating the two electrodes. Is installed.

The display lamp 360 is installed in the electrode separator 340 to visually recognize the operation of the iontophoresis. In addition, an operation switch 370 or a polarity switching switch (not shown) may be installed at the ground electrode 320 and the electrode separator 340. In addition, a negative (+) current and a positive (+) current flow through the two electrodes, which are connected to the electronic circuit 150 installed outside.

In more detail, the iontophoresis device 301 includes a ground electrode 320, an operation switch 370, a display lamp 360, an electrode separator 340, a working electrode 330, and the like.

The massage part 300 having the iontophoresis device is formed in a cylindrical or polygonal shape, and the upper part of the working electrode is a skin contact surface, and the lower part is opened but the upper part and the lower part are penetrated. The lower portion of the male screw portion 312 is formed.

An upper portion of the electrode separator 340 is formed with a female thread portion 325 having a female thread formed to a predetermined length so as to be screwed with the male screw portion 312 formed under the ground electrode 320. It is apparent that the coupling parts such as the male screw part 312 and the female screw part 325 may have the same function even when their configurations are opposite to each other.

Meanwhile, the ground electrode 320 has polarities opposite to those of the working electrode 330 which will be described later.

Meanwhile, the ground electrode 320 has a through hole 371 in which the operation switch 370 is inserted.

On the other hand, the operation switch 331 is connected to the electronic circuit 150 with the circuit board through the through hole 371 of the ground electrode 320.

The operation switch 370 switches the supply of current from the electronic circuit 150 to the ground electrode 320 and the working electrode 330 according to a user's manipulation.

The display lamp 360 is installed inside or below the electrode separator 340 and displays whether the working electrode 330 is operated. The display lamp 360 may be configured to be turned on when the human body comes into contact with the contact part 374 by a human body sensor (not shown) separately installed in the contact part 374.

The electronic circuit 150 is supplied with power to generate an iontophoresis device 301 for generating the iontophoretic current, and an amplification unit for amplifying a current generated from the iontophoresis device 301, that is, iontophoretic current ( And a control unit (not shown) for applying the amplified iontophoretic current to a working electrode (negative current) and a ground electrode (positive current).

And the electronic circuit 150 of the present invention further includes a polarity switching unit (not shown) for switching the polarity of the current flowing to the working electrode 330 and the ground electrode 320 mutually. In addition, a polarity switching switch (not shown) may be further provided on an outer circumferential surface of the ground electrode 320 or the electrode separator 340 to allow a user to control the polarity switching unit (not shown).

The electrode separator 340 is installed between the ground electrode 320 and the working electrode 330 to insulate the ground electrode 320 and the working electrode 330 from each other.

The electrode separator 340 is formed in a cylindrical shape but is formed by extending a predetermined length from the top of the main body to the outside of the main body and the through hole (not shown) is formed so that the lower portion of the ground electrode 320 is inserted into the It includes an extension (not shown) that is in contact with and coupled to the upper end of the ground electrode 320. And the inner circumferential surface of the electrode separator 340 is formed with a female screw portion 325 in which a female thread acid is formed by a predetermined length to be coupled to the male screw portion 312 of the working electrode 330 which will be described later.

The electrode separator 340 is formed of a transparent material so that the lighting light of the display lamp 360 can be transmitted to the outside of the electrode separator 340 when the display lamp 360 is described below.

The working electrode 330 is installed on the electrode separator 340 and receives a negative (-) current or a positive (+) current from the electronic circuit 150 and supplies the contacted human body. The working electrode 330 is formed of a metal component or a conductive material plated with high electrical conductivity such as silver, gold, or copper. The working electrode 330 includes a contact part 374, a connection line 314, and the like.

The working electrode 330 is detachably installed at the electrode separator 340.

As shown in FIG. 3, another type of iontophoresis device will be described.

The nebulizer assembly 100 according to the present embodiment includes an air compressor 190 for sucking and discharging air, a nebulizer 200 connected to a discharge line of the air compressor 190, a nebulizer 200, and a nebulizer 200. And a working electrode 330 coupled with the connector 201, the connector or the nebulizer discharge port 112, and a connection line 160 connecting the working electrode 330 to the electronic circuit 150.

The air compressor 110 is provided with an inlet 111 and an outlet 112, and the inlet 111 introduces air from outside air. The outer surface of the housing (not shown) surrounding the air compressor 110 is provided with a switch or the like. For example, three switches may be provided, such as a nebulizer operation switch, an iontophoresis operation switch, and a polarity conversion switch, depending on the type of fluid finally supplied to the user.

When the nebulizer switch is pressed, the solution filled in the nebulizer 200 is misted and comes out as a discharge port in the nebulizer 200, and when the ion toporesis switch is pressed, the skin may be treated with the iontophoresis. When the polarity switching switch is pressed, the polarities of the working electrode 330 and the ground electrode 320 are changed to each other.

More simply, the nebulizer 200 is a part in which the iontophoresis device 301 is combined, and the nebulizer discharge port 201 has one side of the skin contact surface and the other side of the coupling structure corresponding to the discharge port. The working electrode 330 having a hole through is coupled.

The ground electrode 320 is connected to the electronic circuit 150 through a connecting line in the form of an independent rod or flat plate.

The electronic circuit 150 has a DC output function of iontophoresis. The polarity of the former circuit 150 is connected to the working electrode 330 to the ground electrode 320 through the connection line.

The working electrode 330 serving as the skin contacting surface may be made in another form, and the comb-tooth shaped protrusion 330-1 may be formed as the skin contacting surface so that the scalp massager may massage and introduce ion.

As shown in FIG. 4, another type of iontophoresis device will be described.

The massage part 300 has a cylindrical or polygonal structure, and a through hole 310 is formed at the center thereof so as to fit the nebulizer 200 or a connector (not shown).

More specifically, the nebulizer 200 is integrally formed with the iontophoresis device 301, and the plug portion 214 of the nebulizer is blocked on one side instead of the plug portion, and the other side corresponds to the fixing stand 421. A ground electrode 320 having a coupling structure open housing (not shown) is installed, and the electronic circuit 150 and the battery 160 driving the same are mounted in the housing (not shown).

The current generated in the miniaturized electronic circuit 150 is a DC current connected to the ground electrode 320 and the working electrode 330, respectively. And the horizontal pipe portion of the nebulizer 200 is an electrode separator 340.

The electronic circuit 150 has an output of the function of iontophoresis. The fixing stand 321 has a through hole formed at the center thereof so as to be coupled to an end thereof in a horizontal tube portion (not shown) where the stopper portion 214 is located, and one side thereof has a coupling structure corresponding to the ground electrode 320. .

The nebulizer discharge port 201 is coupled to the working electrode 330 having a hole through which one side becomes a skin contact surface and the other side passes through a coupling structure corresponding to the discharge hole.

The working electrode which becomes the skin contact surface on the massage part 300 may be made in a different form. A protrusion 330-1 having a comb-tooth shape is formed on the skin contact surface, so that the scalp massage may be performed by ion implantation.

In addition, an operation switch 370 and a high polarity switching switch (not shown) are mounted on the ground electrode 314 having the housing. The fixing stand 321 is translucent or transparent so that the display lamp 360 is installed.

As shown in FIG. 5, in the nebulizer assembly 100 of the present embodiment, the massage unit 400 in the LED light irradiation apparatus has a cylindrical or polygonal structure in the center of the nebulizer 200 or a connector (not shown). The through hole 410 is formed to be fitted.

The massage part 400 with the LED light irradiation device is formed with a handle 420 which is a skin contact surface and a handle part 420 of a hand-held part, and a guide tube (not shown) for light irradiation in the work part 430. Is formed and LED (Light Emitting Diode) is installed on the back. And the operation switch 470 may be installed on the handle portion 430.

In more detail, the LED light irradiation device 401 includes a handle part 420, an operation switch 470, a working part 430, and the like.

The massage part 400 having the LED light irradiation device is composed of a working part 430 serving as a skin contact surface and a handle part 420 of a hand-holding part, and an LED light irradiation device 401 is formed on the back of the working part 430. Is attached. And the operation switch 470 may be installed on the handle portion 430.

The massage part 400 is formed in a cylindrical or polygonal shape, and the upper part of the working part 430 becomes a skin contact surface and the lower part is opened, but the upper part and the lower part are penetrated. In addition, the working part 430 may be made of metal or porcelain, and a guide tube (not shown) or a skin contact surface for irradiating light is made of synthetic resin or glass so that light is illuminated when irradiated with light. do. In addition, the lower portion of the female threaded portion 412 is formed. An upper portion of the handle portion 420 is formed with a male screw portion 425 having a female screw thread formed to a predetermined length so as to be screwed into the female screw portion 412 formed under the work portion 430. It is apparent that coupling portions such as the female screw portion 412 and the male screw portion 425 may have the same function even when their configurations are opposite to each other.

On the other hand, the handle portion 420 is formed with a through-hole (not shown) is inserted into the operation switch 470, the operation switch 470 is an electron with a circuit board through the through-hole (not shown) of the handle portion 420 Is connected to the circuit 150. The operation switch 470 switches the current supply from the electronic circuit to the LED light irradiation device 401 according to the user's operation.

As shown in FIG. 6, a massage unit 400 in which another type of iontophoresis device 301 and a led light irradiating device are combined will be described.

The massage part 400 has a cylindrical or polygonal structure and a through hole 310 is formed at the center thereof so as to fit the nebulizer 200 or a connector (not shown).

More specifically, the nebulizer 200 is integrally formed with the iontophoresis device 301, and the plug portion 214 of the nebulizer is blocked on one side instead of the plug portion, and the other side corresponds to the fixing stand 421. A ground electrode 420 having a coupling structure open housing (not shown) is installed, and the electronic circuit 150 and the battery 160 driving the same are mounted in the housing (not shown).

The current generated in the miniaturized electronic circuit 150-1 is connected to the ground electrode 420 and the working electrode 430 by DC current, and the LED lamp 402 for irradiating LED light is installed in the electronic circuit.

The electronic circuit 150 has an output of the function of iontophoresis and a function of light irradiation. The fixing stand 421 has a through hole formed at the center thereof so as to be coupled to an end thereof in a horizontal tube part (not shown) where the stopper part 214 is located, and one side has a coupling structure corresponding to the ground electrode 420.

The nebulizer discharge port 201 is coupled to the working electrode 430 having a hole through which one side becomes a skin contact surface and the other side passes through a coupling structure corresponding to the discharge hole.

In addition, the operation switch 470 is mounted on the ground electrode 420 having the housing. And the fixed table 421 is made to be translucent or transparent to the LED light irradiation.

As shown in Figure 7, in the nebulizer assembly 100 of the present embodiment, the massage unit 500 is a cylindrical or polygonal structure in the laser irradiation apparatus in the center of the nebulizer 200 or a connector (not shown) to be fitted Through hole 510 is formed to be.

Massage portion 500 with a laser irradiation device is formed with a handle portion 520 and the handle portion 520 of the hand holding the skin contact surface, the guide portion (not shown) for light irradiation on the working portion 530 ) Is formed and the laser device is installed on the back side. And the operation switch 570 may be installed on the handle portion 520.

In more detail, the laser irradiation device 501 includes a handle part 520, an operation switch 570, a display lamp 580, a working part 530, and the like.

Massage portion 500 with a laser irradiation device is formed with a handle portion 520 and the handle portion 520 of the hand holding the skin contact surface, the guide portion (not shown) for light irradiation on the working portion 530 ) Is formed and a laser irradiation device 501 is installed on the back side. And the operation switch 570 may be installed on the handle portion 530.

In more detail, the laser irradiation device 501 includes a handle part 520, an operation switch 570, a work part 530, and the like.

Massage unit 500 with a laser irradiation device is composed of a working portion 530 which is a skin contact surface and a handle portion 520 of the hand holding portion, the laser irradiation device 501 is attached to the back of the working portion 530 do. And the operation switch 570 may be installed on the handle portion 530.

The massage part 500 is formed in a cylindrical or polygonal shape, the upper part of the working part 530 becomes a skin contact surface, and the lower part is opened, and the upper part and the lower part are penetrated. And the working part 530 is formed of a synthetic resin or glass material so that the light is illuminated when the guide tube (not shown) or the skin contact surface for the light irradiation is transparent or translucent to the light irradiation. In addition, the lower portion of the female threaded portion 512 is formed. An upper portion of the handle portion 520 is formed with a male thread portion 525 having a female thread formed to a predetermined length so as to be screwed with the female screw portion 512 formed under the work portion 530. It is apparent that coupling portions such as the female screw portion 512 and the male screw portion 525 may have the same function even when their configurations are opposite to each other.

On the other hand, the handle portion 520 has a through hole (not shown) is inserted into the operation switch 570 is formed.

On the other hand, the operation switch 570 is connected to the electronic circuit 150 with the circuit board through the through hole (not shown) of the handle portion 520.

The operation switch 570 switches the supply of current from the electronic circuit to the laser irradiation device 501 according to a user's operation.

As shown in FIG. 8, another type of iontophoresis device 301 and a laser irradiation device are included.

More specifically, the nebulizer 200 is integrated with the iontophoresis device 301, and the penetrating stopper portion 114 of the nebulizer has a grounding electrode having a housing for the electronic circuit and the battery driving the same. And is coupled with a fixed stand 521. The working electrode 530 is coupled to the nebulizer discharge port 201.

The current generated in the miniaturized electronic circuit 150-1 is connected to the ground electrode 520 and the working electrode 530 by DC current, and a laser lamp 502 for laser irradiation is installed in the electronic circuit.

And the horizontal pipe portion of the nebulizer 200 is an electrode separator 540.

In addition, the operation switch 570 is mounted on the ground electrode 520 having a separate housing. And the fixing table 521 is made to be translucent or transparent for laser irradiation.

As described above, although described with reference to a preferred embodiment of the present invention, those skilled in the art various modifications or variations of the present invention without departing from the spirit and scope of the invention described in the claims below Can be carried out.

As described above, the present invention is suitable for nebulizer assembly for cosmetic or medical.

1 is a perspective view of a nebulizer assembly according to a preferred embodiment of the present invention.

2 is an exploded view of a massage unit having a nebulizer and an iontophoresis device.

3 is a connection diagram of the nebulizer and another type of iontophoresis device.

Figure 4 is an exploded view of the massage section with a nebulizer and another type of iontophoresis device.

5 is an exploded view of the nebulizer and the LED light irradiation massage part.

6 is an exploded view of the nebulizer and the massage part having another type of iontophoresis and the LED light irradiation device.

7 is an exploded view of the nebulizer and the laser irradiation massage part.

8 is an exploded view of the massage unit having a nebulizer and another type of iontophoresis and a laser light irradiation apparatus.

Claims (9)

An air compressor generating the compressed air; A nebulizer connected to the air compressor discharge port by a connection hose; A connector connected to the nebulizer; A massage part having an iontophoresis device connected to the connector and including a ground electrode serving as a handle and a working electrode serving as a skin contact, and an electrode separator separating the two electrodes and an electronic circuit; Nebulizer having an iontophoretic function, characterized in that the installation. The method according to claim 1, In the massage unit, Nebulizer having an iontophoretic function, characterized in that the comb-like projection is formed to the scalp massage on the skin contact surface of the working electrode. The method according to claim 1, In the massage unit, Nebulizer having an iontophoresis function, characterized in that the operation switch of the iontophoresis and the polarity conversion switch for changing the polarity is installed in the ground electrode portion of the electrode separator or the handle portion. The method according to claim 1, In the massage unit, Nebulizer having an iontophoretic function, characterized in that a transparent or semi-transparent light irradiation surface and a guide tube is installed on the working electrode, which is a skin contact portion for LED light irradiation, and an LED circuit for light irradiation is installed in the electronic circuit. The method according to claim 1, In the massage unit, A nebulizer having an iontophoretic function, characterized in that a transparent or translucent light irradiation surface and a guide tube are installed on a working electrode part which is a skin contact part for laser irradiation, and a laser device for laser irradiation is installed in an electronic circuit. An electronic circuit for outputting the iontophoresis current; An air compressor generating the compressed air; A housing that surrounds the electronic circuit and the air compressor and has a switch for switching the operation of the air compressor, the iontophoresis operation, and the polarity; A nebulizer connected to the air compressor discharge port by a connection hose; A working electrode coupled to a discharge port of the nebulizer and a skin contact part connected to a connection line in an electronic circuit; Nebulizer having an iontophoretic function, characterized in that the ground electrode; taken from the electronic circuit and connected by an independent connection line. A nebulizer connected to the air compressor discharge part by a connection hose; A working electrode serving as a skin contact portion coupled to the discharge portion of the nebulizer; A ground electrode having a housing coupled to the stopper of the nebulizer and having a miniaturized electronic circuit and a battery for applying power and an operation switch mounted thereon; A switch installed at the ground electrode and converting an operation and a polarity; Nebulizer having an iontophoretic function, characterized in that the horizontal tube portion that is an electrode separator for separating the working electrode and the ground electrode. 8. The method of claim 7, In the ground electrode is coupled instead of the nebulizer stopper, Nebulizer having an iontophoretic function, characterized in that the LED irradiation device for irradiating light to the electronic circuit in the discharge portion direction. 9. The method of claim 8, In the ground electrode coupled to the nebulizer plug portion, Nebulizer having an iontophoretic function, characterized in that the laser irradiation device for laser irradiation in the electronic circuit in the discharge portion direction.

Images