KR20140076742A - A handpiece with a skin massage function. - Google Patents

Abstract

The present invention relates to a magnetized water mist massaging device with a skin care function, and more specifically, to a handpiece which has magnets installed in parallel or in series in the passage of mist and massages the skin by combining magnetized water mist which is generated while passing the penetrated magnets when mist generated from an external joint contacts the skin with various types of massagers.

Description

Handpiece for a magnetized water mist with skin massage function. {Omitted}

The present invention relates to a magnetized water mist handpiece using a magnetic field having a function of allowing a chemical solution component to be effectively introduced into skin by using a skin massage device.

Magnetized water refers to the function water treated by magnetism, and the principle that the magnetized water is made is that when the water passes through the magnetic field in the strong magnetic field, the molecular structure of the water is ion activated to change into the beneficial hexagonal structure number (hexagonal) of the human body. Is called magnetized water.

Generally, a mist generating device is a device that emits an aqueous solution sucked by a jet stream blown from a nozzle that goes to a nozzle in a nebulizer jetting manner, and breaks it by colliding with an object at a high speed (a Venturi type or a Barbington type) An ultrasonics type which physically forms fine particles by using energy, a steam injection method using a thermal heater, and a spray injection method of the Bernoulli principle.

In recent years, such a mist spraying method has been widely used not only in medical use but also in various fields such as skin beauty.

In the present invention, massagers such as magnet, iontophoresis, ultrasonic wave, cold temperature and light irradiation are installed in the connected handpieces of various mist spraying methods.

It is an object of the present invention to provide a handpiece having a massage function with a magnetized water mist by using a magnet capable of contributing to skin or scalp.

A handpiece according to the present invention having a skin massage function, the handpiece comprising: a massage unit having a skin contact surface on which a mist is sprayed; A connector coupled to the massage unit; And a handle coupled to the connector; .

According to this configuration, the water-soluble product, which has passed through the magnet and is magnetized and misted, is intensively injected into the nanoparticles, and when the massage part is brought into contact with the skin, penetration is very fast and the penetration effect on the skin or scalp is significantly higher than when it is applied or sprayed.

In the present invention, various types of magnets such as an Alico magnet, a ferrite magnet, a rare earth magnet, and a samarium cobalt magnet can be used, but neodymium magnets having the strongest Gauss effect can be used. Of course, the electromagnet can be used.

In the meantime, the massage part having the skin-contacting surface of the present invention may be a passageway of the mist, a through hole formed at the center thereof, and a magnet having a passage of the mist may be installed in the through hole.

In the meantime, the massage part having the skin contact surface of the present invention may be a passageway of the mist, a through hole formed at the center thereof, and a handpiece such that an ultrasonic piezoelectric device can be installed in the through hole.

In the meantime, an electronic circuit capable of irradiating light, which is driven by a battery, is mounted on a housing part of the handle of the present invention, and a massage part having a skin contact surface is provided with a hand piece .

In the meantime, an electronic circuit capable of irradiating light to be driven by a battery is installed by mounting a housing in the handle of the present invention, and a far-infrared lamp or an ultraviolet lamp is installed as a massage part having a skin- A handpiece that can be inspected can be configured.

Meanwhile, a housing is placed inside the handle of the present invention, and an iontophoresis electronic circuit which is powered by a battery is driven to mount a massage unit having a skin contact surface with a negative polarity of iontophoresis, It is possible to construct a handpiece that can use iontophoresis by connecting it with a positive polarity, and it can be configured to change the polarity of the two poles by installing a polarity change switch.

In the meantime, a housing is mounted inside the handle of the present invention to mount an ultrasonic electronic circuit to be driven by a battery, and a ultrasonic wave device can be installed and connected to a massage unit having a skin contact surface, It can be configured and a pulse conversion switch can be installed.

Meanwhile, a housing may be provided inside the handle of the present invention to constitute a handpiece that can be used by cold or on-connection by mounting a cold / hot electronic circuit that is powered by a battery.

In the external connection method, first, the nebulizer spraying method is a method of spraying the aqueous solution sucked by the jet stream blowing from the thin nozzle at a high speed and colliding with the object to collide with the object (Venture type, Barbington type) Can be installed by an external connection method of the mist hand piece.

In addition, the ultrasonic jetting method can be installed as an external connection method of a mast handpiece having a skin massage function in an ultrasonical method in which ultrasonic energy is physically converted into fine particles by using a piezoelectric element.

In addition, the steam jetting method can be installed as an external connection method of a mist-type handpiece having a skin massage function in which heat energy is converted into steam using a heat heater.

In addition, the oxygen injection method can be installed as an external connection method of a mist-type handpiece having a skin massage function by simultaneously injecting oxygen and air using an oxygen filter and a compressor.

As described above, the mast handpiece having the skin massage function of the present invention has the following effects.

The present invention provides a hand massage device with a skin massage function using various types of skin massage machine mist, and a misted aqueous solution such as an ampoule, a therapeutic agent, a nutrient, and a hair growth agent is rapidly dispersed in the skin dermis or scalp dermis , Which is very good in terms of skin treatment and professional management.

An ancillary device using a magnet or a magnetic field is a device in which an iron component contained in hemoglobin of blood is contacted with an N pole or an S pole to activate hemoglobin function to smoothly carry out oxygen transportation, The skin problems disappear and the skin becomes clear.

The mist passing through the magnetic field can be injected in the form of magnetized water.

In addition, iontophoresis skin aids using galvanic ion current is a device that induces movement of skin ions by applying ion current to skin. When the galvanic ion current is applied to the skin by using the skin beauty assistant using the galvanic ion current, the galvanic ion current moves the ions existing inside and outside the skin to generate the ion energy. These ionic energy gently relaxes the nerves of the skin, allowing the material to penetrate deep into the dermis.

Mist is sprayed and iontophoresis is performed to easily penetrate ionized mist into the dermis.

In addition, the ancillary devices using ultrasonic waves have a high-speed massage at a frequency of 1 million to 1.8 million times per second, and a high-speed massage is generated deep in the skin tissue. This fine high-speed massage improves the flow of the lymphatic fluid in the face, and the lymph fluid permeates between the cells that are difficult to infiltrate the blood, and acts as a metabolism function, so that the smoothness of flow provides a great benefit to beauty and health. do.

When the mist is sprayed and the ultrasonic massage is performed, ionized mist easily penetrates into the dermis.

In addition, 630nm wavelength red LED light that prevents skin aging penetrates skin 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. At the appropriate time and frequency, light of a selected wavelength is absorbed by a photoreceptor such as 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.

Mist spraying and LED irradiation stimulates the skin to stimulate blood circulation, stimulate metabolism, prevent skin diseases, stimulate the skin of patients with skin diseases, and treat skin diseases. You can.

In addition, by using a laser irradiation device, nanoparticles such as ampoules, therapeutic agents, and nutrients can be sprayed on the skin or scalp, and the laser can be irradiated to improve the problematic skin and the 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.

When mist is sprayed and laser is irradiated, it is involved in pores, wrinkles, acne scars, scars, textures, skin elasticity, and skin regeneration process is very fast.

In addition, COOL function helps skin elasticity and pore reduction, and HOT function helps skin relaxation and blood circulation.

Spray mist with cold massage to help calm the skin and trouble.

Mist is sprayed with a massage to remove the elasticity and waste of the skin.

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

For reference, the same components as those of the conventional art will be described with reference to the above-described prior art, and a detailed description thereof will be omitted.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a handpiece of a magnetized water mist having a skin massage function according to a preferred embodiment of the present invention; FIG.

FIG. 2 is a view showing the separation of a handpiece of a magnetized water mist having a skin massage function with a magnet attached thereto.

FIG. 3 is a view showing the separation between the iontophoresis device and the handpiece of the magnetized water mist device having the skin massage function with the magnet attached thereto.

Fig. 4 is a view showing the separation of the ultrasonic device and the handpiece of the magnetized water mist device having the skin massage function with the magnet attached thereto.

Fig. 5 is a view showing a separation between a light irradiation device and a magnetized water mist handpiece having a skin massage function with a magnet attached thereto.

FIG. 6 is a view showing a separation between a cold / warm apparatus and a magnetized water mist handpiece having a skin massage function with a magnet attached thereto.

FIG. 7 is a view showing a separation of a handpiece of a magnetized water mist having a skin massage function in which a mist generating unit using a nebulizer is combined and a magnet is installed.

FIG. 8 is a view showing the separation of the handpiece of the magnetized water mist device having the skin massage function in which the ultrasonic injector is combined with the magnet.

As shown in FIGS. 1 and 2, the handpiece 100 having the skin massage function according to the present embodiment is provided with a metal body 201 having a built-in magnet 201 so that the magnetized water mist is generated in a separated form so as to be replaceable. A massage unit 200 which is made up of:

A connector 202 coupled to the massage unit 200 and connecting the massage unit 200 to the handle 203;

And a handle 203 coupled with the connector 202.

A through hole 200-2 is formed at the center of the massage unit 200 and a magnet 200 having a through hole 201-1 which is a passage of a mist is provided in the through hole. , And one side is a jetting port 200-3 of the mist and the other side has a corresponding structure so as to be engageable with the connector 202. [

The connector 202 has a structure in which the massage unit 200 and the handle 203 are connected to each other so that the massage unit 200 is coupled to the massage unit 200 at one side and the handle 203 at the other side. The handle 203 has a structure in which one side connected to the connector 202 is opened and the other side is hermetically sealed. An external coupling part (not shown), which is a passage of the mist in a predetermined position, A vertical through hole 203-1 is formed.

More specifically,

The massage unit 200 may be made of metal, which is a conductor.

The massage unit 200 includes a magnet 201 having a through hole 201-1 formed in the through hole 200-2 and having a through hole 200-2 as a passage for mist, One or more of which are installed in parallel or in series and pass through this passage to become magnetized water mist.

The magnet 201 may be a neodymium magnet, but it may be an electromagnet (not shown) that receives a current from the outside in order to generate a magnetic field having a strong Gauss effect. The position of the magnet 201 may be provided not in the massage part 200 but in the passage of the mist of the connector 202 or the handle 203.

In addition, one side which is a skin contact surface may be made large or small as circular or elliptical depending on the skin and the human body, and a magnet 201 having a through hole 201-1 may be installed on the other side. And a male screw 200-4 having a predetermined length is formed on the outer circumferential surface of the housing 200-3 so that a female screw 202-3 on one side of a connector 202 described later is engaged.

The massage unit 200 is provided with a magnet 201 having a through-hole 201-1 in the housing 200-3 and a skin contact surface 200-1.

The massage unit 200 is one of the largest structures of the present patent in which the massage unit 200 is separated so as to be easily exchanged, and a comb-like projection 200-5 can be formed to manage the scalp by the skin-contacting surface of the massage unit.

The connector 202 has a structure in which the inside of the mist passage is penetrated. One side of the connector 202 has a coupling structure corresponding to the other side of the massage unit 200, and a female screw 202-3 is formed by a predetermined length.

The connector 202 is made of synthetic resin transparent or translucent and a male screw 202-4 is formed by a predetermined length on the outer circumferential surface of the other side so that the female screw 203-3 on one side of a grip 203, .

The handle 203 is formed with a passage of mist on one side thereof, and an external coupling part (not shown) is fitted on a predetermined position of the external surface. A vertical through hole 203-5 is formed to meet the passage of the mist, And the female screw thread 203-3 is formed so that the connector 202 is coupled to the inner circumferential surface of one side.

The massage unit 200, the connector 202, and the handle 203 may be formed in a shape corresponding to each other, such as a method using a groove (not shown) or a hook (not shown) Of course.

As shown in FIG. 3, the iontophoresis device 300 of the present embodiment and the magnetized water mist handpiece 100 having a skin massage function attached with a magnet are separated from each other so as to be replaceable, A massage unit 200 made of a conductor or metal having a built-in magnet 201 so as to be a working electrode unit 200-a;

A connector 202 which is coupled to the massage unit 200 and serves as an electrode separator 202-c for connecting the handle 203 to the massage unit 200;

And a handle 203 which is a ground electrode portion 203-b having a lid 206 to be engaged with the connector 202.

A through hole 200-2 is formed in the center of the massage unit 200 and a magnet 201 having a through hole 201-1 which is a passage of mist is installed in the through hole 200-2, The contact surface 200-1 has a structure in which one side is a jet opening of the mist and the other side is corresponding to the connector 202.

The connector 202 has a structure in which the massage unit 200 and the handle 203 are connected to each other so that the massage unit 200 is coupled to the massage unit 200 and the handle 203 is coupled to the other unit. And a spring 202-2 for connecting the topolecise current is provided.

The handle 203 is provided with a vertical through hole 203-5 so that an external coupling part (not shown), which is opened at one side to be coupled with the connector 202 and is a passage of the mist, A separating wall 203-6 is formed at the center thereof, and the other side thereof has a structure of an opened housing 203-7, and the lid 204 is coupled.

More specifically,

The massage unit 200 may be made of metal, which is a conductor.

The massage unit 200 includes a magnet 201 having a through hole 201-1 formed in the through hole 200-2 and having a through hole 200-2 as a passage for mist, One or more of which are installed in parallel or in series and pass through this passage to become magnetized water mist.

The magnet 201 may be a neodymium magnet, but it may be an electromagnet (not shown) that receives a current from the outside in order to generate a magnetic field having a strong Gauss effect. The position of the magnet 201 may be provided not in the massage part 200 but in the passage of the mist of the connector 202 or the handle 203.

In addition, one side, which is a skin contact surface, may be formed as a mist injection port 200-5, and may be made large or small as a circular or elliptical shape according to the skin and the human body, and a magnet 201 having a through- And a male screw 200-4 of a predetermined length is formed on the outer circumferential surface of the housing 200-3 so that the female screw 202-3 of one side of the connector 202 will be engaged.

The massage unit 200 is provided with a magnet 201 having a through hole 201-1 in a rear housing 200-3 and a skin contact surface 200-1 on one side.

A negative polarity is connected to the iontophoresis generating electronic circuit 301 and the working electrode 200-a is connected to the iontoporesis generating electronic circuit 301. The mass spectrometer 200 is one of the largest structures of the present patent, . The connector 202 has a structure in which the inside of the mist passage is penetrated. One side of the connector 202 has a coupling structure corresponding to the other side of the massage unit 200, and a female screw 202-3 is formed by a predetermined length. The connector 202 can control the polarity of the working electrode 300-a and the ground electrode 300-b when the light is radiated from the electronic circuit 301 to the path of the mist. Electrode separator 300-c. Further, a spring 202-2 is provided by inserting a latching jaw 202-5 into the through hole 202-2 of the connector 202. [ The spring 202-2 serves as a connection portion of the current generated in the electronic circuit 301 of the iontophoresis and is provided on the outer peripheral surface of the other side of the connector 202 with a female thread 203-3 The male screw 202-4 is formed to have a predetermined length.

The handle 203 is formed with a passage of mist on one side thereof, and an external coupling part (not shown) is fitted on a predetermined position of the external surface. A vertical through hole 203-5 is formed to meet the passage of the mist, And the female screw thread 203-3 is formed so as to be a moving passage of the mist generated from the outside and to be coupled to the inner circumferential surface of one side.

A separating wall 203-6 is provided in the central passage of the handle 203. The partition wall 203-6 is provided to protect the electronic circuit 301, which is generated from the outside through the one side and mounted on the other side housing 203-7, from the mist. The partition wall 203-6 is formed with a through hole 203-8 which is a passage of a connection line for connecting to the massage unit 200 and is made of a translucent or transparent material so that the light of the operation indicator lamp 303 is transmitted. The housing 203-7 is opened to the other side. The housing 203-7 is provided with an electronic circuit 301 for generating an iontophoresis current connected by a battery 302 to which power is supplied, A lamp 303 is installed. The handle 203 and the housing 203-7 of the other side are provided with a cover 204 formed with a female screw thread 203-3 and a corresponding male screw thread 204-4. The lid 204 is provided with a power switch 204-1 and a polarity changing switch 204-2 for changing the polarity of the current of the iontophoresis.

The handle 203 is made of a conductor or is coded with a conductive material so that positive (+) polarity of the iontophoresis including the lid 204 is connected to the ground electrode 203-b.

As shown in FIG. 4, the ultrasonic device of the present embodiment and the handpiece 100 having the skin massage function to which the magnet is attached are provided with magnets 201 A massager 200 made of a metal or a plated conductor in which the ultrasonic piezoelectric element 410 is embedded;

A connector 202 coupled to the massage unit 200 and connecting the massage unit 200 to the handle 203;

And a handle 203 having a lid 204 coupled with the connector 202.

A through hole 200-2 is formed at the center of the massage unit 200 and an ultrasonic piezoelectric element having a through hole 410-1 which is a passage of mist in the through hole 200-2 and a through hole And a magnet 201. The contact surface of the separator 411 and the magnet 201 are in contact with the skin, and one side is a jetting opening of the mist, and the other side is corresponding to the connector 202.

The connector 202 has a structure in which the massage unit 200 and the handle 203 are connected to each other so that one side of the massage unit 200 is coupled to the other side of the massage unit 200 and the other side of the massage unit 200 is associated with the handle 203, A spring 202-2 for connecting a current is provided.

The handle 203 is provided with a vertical through hole 203-5 so that an external coupling part (not shown), which is opened at one side to be coupled with the connector 202 and is a passage of the mist, A separating wall 203-6 is formed at the center thereof, and the other side thereof has a structure of an opened housing 203-7, and the lid 204 is coupled.

More specifically,

The massage unit 200 may be made of metal, which is a conductor.

The massage unit 200 includes a magnet 201 having a through hole 201-1 formed in the through hole 200-2 and having a through hole 200-2 as a passage for mist, One or more of which are installed in parallel or in series and pass through this passage to become magnetized water mist.

The magnet 201 may be a neodymium magnet, but it may be an electromagnet (not shown) that receives a current from the outside in order to generate a magnetic field having a strong Gauss effect. The position of the magnet 201 may be provided not in the massage part 200 but in the passage of the mist of the connector 202 or the handle 203.

In addition, one side, which is a skin contact surface, may be formed as a mist injection port 200-5, and may be made large or small as a circular or elliptical shape according to the skin and the human body, and a magnet 201 having a through- And a male screw 200-4 of a predetermined length is formed on the outer circumferential surface of the housing 200-3 so that the female screw 202-3 of one side of the connector 202 will be engaged.

The massage unit 200 is provided with a magnet 201 having a through hole 201-1 in the housing 200-3 as a skin contact surface 200-1 on one side.

The massage unit 200 has a skin contact surface 200-1 on one side and a separator 411 on the back surface of which an ultrasonic piezoelectric device 410 is an insulator and a magnet for contact with the spring 202-2 201 are installed.

A through hole 201-1 is formed in the ultrasonic wave piezoelectric element 410 and the separator 411 and the magnet 201 so that the massage part 200 is separated from the connector 202 Is one of the biggest structures of this patent.

The connector 202 has a structure in which the inside of the mist passage is penetrated. One side of the connector 202 has a coupling structure corresponding to the other side of the massage unit 200, and a female screw 202-3 is formed by a predetermined length. So that a part of the light can be seen when the light is irradiated from the electronic circuit 401 to the path of the mist. Further, a spring 202-2 is provided by inserting a latching jaw 202-6 into the through hole 202-5 of the connector 202. [ The spring 202-2 serves as a connection portion of the ultrasonic wave current generated in the electronic circuit 401 and a female thread 203-3 on one side of the handle 203, which will be described later, A predetermined number of male threads 202-4 are formed.

The handle 203 is formed with a passage of mist on one side thereof, and an external coupling part (not shown) is fitted on a predetermined position of the external surface. A vertical through hole 203-5 is formed to meet the passage of the mist, And the female screw thread 203-3 is formed so that the connector 202 is coupled to the inner circumferential surface of one side.

A separation wall 203-6 is formed in the central passage of the handle 203. The partition wall 203-6 is provided to protect the electronic circuit 301, which is generated from the outside through the one side and mounted on the other side housing 203-7, from the mist. The separation wall 203-6 is formed with a through hole 203-8, which is a passage of a connecting line for connecting to the massage unit 200, and is made of a translucent or transparent material so that the light of the operation indicator lamp 403 is transmitted. The housing 203-7 is opened to the other side of the housing 203-7. The housing 203-7 is provided with an electronic circuit 401 for generating an ultrasonic current connected by a battery 402 that applies power, Is installed. The handle 203 and the housing 203-7 of the other side are provided with a cover 204 formed with a female screw thread 203-3 and a corresponding male screw thread 204-4. The lid 204 is provided with a power switch 204-1 and a pulse changeover switch 204-2 for controlling the current of the ultrasonic wave.

As shown in FIG. 5, the light irradiation device of the present embodiment and the handpiece 100 having the skin massage function with the magnet attached thereto are provided with a magnet (not shown) A massage unit 200 made of metal, glass, or ceramics with a built-in massage device 200;

A connector 202 coupled to the massage unit 200 and connecting the massage unit 200 to the handle 203;

And a handle 203 having a lid 204 coupled with the connector 202.

A through hole 200-2 is formed at the center of the massage unit 200 and a magnet 201 having a through hole 201-1 which is a passage of mist is installed in the through hole 200-2, And the other side has a corresponding structure so as to be able to be engaged with the connector 202. [

The connector 202 has a structure in which the massage unit 200 and the handle 203 are connected to each other so that the massage unit 200 is coupled to the massage unit 200 at one side and the handle 203 at the other side. The handle 203 is provided with a vertical through hole 203-5 so that an external coupling part (not shown), which is opened at one side to be coupled with the connector 202 and is a passage of the mist, A separating wall 203-6 is formed at the center thereof, and the other side thereof has a structure of an opened housing 203-7, and the lid 204 is coupled.

More specifically,

The massage unit 200 may be made of metal, glass, or ceramics.

The massage unit 200 includes a magnet 201 having a through hole 201-1 formed in the through hole 200-2 and having a through hole 200-2 as a passage for mist, One or more of which are installed in parallel or in series and pass through this passage to become magnetized water mist.

The magnet 201 may be a neodymium magnet, but it may be an electromagnet (not shown) that receives a current from the outside in order to generate a magnetic field having a strong Gauss effect. The position of the magnet 201 may be provided not in the massage part 200 but in the passage of the mist of the connector 202 or the handle 203.

In addition, one side, which is a skin contact surface, may be formed as a mist injection port 200-5, and may be made large or small as a circular or elliptical shape according to the skin and the human body, and a magnet 201 having a through- And a male screw 200-4 having a predetermined length is formed on the outer circumferential surface of the housing 200-3 so that the female screw 202-3 on one side of the connector 202 will be engaged .

The massage unit 200 has a skin contact surface 200-1 on one side and a magnet 201 on the backside housing 200-3.

The magnet 201 is formed with a through hole 201-1 which is a passage for the mist and is one of the biggest structures of the patent in which the massage part 200 is separated from the connector 202 so as to be easily replaced.

The connector 202 has a structure in which the inside of the mist passage is penetrated. One side of the connector 202 has a coupling structure corresponding to the other side of the massage unit 200, and a female screw 202-3 is formed by a predetermined length. And is made of a synthetic resin so that a portion can be seen when the light is irradiated from the electronic circuit 501 to the path of the mist. A male screw 202-4 having a predetermined length is formed on the outer surface of the other side of the connector so that the female screw 203-3 on one side of the grip 203 will be engaged.

The handle 203 is formed with a passage of mist on one side thereof, and an external coupling part (not shown) is fitted on a predetermined position of the external surface. A vertical through hole 203-5 is formed to meet the passage of the mist, And the female screw thread 203-3 is formed so that the connector 202 is coupled to the inner circumferential surface of one side.

A separation wall 203-6 is formed in the central passage of the handle 203. The partition wall 203-6 is provided to protect the electronic circuit 301, which is generated from the outside through the one side and mounted on the other side housing 203-7, from the mist. The partition wall 203-6 is formed with a through hole 203-8 which is a passage of a connecting line for connecting to the massage unit 200 and is made of a translucent or transparent material so that the light of the light irradiation lamp 503 is transmitted. The housing 203-7 is opened to the other side. The housing 203-7 is provided with an electronic circuit 501 for generating a light source dictionary connected by a battery 502 that applies power, and a light irradiation lamp 503 Is installed. The handle 203 and the housing 203-7 of the other side are provided with a cover 204 formed with a female screw thread 203-3 and a corresponding male screw thread 204-4. The lid 204 is provided with a power switch 204-1 and a pulse changeover switch 204-2 for controlling the light irradiation current.

As shown in FIG. 6, the handpiece 100 having the skin massage function with the cold / warm apparatus and the magnet according to the present embodiment is provided with a magnet 201 A massage unit 200 as a skin contact unit made of a metal or a conductive material embedded in the body 200;

A connector 202 coupled to the massage unit 200 and connecting the massage unit 200 to the handle 203;

And a handle 203 having a lid 204 coupled with the connector 202.

A through hole 200-1 is formed at the center of the massage unit 200 and a magnet 201 having a passage of mist is installed in the through hole 200-1. And the other side has a corresponding structure to be engageable with the connector 202. The connector 202 has a structure in which the massage unit 200 and the handle 203 are connected to each other so that the massage unit 200 is coupled to the massage unit 200 at one side and the handle 203 at the other side.

The handle 203 is provided with a vertical through hole 203-5 so that an external coupling part (not shown), which is opened at one side to be coupled with the connector 202 and is a passage of the mist, A separating wall 203-6 is formed at the center thereof, and the other side thereof has a structure of an opened housing 203-7, and the lid 204 is coupled.

More specifically,

The massage unit 200 may be made of metal, which is a conductor.

The massage unit 200 includes a magnet 201 having a through hole 201-1 formed in the through hole 200-2 and having a through hole 200-2 as a passage for mist, One or more of which are installed in parallel or in series and pass through this passage to become magnetized water mist.

The magnet 201 may be a neodymium magnet, but it may be an electromagnet (not shown) that receives a current from the outside in order to generate a magnetic field having a strong Gauss effect. The position of the magnet 201 may be provided not in the massage part 200 but in the passage of the mist of the connector 202 or the handle 203.

In addition, one side, which is a skin contact surface, may be formed as a mist injection port 200-5, and may be made large or small as a circular or elliptical shape according to the skin and the human body, and a magnet 201 having a through- And a male screw 200-4 having a predetermined length is formed on the outer circumferential surface of the housing 200-3 so that the female screw 202-3 on one side of the connector 202 will be engaged .

The massage unit 200 is provided with a magnet 201 having a through hole 201-1 in the housing 200-3 as a skin contact surface on one side.

The massage unit 200 is provided with a separator 611 having a skin contact surface 200-1 at one side and a thermoelectric element 610 and an insulator at the other side.

The thermoelectric element 610, the separator 611 and the magnet 201 are provided with a through hole 201-1 for passage through the mist so that the massage part 200 can be easily separated from the connector 202 Is one of the biggest structures of this patent.

The connector 202 has a structure in which the inside of the mist passage is penetrated. One side of the connector 202 has a coupling structure corresponding to the other side of the massage unit 200, and a female screw 202-3 is formed by a predetermined length. So that a part of the light can be reflected when the light is irradiated from the electronic circuit 601 to the path of the mist. Further, a spring 202-2 is provided by inserting a latching jaw 202-6 into the through hole 202-5 of the connector 202. [ The spring 202-2 serves as a connection portion of the cold current generated in the electronic circuit 601 and a female thread 203-3 on one side of the grip portion 203, which will be described later, A predetermined number of male threads 202-4 are formed.

The handle 203 is formed with a passage of mist on one side thereof, and an external coupling part (not shown) is fitted on a predetermined position of the external surface. A vertical through hole 203-5 is formed to meet the passage of the mist, And the female screw thread 203-3 is formed so that the connector 202 is coupled to the inner circumferential surface of one side.

A separation wall 203-6 is formed in the central passage of the handle 203. The partition wall 203-6 is provided to protect the electronic circuit 301, which is generated from the outside through the one side and mounted on the other side housing 203-7, from the mist. The partition wall 203-6 is formed with a through hole 203-8 which is a passage of a connecting line for connecting to the massage unit 200 and is made of a translucent or transparent material so that the light of the operation indicator lamp 603 is transmitted. The housing 203-7 is opened to the other side. The housing 203-7 is provided with an electronic circuit 601 for generating a cold current connected to a battery 602 for applying power and an operation indicator lamp 603 Is installed. The handle 203 and the housing 203-7 of the other side are provided with a cover 204 formed with a female screw thread 203-3 and a corresponding male screw thread 204-4. The lid 204 is provided with a power switch 204-1 and a cold / warm switch 204-2 for controlling the current of the cold.

As shown in FIG. 7, the handpiece 100 having the skin massage function, in which the mist generating unit using the nebulizer according to the present embodiment is combined and the magnet is installed, is provided with a magnetized water mist A massage unit 200 made of a metal or a plated conductor having the magnet 201 embedded therein so as to be generated;

A connector 202 coupled to the massage unit 200 and connecting the massage unit 200 to the handle 203;

A handle 203 having a lid 204 coupled with the connector 202;

And a mist generating unit 700 using a nebulizer coupled with the vertical through hole 203-5 of the handle 203.

More specifically,

The massage unit 200 may be made of metal, which is a conductor.

The massage unit 200 includes a magnet 201 having a through hole 201-1 formed in the through hole 200-2 and having a through hole 200-2 as a passage for mist, One or more of which are installed in parallel or in series and pass through this passage to become magnetized water mist.

The magnet 201 may be a neodymium magnet, but it may be an electromagnet (not shown) that receives a current from the outside in order to generate a magnetic field having a strong Gauss effect. The position of the magnet 201 may be provided not in the massage part 200 but in the passage of the mist of the connector 202 or the handle 203.

In addition, one side which is a skin contact surface may be made large or small as circular or elliptical depending on the skin and the human body, and a magnet 201 having a through hole 201-1 may be installed on the other side. And a male screw 200-4 having a predetermined length is formed on the outer circumferential surface of the housing 200-3 so that a female screw 202-3 on one side of a connector 202 described later is engaged.

The massage unit 200 is provided with a magnet 201 having a through-hole 201-1 in the housing, which is a skin contact surface 200-1 on one side.

The massaging part 200 is one of the largest structures of the present patent in order to facilitate separation.

The connector 202 has a structure in which the inside of the mist passage is penetrated. One side of the connector 202 has a coupling structure corresponding to the other side of the massage unit 200, and a female screw 202-3 is formed by a predetermined length.

The connector 202 is made of synthetic resin transparent or translucent and a male screw 202-4 is formed by a predetermined length on the outer circumferential surface of the other side so that the female screw 203-3 on one side of a grip 203, .

The handle 203 has a mist passage formed on one side thereof, and an external discharge port 206 is fitted to a predetermined position on the outer surface of the handle 203. A vertical through-hole 203-5 is formed to meet the passage of the mist, And a female screw thread 203-3 is formed so as to connect the connector 202 to the inner circumferential surface of one side.

It is needless to say that the massage unit 200, the connector, and the handle 203 may be formed in correspondence with each other, such as a method using a groove (not shown) or a hook (not shown).

The external connection portion of the nebulizer mist injection system using the air compressor 110 is configured as follows.

The nebulizer includes a solution receptacle 230 connected to the discharge port 112 of the air compressor 110, a nozzle part 210, a connector body (not shown) for connecting the solution receptacle 230 and the grip part 203 220). The solution receptacle 230 includes an outer tube 232 and a vent tube 231 installed inside the outer tube 232 and connected to the connection hose 113 to communicate with the discharge port 112 of the air compressor 110 . The vent tube 231 is integrally formed inside the outer tube 232 to form a space 235 of a certain volume in which the solution is stored between the inner wall of the outer tube 232 and the outer circumferential surface of the vent tube 231.

In the space portion 235, a cosmetic solution containing nutrients beneficial for the skin such as vitamins, a perfume solution added with moisture or a natural flavor that is beneficial to the skin, and a predetermined therapeutic solution (ampoule) are selectively stored . 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). The connection body outer tube 221 is formed with a tapered portion formed so as to have a smaller cross sectional area toward the upper portion and a seat portion 223 having a seating groove in which the upper end of the outer tube 232 of the solution receptacle 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.

Also, the derivative 225 is disposed at the top of the vent tube 231 during assembly. The solution stored in the space portion 235 through the discharge port 226 is discharged to the outside in the form of fine particles 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 portion 240 is formed to correspond to the outer shape of the vent pipe 231 and is fitted in the upper portion of the vent pipe 231, and a through hole 241 penetrating the upper portion and the lower portion is formed.

In addition, two support protrusions 242 are formed at intervals of 180 degrees on the outer side of the diaphragm 240 so as to have a smaller cross-sectional area. The outer surface of the support protrusion 242 faces the inner wall of the outer tube 232. In addition, fine protrusions protrude from the inner wall of the diaphragm 240.

The handle portion 210 includes a vertical tube portion 203-1 which is a passage for the mist and is connected to the lower portion and is connected to the discharge port 226. [

The vertical tube portion 203-1 is formed to have a diameter larger than the discharge port 226, and the discharge port 226 is fitted into the inside thereof. Furthermore, a magnetized water mist handpiece can be provided that enables skin care to spray the solution filled in the nebulizer onto the user's skin.

As shown in FIG. 8, the handpiece 100 having the skin massage function, in which the mist generating unit using the ultrasonic wave of the present embodiment is combined and the magnet is installed, is provided with a magnetized water mist A massaging part 200 made of a metal or a plated conductor having the magnet 201 embedded therein;

A connector 202 coupled to the massage unit 200 and connecting the massage unit 200 to the handle 203;

A handle 203 having a lid 204 coupled with the connector 202;

And an ultrasonic mist generating unit 800 coupled to the vertical through hole 203-5 of the handle 203.

More specifically,

The massage unit 200 may be made of metal, which is a conductor.

The massage unit 200 includes a magnet 201 having a through hole 201-1 formed in the through hole 200-2 and having a through hole 200-2 as a passage for mist, One or more of which are installed in parallel or in series and pass through this passage to become magnetized water mist.

The magnet 201 may be a neodymium magnet, but it may be an electromagnet (not shown) that receives a current from the outside in order to generate a magnetic field having a strong Gauss effect. The position of the magnet 201 may be provided not in the massage part 200 but in the passage of the mist of the connector 202 or the handle 203.

In addition, one side which is a skin contact surface may be made large or small as circular or elliptical depending on the skin and the human body, and a magnet 201 having a through hole 201-1 may be installed on the other side. And a male screw 200-4 having a predetermined length is formed on the outer circumferential surface of the housing 200-3 so that a female screw 202-3 on one side of a connector 202 described later is engaged.

The massage unit 200 is a skin contact surface on one side and a magnet 201 is installed in the housing 200-3.

The magnet 201 is formed with a through hole 201-1 which is a passage for the mist and is one of the biggest structures of the patent in which the massage part 200 is separated from the connector 202 so as to be easily replaced.

The connector 202 has a structure in which the inside of the mist passage is penetrated. One side of the connector 202 has a coupling structure corresponding to the other side of the massage unit 200, and a female screw 202-3 is formed by a predetermined length. It is made of synthetic resin, so that it can be partially illuminated when light is irradiated from the electronic circuit to the mist passage. A male screw 202-4 of a predetermined length is formed on the outer peripheral surface of the other side of the connector 202 so that the female screw 203-3 on one side of the grip 203 will be engaged.

The handle 203 is formed with a mist passage on one side thereof and has a vertical through-hole 203-5 for fitting the outer outlet 820 at a predetermined position on the outer surface and meeting the passage of the mist, And a female screw thread 203-3 is formed so as to connect the connector 202 to the inner circumferential surface of one side.

A separation wall 203-6 is formed in the central passage of the handle 203. The partition wall 203-6 is for protecting the electronic circuit 801, which is generated from the outside through the one side and mounted on the other side inner housing 203-7, from the mist. And a housing 203-7 opened to the other side is formed. The housing 203-7 is provided with a battery for applying power and an electronic circuit 801 for generating an ultrasonic current. And a lid 204 covering the other side housing 203-7 of the handle 203 is provided. The lid 204 is provided with a power switch 204-1 and a pulse changeover switch 204-2 for controlling the current of the ultrasonic wave.

The external connection portion of the ultrasonic jetting method using the ultrasonic wave generator is configured as follows.

A receiving portion 830 having a lower portion closed and an upper portion opened and having a receiving space for the material;

And a mist discharging portion 840 coupled to the receiving portion.

The receiving part 830 has a space for accommodating a substance and an ultrasonic wave generator 800 and an operation lamp 820 are installed at the bottom of the receiving part 830 to be controlled by the ultrasonic electronic circuit 801. The ultrasonic oscillation circuit 821 generates an ultrasonic signal and the ultrasonic signal is transmitted to the vibrator 870 through a connection line (not shown) connecting the vibrator 870. In the ultrasonic oscillation circuit 821, And the ultrasonic waves are generated while the vibrator 870 vibrates one million times per second or more per second by the signal. As a result, the mist is dispersed through the discharge portion while the contact with the vibrator 870 is atomized. When the mist level is lowered to a level lower than a predetermined level of the level sensor 860 by the operation of the mist dispenser, the ultrasonic oscillation circuit 860 senses a change in capacitance due to the level sensor 860 821 are stopped to stop the operation of the vibrator 870.

It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the present invention as defined by the following claims .

For example, the scalp can be managed by replacing the massage part with a massage part formed with a comb-like projection on the skin contact surface. When the light is irradiated, the massage part can be replaced with a non-conductor such as glass or porcelain instead of a conductor.

As described above, the present invention is suitable for a massage machine assembly having a mist injection device for cosmetic or medical use.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a handpiece of a magnetized water mist having a skin massage function according to a preferred embodiment of the present invention; FIG.

FIG. 2 is a view showing the separation of a handpiece of a magnetized water mist having a skin massage function with a magnet attached thereto.

FIG. 3 is a view showing the separation between the iontophoresis device and the handpiece of the magnetized water mist device having the skin massage function with the magnet attached thereto.

Fig. 4 is a view showing the separation of the ultrasonic device and the handpiece of the magnetized water mist device having the skin massage function with the magnet attached thereto.

Fig. 5 is a view showing a separation between a light irradiation device and a magnetized water mist handpiece having a skin massage function with a magnet attached thereto.

FIG. 6 is a view showing a separation between a cold / warm apparatus and a magnetized water mist handpiece having a skin massage function with a magnet attached thereto.

FIG. 7 is a view showing a separation of a handpiece of a magnetized water mist having a skin massage function in which a mist generating unit using a nebulizer is combined and a magnet is installed.

FIG. 8 is a view showing the separation of the handpiece of the magnetized water mist device having the skin massage function in which the ultrasonic injector is combined with the magnet.

Claims (8)

A massage part having a skin contact surface with a mist spray port and a through magnet for generating a magnetized water mist when the mist passes through the passageway of the mist; A connector in which a passage of the mist is formed and has a connection structure corresponding to the massage section; A housing having a vertical through-hole for a coupling structure of a connector and a corresponding connection structure of a mist, and a separating membrane to form a housing, an electronic circuit capable of irradiating a light source by applying power to the battery, A grip portion to which a cover for covering is coupled and a power switch is installed; Wherein the hand massage device has a skin massage function. The method according to claim 1, In the massage unit, Characterized in that a plurality of magnets for generating magnetized water are installed in a line or in an intersecting state. The method according to claim 1, In the massage unit, And a comb-shaped projection is formed on the skin-contacting surface so as to perform scalp massage. The method according to claim 1, In the connector It is a transparent or translucent synthetic resin so that the light source can be illuminated or illuminated when the LED or laser is irradiated. This handpiece has a skin massage function. The method according to claim 1, In the connector Wherein a metal spring is provided to allow a massage part to be detached and replaceable and a current to be supplied to the massage part by providing a stopping jaw inside of the mist passage. The method according to claim 1, A through-hole magnet that generates a magnetic flux mist when the mist passes is provided with a skin contact surface having a mist spray port and a mist passage, and is connected to an electronic circuit to become a working electrode which is a negative (-) electrode of the iontophoresis A massage section; A connector that forms a passage of the mist and becomes an electrode separator to be coupled with a corresponding connection structure with the massage section; And a housing having a separating membrane and having a vertical through-hole for coupling the connector and corresponding external connection portion. The housing is formed by mounting an iontophoresis electronic circuit that operates by receiving power from a battery, A grip part having a lid coupled thereto and having a power switch and a polarity change switch, and a positive electrode of the iontophoresis connected to the electronic circuit is connected to the ground electrode; Wherein the hand massage device has a skin massage function. The method according to claim 1, An ultrasonic piezoelectric element is installed at the rear surface of the skin contact surface having the mist ejection port, and a through magnet is provided which has a separator and has a passageway for the mist and generates a magnetized water mist when the mist passes through. One polarity is connected to the piezoelectric element and the other polarity is connected to the magnet; A connector in which a passage of the mist is formed and has a connection structure corresponding to the massage section; And a housing having a vertical through-hole for coupling the connector and the external connection portion. The housing is formed with a separating membrane, and a power supply is applied to the housing to form an ultrasonic electronic circuit. The housing is covered with a cap. A handle provided with a switch and a pulse conversion switch; Wherein the hand massage device has a skin massage function. The method according to claim 1, A separate housing is provided at the rear surface of the skin contact surface having the mist ejection port, a coolant thermoelectric element is provided, a penetrating magnet is provided which has a separator and has a passageway for the mist to generate a magnetized water mist when the mist passes therein, A massage unit having one polarity connected to the thermoelectric element and the other polarity connected to the magnet; A connector in which a passage of the mist is formed and has a connection structure corresponding to the massage section; And a housing having a vertical through-hole for a coupling structure between a connector and a corresponding external connection portion. The housing is formed with a separating film. The housing is provided with a battery, and a cold / hot electronic circuit is installed. A handle provided with a switch and a cold / hot conversion switch; Wherein the hand massage device has a skin massage function.

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