KR101213344B1 - An contact-less automatic apparatus for cosmetic - Google Patents

Abstract

The present invention discloses a non-contact automated ion skin care device, the present invention comprises a skin care device that the skin penetrates according to the ionization of the cosmetic by applying static electricity to the skin in a non-contact manner, according to the application and absorption of the cosmetic and ion By maximizing the lifting effect, especially the cosmetic acts to penetrate the skin nutrient components of the skin deep into the skin without any professional training, easy and safe progress, such as ease of use.

Description

Non-contact automated ion skin care device {An contact-less automatic apparatus for cosmetic}

The present invention relates to a non-contact automated ion skin care device, and more particularly, by applying static electricity to the skin in a non-contact manner to maximize the effect of the application and absorption of the cosmetics and lifting by ions while allowing the skin to penetrate safely according to the ionization of cosmetics The present invention relates to a non-contact automated ion skin care device.

In general, the skin makeup using cosmetics as a method for keeping the skin young and beautiful, but even the use of cosmetics added with excellent bio-materials could not be expected to improve the skin because the skin nutrients are not absorbed deeply into the skin.

Accordingly, the skin is applied to the skin and a skin beauty device is used to stimulate the skin so that the skin nutrients of the cosmetics are deeply absorbed into the skin. Such a skin beauty device is a skin beauty device using ultrasonic waves and a skin using a cleaning wave. It is divided into beauty device and skin beauty device using ion current wave.

When using the skin care device using the ultrasonic wave can obtain a physical effect such as skin massage function and collagen metabolism improvement, and can also be expected to heat the thermal effect by the temperature rise due to the ultrasonic vibration.

By using the skin care device using the cleaning wave, foreign substances such as keratin and dust adhered to the skin can be forcibly removed from the skin.

Using the skin care device using the ion current wave it is possible to ionize sebum masses or waste products and remove them from the skin, or to allow skin nutrients in cosmetics to be absorbed deep into the skin.

In other words, the skin care devices directly contact the body with an electrode and apply a weak current directly to the human body to ionize and infiltrate the cosmetics, or generate heat in the core using high frequency, or use a medium frequency current to assist in fat decomposition. Will be.

Accordingly, the skin care devices are classified as medical devices under the current law, which causes electrodes to touch the human body, causing excessive current to flow in the human body in a situation such as over manipulation, incorrect manipulation, or malfunction, resulting in burns, muscle rupture, and skin tissue damage. This is because there may be side effects.

Therefore, the conventional skin care device is classified as a medical device because of the above-mentioned risks, and is prescribed by law so that only a professional medical practitioner can perform the procedure.

However, the conventional skin care device is used illegally in a skin care salon, etc., not a medical person, and the overlapping investment is being made as a number of devices are required.

In addition, the conventional skin care device is a method that the electrode is in direct contact with the skin, no matter how a professional medical practitioner, there is a risk of shock or burn due to the instantaneous voltage increase, so care must also be taken in safety. It is not there.

Accordingly, the present invention is to improve the problems of the conventional skin care device as described above, by applying a static electricity to the skin in a non-contact manner by constructing a skin care device that penetrates the skin according to the ionization of the cosmetic, the application and absorption of the cosmetic Its purpose is to provide a non-contact automated ion skin care device that maximizes the lifting effect by and ions, and makes it possible for anyone to proceed easily and safely, even without professional training, in a cosmetic action that penetrates the skin nutrients of cosmetics deep into the skin. will be.

In addition, the present invention has another object to provide a non-contact automated ion skin care device that can provide help to improve skin elasticity by adding a color therapy function using color to the skin care device.

The present invention provides a non-contact automated ion skin care device for achieving the above object; A spray tube extending from the main body to a predetermined length and having a nozzle; Cosmetic storage unit formed on one side of the spray tube; An ultrasonic module for generating ultrasonic waves to mist the cosmetic stored in the cosmetic storage unit and to spray the outside through the nozzle of the spray tube 20; Through the principle of electrostatic powder coating, after misting by the ultrasonic module, the misted cosmetic sprayed through the nozzle of the spray tube is adsorbed to the skin, and then ion cosmetics are applied by ion ion method by applying ion air of the opposite electrode to the skin surface. An ionizer unit for applying static electricity to the skin in a non-contact manner so as to be absorbed into the skin; A blower configured in the main body and configured to blow fine static electricity generated by the ionizer and the cosmetics misted by the ultrasonic module; And a control module for controlling the ultrasonic module, the ionizer and the blower. .

In addition, the main body LED light emitting unit for providing color therapy under the control of the control module; Is composed.

In addition, the main body is configured with a mode selection unit for automatically or manually selecting the skin care mode, the spray tube is made of an angle adjustment and a length variable so that the nozzle is installed close to the face of the human body, the nozzle side of the human face Proximity sensor for detecting a state in proximity to is configured.

The control module may automatically set the ultrasonic sensor, the ionizer part, and the blower part to effect cosmetic spraying and absorption and lifting at the skin side according to a signal detected by the proximity sensor when the automatic mode is selected by the mode selection part. It is configured to control sequentially according to the program.

As such, the present invention constitutes a skin care device in which the skin penetrates according to the ionization of the cosmetic by applying static electricity to the skin in a non-contact manner, thereby maximizing the application and absorption of the cosmetic and the lifting effect by the ions, and in particular, the skin nutrition of the cosmetic It is expected to enhance the convenience of use, such that anyone can easily and safely proceed the cosmetic acts that infiltrate the ingredients deep into the skin even without professional training.

1 is a structural diagram of a non-contact automated ion skin care device according to an embodiment of the present invention.
Figure 2 is a block diagram of a non-contact automated ion skin care device according to an embodiment of the present invention.
3A to 3E illustrate an operation flowchart of a non-contact automated ion skin care device according to an embodiment of the present invention.

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

1 is a structural diagram of a non-contact automated ion skin care device according to an embodiment of the present invention, Figure 2 is a block diagram of a non-contact automated ion skin care device according to an embodiment of the present invention, Figures 3a through 3e An embodiment of the present invention is a flowchart illustrating the operation of the non-contact automated ion skin care device.

As shown in Figure 1 and 2, the skin care device according to an embodiment of the present invention

Body 10, spray tube 20, cosmetic storage unit 30, ultrasonic module 40, ionizer 50, blower 60, control module 70, and LED light emitting unit 80 It includes.

The main body 10 has an inner space for accommodating the blower 60 and the control module 70, and the operation unit 100 is configured on the outer surface.

At this time, the operation unit 100 is configured to allow the user to directly implement the skin beauty or mode selection unit 101 for automatically or manually selecting the mode of skin care to be implemented by a predetermined automatic program, of course , A plurality of operation keys 102 for turning on / off the ultrasonic module 40, the ionizer unit 50, the blower unit 60, and the LED light emitting unit 80 when the manual mode is selected, and the power supply key 103. It is configured to include).

The spray tube 20 has a nozzle (not shown), and extends to a predetermined length from the main body 10, the length of which is adjustable in angle and variable so that the nozzle can be installed close to the face of the human body. At this time, the nozzle side is configured to detect the state of proximity to the face of the human body and then outputs it to the control module 70 is configured.

The cosmetic storage unit 30 is formed on one side of the spray tube 20 in which the nozzle is positioned to contain a certain amount of cosmetics made of a liquid (or fine particles), the cosmetic storage unit 30 is removable It is possible to fill it when the cosmetics are exhausted.

The ultrasonic module (Ultra Sound Module) 40 generates ultrasonic waves under the control of the control module 70, by misting the cosmetic stored in the cosmetic storage unit 30, the nozzle of the spray tube 20 And to spray through the outside.

The ionizer 50 adsorbs the misted cosmetic sprayed through the nozzle of the spray tube 20 onto the skin after being misted by the ultrasonic module 40 through the principle of electrostatic powder coating. It is then configured to apply the electrostatic non-contact to the skin to apply the ion air of the opposite electrode to the skin surface to absorb the cosmetic into the skin by iontophoresis.

That is, the ionizer 50 has a negative charge (-) on the skin in general, in the first operation by applying a positive ion (+) to the skin in contact with the skin so that the misted cosmetics can be adsorbed on the skin The negative ions are applied to the skin in a non-contact manner so that the surface can maintain a strong negative charge and then the cosmetic adsorbed into the skin can be absorbed by the strong electric repulsive force. When skin beauty is finally finished while repeating the process of absorbing the skin, it is configured to apply the cation (+) and the anion (-) together to the skin in a non-contact manner so that an electrostatic charge is made.

The blower 60 is configured in the main body 10, and is configured to blow cosmetics misted by the ultrasonic module 40 and fine static electricity generated by the ionizer 50 to the skin. .

The control module 70 controls on / off operation of the ultrasonic module 40, the ionizer 50, and the blower 60 according to an operation signal of the operation unit 100 configured in the main body 10. In particular, when the automatic mode is selected by the mode selection unit 11, the ultrasonic sensor 40 and Io to effect the absorption and lifting effect on the cosmetic injection and skin side according to the signal detected by the proximity sensor 21. The aging unit 50 and the blower 60 are configured to sequentially control according to a set automatic program.

The LED light emitting unit 80 is configured on the outer surface of the main body 10 and is operated under the control of the control module 70 to provide the effect of color therapy to the skin.

In other words, color therapy is a therapy that enhances the body's natural immunity and healing power from the color of each color having its own wavelength and frequency, without toxic symptoms caused by drug abuse. It is commonly known that the anti-aging action that helps to strengthen the emollient and healing powers and to balance the human body itself, and also prevents the disease, and the present invention additionally to help the skin beauty It is applied.

In the skin care device according to the embodiment of the present invention configured as described above, as shown in FIGS. 1 to 3, power is supplied through the power supply key 103 of the operation unit 100 provided in the main body 10. In this state, the automatic mode is selected and left through the mode selection unit 101.

Subsequently, when the spray tube 20 extending from the main body 10 approaches the skin of the user (customer), the proximity sensor 21 provided on the nozzle side of the spray tube 20 controls the proximity detection signal. Output to the module 70, and accordingly the control module 70 is to control the system according to the set automatic program.

That is, since the human skin usually has a weak negative charge (−), the control module 70 controls the ionizer unit 50, the blower unit 60, and the ultrasonic module 40.

At this time, as shown in Figure 3a attached to the ionizer 50 generates a cation (+), the ultrasonic module 40 is to mist the cosmetic stored in the cosmetic storage unit 30, the cation (+) And the misted cosmetics are adsorbed to the skin surface from the principle of electrostatic powder coating while sprayed from the blowing operation of the blower 60 to the surface of the skin having a negative charge (-) through the nozzle.

Next, the control module 70 continuously turns off the ionizer unit 50 and the blower unit 60 as shown in FIG. 3B while the operation of the ultrasonic module 40 is turned off by an automation program. When the positive ion generated in the ionizer bottom part 50 is continuously applied to the skin surface by the blower part 60, the negative electrode charges a strong negative charge on the skin surface. (-).

Thereafter, the control module 70 operates the ultrasonic module 40, and then the cosmetics stored in the cosmetic storage unit 30 through the ultrasonic module 40 are misted as shown in FIG. 3C. Spray is applied to the surface of the skin having a strong negative charge (-) through the nozzle of the tube 20.

At this time, the control module 70 controls the operation of the ionizer unit 50 according to the automation program, and applies anion (−) to the skin surface through the ionizer unit 50 in a non-contact manner.

Then, the electrical repulsive force is generated by the anion (-) on the skin surface, and thus the cosmetic adsorbed on the skin surface is absorbed into the skin from the electrical repulsive force generated on the surface of the skin.

Next, as shown in FIG. 3D, the control module 70 controls the ultrasonic module 40 and the blower 60 according to the automation program, and sprays cosmetics misted to the surface of the skin 20. After maintaining the spraying state continuously through the nozzle of), the ionizer 50 is controlled to allow a positive ion (+) to be applied to the skin surface, and the skin surface is again charged with a negative charge (−).

At this time, by repeatedly performing the process of Figures 3a, 3b, 3c, 3d described above, the skin penetration according to the ionization of the cosmetic is made more efficient, through which the application and absorption of the cosmetic and the lifting effect by the ion It will be maximized.

On the other hand, in the state in which the application and absorption of the cosmetic and the lifting effect by the ions are repeated several times through the above process, the control module 70 is turned off the ultrasonic module 40 according to the automated program, ionizer unit The operation state of the 50 and the blower 60 is controlled.

Then, as shown in FIG. 3E, the ionizer part 50 generates a cation (+) and an anion (−) together, and the generated cation (+) and anion (−) are blown to the blower part 60. It is applied to the surface of the skin in a non-contact manner, the surface of the skin is made of static electricity from the cation (+) and anion (-), accordingly, when the customer receiving skin care treatment catches the object after the end of the beauty treatment It is possible to prevent the discomfort felt by.

On the other hand, the above description is equipped with an automation program for skin beauty in the control module 70, the ultrasonic module 40 according to the automation program when the automatic mode selection of the mode selection unit 101 included in the operation unit 100 The on / off control of the operation of the ionizer unit 50 and the blower unit 60 is sequentially described in a predetermined order, and is manually controlled through the mode selection unit 101 included in the operation unit 100. In the case of selecting a mode, the operator may directly and / or control the operation of the ultrasonic module 40, the ionizer 50, and the blower 60 through a plurality of operation keys 102 to perform skin beauty. It could be.

That is, selecting the manual mode is to be made according to the selection of a practitioner with expertise when it is necessary to control the absorption and absorption of the cosmetics according to the skin condition of the user (customer).

Here, the LED light emitting unit 80 provided in the main body 10 is the on / off operation is automatically controlled by the control module 70, or the on / off operation is manually controlled by the operator, accordingly The user (customer) will be able to additionally perform color therapy treatment when the absorption procedure of the cosmetic is made.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit and scope of the invention as defined by the appended claims. It is to be understood that such changes and modifications are within the scope of the claims.

10; Main body 20; Split
21; Proximity sensor 30; Cosmetic storage
40; Ultrasonic module 50; Ionizer
60; Blower 70; Control module
80; LED light emitting unit 100; Control unit
101; A mode selector 102; Action Key
103; Power supply key

Claims (4)

main body;
A spray tube extending from the main body to a predetermined length and having a nozzle;
Cosmetic storage unit formed on one side of the spray tube;
An ultrasonic module for generating ultrasonic waves to mist the cosmetic stored in the cosmetic storage unit and to spray the outside through the nozzle of the spray tube;
Through the principle of electrostatic powder coating, after misting by the ultrasonic module, the misted cosmetic sprayed through the nozzle of the spray tube is adsorbed to the skin, and then ion cosmetics are applied by ion ion method by applying ion air of the opposite electrode to the skin surface. An ionizer unit for applying static electricity to the skin in a non-contact manner so as to be absorbed into the skin;
A blower configured in the main body and configured to blow fine static electricity generated by the ionizer and the cosmetics misted by the ultrasonic module; And
A control module for controlling the ultrasonic module, the ionizer and the blower; Including but not limited to
The main body is configured with a mode selection unit for automatically or manually selecting the skin care mode, the spray tube is made of angle adjustment and length adjustment so that the nozzle is installed close to the face of the human body, the nozzle side is close to the face of the human body Non-contact automated ion skin care device, characterized in that for configuring a proximity sensor to detect the state. According to claim 1, The main body LED light emitting unit for providing color therapy under the control of the control module; Non-contact automated ion skin care device, characterized in that the configuration. delete The ultrasonic wave sensor and the ionizer of claim 1, wherein the control module is configured to absorb and lift cosmetics and to absorb and lift the skin according to a signal sensed by the proximity sensor when the automatic mode is selected by the mode selection unit. Non-contact automated ion skin care device, characterized in that equipped with an automatic program for automatically controlling the blower sequentially.

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