KR20240025161A - A micro current stimulation mask - Google Patents

Abstract

The present invention is a microcurrent stimulation mask pack including a main body formed with an open portion corresponding to the eyes and nose, a microcurrent supply line provided on the main body, and a microcurrent generator for supplying microcurrent to the microcurrent supply line. Regarding this, the micro-current generator (4) has a (+) terminal (10) connected to a micro-supply line (3, 3') formed of graphene ink on one side corresponding to one side of the face of the mask, and It is connected to the (-) terminal (10') connected to the fine supply line (3') formed on the other side corresponding to the other side, and the fine current supply lines (3, 3') from the fine power generator (4) By including a control unit 5 that controls the supply of current in a preset mode, the fine current supply lines inside the mask do not fall off even after repeated use, improving durability and enabling repeated use, and the excellent conductivity of the mask. Stimulation by micro-current from pins has the effect of activating the user's facial skin cells, and the functional cosmetic substances contained in the beauty pack used with the mask of the present invention can be efficiently absorbed into the skin, allowing the user to have elastic skin. It has the effect of allowing it to happen.

Description

Microcurrent stimulation mask {A MICRO CURRENT STIMULATION MASK}

The present invention relates to a microcurrent stimulation mask. In particular, durability is improved by coating a silicon base with a graphene material, and microcurrent is supplied to the skin through the graphene material to provide improved cell activation by applying microcurrent stimulation to the skin. It relates to an improved microcurrent stimulation mask that provides therapeutic and massage effects through and activates skin absorption of functional materials through enlargement of pores by microcurrent stimulation when used with a mask pack containing functional materials.

In general, frequent makeup and exposure to ultraviolet rays due to outdoor activities place a lot of stress on the facial skin, which accelerates aging and causes freckles due to skin damage. There are many problems such as the appearance of freckles due to skin damage. Various facial massage devices and methods have been proposed using beauty creams and/or beauty packs that provide nutrients made of functional substances.

In particular, recently, a low-frequency massage device has been proposed that applies a high-frequency current to the skin to provide treatment and massage effects through electrical stimulation of the user's skin.

As an example of such a low-frequency massage device, Korean Patent No. 10-2118679 (registration date: May 28, 2020) is formed in the shape of a face through conductive non-woven fabric, impregnated with cosmetic liquid, and positive and negative electrodes of thin metal plates. A mask pack with a low-frequency stimulation section formed on the front; And the positive electrode part and the negative electrode part are each connected to each other through a magnetic material to generate an electric signal corresponding to a certain level of frequency and output it to the low-frequency stimulation part, and microcurrent, vibration, and low-frequency stimulation are set step by step to the low-frequency stimulation part. A functional mask pack device using microcurrent and low frequency including a low frequency supply that is controlled to do so is disclosed.

However, the mask pack device of the prior art described above has a structure in which a low-frequency stimulation part is formed with an electrode part of a thin metal plate on a non-woven fabric. The electrode part of the thin metal plate easily falls off, so durability is low, and the mask pack of the non-woven fabric is impregnated with cosmetic liquid. There was a problem that it could not be used repeatedly.

Korean Patent No. 10-2118679 (registration date May 28, 2020)

The purpose of the present invention is to solve the problems of the prior art described above, by stably forming a mesh-like microcurrent supply line with excellent conductivity in a body made of silicon, improving durability so that the mask can be used repeatedly, and using general functional materials. The goal is to provide a microcurrent stimulation mask with an improved structure so that it can be used with the included mask pack so that the functional substances in the beauty pack can be effectively absorbed into the skin.

In order to achieve the above object, a main body in which the parts corresponding to the eyes and nose according to the present invention are formed to be open, a micro-current supply line provided in the main body, and a micro-current generator for supplying micro-current to the micro-current supply line. In the microcurrent stimulation mask pack provided with,

The micro current generator has a (+) terminal connected to a micro supply line formed of graphene ink on one side corresponding to one side of the face of the mask, and a micro supply line formed of graphene ink on the other side corresponding to the other side of the face of the mask. It has a (-) terminal connected to,

It is characterized by including a control unit that controls the supply of microcurrent from the micropower generator to microcurrent supply lines in a preset mode.

The body is formed of a flexible, non-conductive and heat-resistant silicone material,

The microcurrent supply lines may be formed by screen printing the inside of the main body in a network shape with graphene ink.

Alternatively, the microcurrent supply lines may be formed by applying graphene ink to grooves formed in a network shape on the inside of the main body, applying heat, and drying it.

In addition, branch lines branched from the terminals connected to the microcurrent supply line are connected to terminals formed in the middle of the network structure, so that the current from the microcurrent supply lines formed in a network on the main body of the microcurrent generator is constant. It is desirable to configure it so that it can be maintained within the current range.

In addition, the terminals are located at positions corresponding to the cheekbones of the face so that the mask does not lift off the face, and the terminals and branch lines are preferably made of copper and covered with carbon rubber.

According to the present invention, the microcurrent stimulation mask forms microcurrent supply lines (3, 3') on the inner surface of the mask made of silicon in a network form with graphene ink having excellent conductivity, so that microcurrent inside the mask is generated even after repeated use. The durability is improved as the supply lines do not fall off, allowing repeated use, and the effect of activating the user's facial skin cells due to stimulation by microcurrent caused by graphene with excellent conductivity. A beauty pack used with the mask of the present invention. The functional beauty substances contained in can be efficiently absorbed into the skin, which is effective in helping you have elastic skin.

1 is a schematic perspective view of a microcurrent stimulation mask according to the present invention.
Figure 2 is a partial cross-sectional view showing a state in which a microcurrent supply line is embedded in the silicon body of Figure 1.
Figure 3 is a state of use of the microcurrent stimulation mask pack of Figure 1, showing that the user uses it with a beauty pack containing common functional substances on the face.

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

In Figures 1 and 2, the microcurrent stimulation mask pack according to the present invention has a main body (1) formed so that the portions corresponding to the eyes and nose are open, and a conductor is placed on the inside of the main body (1) to allow microcurrent to flow. Formed micro-current supply lines (3, 3'), and a micro-current generator (4) for supplying micro-current to the micro-current supply line, and built into the micro-power generator (4) to supply micro-current to the micro-current supply line (3). It includes a control unit 5 that controls supply in a preset mode.

The main body (1) is made of a flexible, non-conductive and heat-resistant silicone material and can be freely curved to correspond to the curved area of the face, so not only does it have good adhesion to the face, but even when used on a beauty pack, its own weight prevents the beauty pack from forming. Fit tightly to the face. This solves the problem of poor adhesion when used with a beauty pack because materials such as non-woven fabric used for the conventional mask body are light.

The microcurrent supply lines 3, 3' may be formed in a honeycomb-shaped network shape, for example, by screen printing, as shown in the embodiment shown with graphene ink on the inner surface of the main body 1, but may be formed in a grid shape and It can also be formed into various shapes.

Alternatively, the microcurrent supply line 3 may be formed by applying graphene ink to the grooves 6 formed in a network shape on the inside of the main body, applying heat, and drying it.

The micro current generator (4) has a (+) terminal (10) connected to a micro supply line (3) formed on one side of the mask corresponding to one side of the face, and a micro current generator (10) connected to the micro supply line (3) formed on one side of the mask corresponding to the other side of the face. It is connected to the (-) terminal (10'), which is connected to the supply line (3').

In addition, since the current supplied from the microcurrent generator (4) is a microcurrent of about 1 mA, the current in the microcurrent supply lines (3, 3') located far from the power supply unit is weaker than the set value, thereby causing stimulation and massage by microcurrent. To prevent deterioration of the effect, branch lines (31, 31') made of copper are each branched from the terminals (10, 10') connected to the microcurrent supply lines (3, 3') of the mask pack from the microcurrent generator. The current from the micro-current supply lines (3, 3') formed in a network in the main body from the micro-current generator (4) is maintained in a constant current range by connecting to the terminals (20, 20') formed in the middle of the network structure, respectively. make it possible The terminals 20, 20' are located at positions corresponding to the cheekbones of the face, thereby preventing the mask from lifting off the face. Otherwise, if placed in a different position, the terminal portion will not be bendable and will lift up on the curved face.

The terminals (10, 10', 20, 20') and branch lines (31, 31') are preferably formed by covering a copper plate with carbon rubber (11, 11', 21, 21') (32, 32'). do.

The microcurrent generator 4 is provided with an on-off switch 41 to supply or block microcurrent from the main body 1 to the microcurrent supply lines 3 and 3' formed in a network on one side of the face, and the control unit In (5), it is pre-programmed to control the current supply mode supplied from the micro-current generator 4 to the micro-current supply lines 3 and 3', and is preset from 1 to 1,000 according to the signal input through the control unit 51. A microcurrent with a current intensity of ㎂ or a current of 40 to 100 ㎂ similar to the human body current can be pre-programmed to be supplied continuously or in pulse form for a preset time. For example, it may be a microcurrent and may be applied in the form of a pulse. The control unit may store in advance information on the duty cycle of the pulse-shaped microcurrent, the application period, the size or direction of the microcurrent over time, and the application time.

According to the present invention, the micro-current supply lines (3, 3') are formed on the inner side of the mask made of silicon in a network shape with graphene ink having excellent conductivity, so that the micro-current supply lines inside the mask do not fall off even after repeated use, making it durable. This has been improved and can be used repeatedly, and the user's facial skin cells are activated by stimulation by microcurrent caused by graphene with excellent conductivity, and the functional beauty substances contained in the beauty pack used with the mask of the present invention are efficiently absorbed into the skin. It can be absorbed, resulting in elastic skin.

In the microcurrent stimulation mask according to the present invention, the supply line for supplying microcurrent is firmly maintained on the inner side of the mask, improving the durability of the mask and improving the stimulation effect by microcurrent to improve skin activity and elasticity. It can be used.

1: Main body 3,3': Microcurrent supply line
4: Microcurrent generator 5: Control unit
6 ; Groove 10,10', 20,20': Terminal
31,31': branch line

Claims (5)

A microcurrent stimulation mask pack comprising a main body formed with an open portion corresponding to the eyes and nose, a microcurrent supply line provided on the main body, and a microcurrent generator for supplying microcurrent to the microcurrent supply line,
The microcurrent generator 4 has a (+) terminal 10 connected to a fine supply line 3, 3' formed of graphene ink on one side corresponding to one side of the face of the mask, and a positive terminal 10 connected to the other side of the face of the mask. It is connected to the (-) terminal (10') connected to the fine supply line (3') formed on the corresponding other side,
A microcurrent stimulation mask pack including a control unit (5) that controls supply of microcurrent from the micropower generator (4) to the microcurrent supply lines (3, 3') in a preset mode.
According to clause 1,
The body 1 is formed of a flexible, non-conductive and heat-resistant silicone material,
A microcurrent stimulation mask pack, characterized in that the microcurrent supply lines (3, 3') are formed in a network shape with graphene ink on the inside of the main body (1).
According to clause 1,
The body 1 is formed of a flexible, non-conductive and heat-resistant silicone material,
The microcurrent supply lines (3, 3') are a microcurrent stimulation mask pack, characterized in that they are formed by applying graphene ink to grooves (6) formed in a network shape on the inside of the main body, applying heat, and drying it.
According to claim 2 or 3,
Branch lines (31, 31') branched off from the terminals (10, 10') connected to the microcurrent supply lines (3, 3'), respectively, to terminals (20, 20') formed at the middle position of the network structure. A microcurrent stimulation mask pack, characterized in that the current from the microcurrent supply lines (3, 3') formed in a network from the microcurrent generator (4) to the main body by each connection can be maintained in a constant current range.
According to clause 4,
The terminals 20, 20' are located at positions corresponding to the cheekbones of the face to prevent the mask from lifting off the face,
The terminals (10, 10', 20, 20') and branch lines (31, 31') are formed of copper and covered with carbon rubber (11, 11', 21, 21') (32, 32'). A microcurrent stimulation mask pack characterized by:

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