JP6940902B1 - Beauty mask - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a beauty mask capable of enhancing the beauty effect on the face and further improving convenience, and a method of using the same. SOLUTION: This is a beauty mask 1 which is attached to a face X1 of a user X and performs a treatment by electrical stimulation, and is provided on a mask main body A and a mask main body A which cover substantially the entire face X1 of the user X. A stimulator B that applies a treatment wave W for continuously applying an electrical stimulus having a predetermined current intensity to a portion corresponding to the cheek of the user X is provided, and the stimulator B is provided by the user X. It has a skin surface electrode B1 that comes into contact with the face surface X1 and a current generator M that applies a treatment wave W to the skin surface electrode B1, and the current generator M performs a predetermined process in applying the treatment wave W. It includes a processing means P, a device-side electrode M1 attached to the skin surface electrode B1, and an operation means M2 for transmitting an operation signal for applying a treatment wave W to the device-side electrode M1. [Selection diagram] Fig. 5

Description

The present invention relates to a beauty mask that is worn on the user's face to give electrical stimulation.

Conventionally, beauty masks for applying electrical stimulation to various muscles of the user's head have been known.

For example, Patent Document 1 describes an invention relating to a beauty mask that gives an effective stimulus to a correct position and has a tightening effect.

This beauty mask is a cheekbone stimulator having a set of electrodes that apply an electrical stimulation of the first frequency to the part corresponding to the user's masseter muscle, or a second part corresponding to the user's masseter muscle. It is composed of at least one of the masseter muscle stimulators (hereinafter referred to as stimulators) equipped with a set of electrodes that give electrical stimulation of frequency and a mask body, and the mask body is positioned at least with reference to the convex shape of the nose. It is provided with a nose pad to be matched and a stimulator mounting portion for detachably mounting the stimulator, and the stimulator includes a control unit for controlling an electric current, a feeding unit for supplying electricity, an electrode, and the like. It is composed of a current generator that is integrally equipped with.

With such a configuration, it is possible to wear the beauty mask at an appropriate position mainly based on the nose pad, and a pair that gives electrical or ultrasonic stimulation to the part corresponding to the user's cheekbone muscle. The zygomaticus muscle stimulator can be used to perform treatments on the zygomaticus muscle, which has a high cosmetic effect.

Japanese Unexamined Patent Publication No. 2020-127748

However, since the beauty mask described in Patent Document 1 has a shape that covers only the lower half of the face, it cannot exert a beauty effect on the entire face, and is attached to the face via a band protruding to the left and right. Therefore, there was a problem that it could not be attached and detached quickly.

The present invention has been made in view of the above-mentioned actual conditions, and an object of the present invention is to provide a beauty mask capable of enhancing the beauty effect on the face and further improving the convenience, and a method of using the same.

In order to solve the above problems, the present invention is a beauty mask that is worn on the user's face and is subjected to an electrical stimulation treatment.
To continuously apply the electrical stimulus having a predetermined current intensity to a mask body that covers substantially the entire face of the user and a portion provided on the mask body that corresponds to the cheek of the user. Equipped with a stimulator that applies a treatment wave,
The stimulator has a skin surface electrode that comes into contact with the user's face and a current generator that applies the treatment wave to the skin surface electrode.
The current generator transmits a processing means for performing a predetermined process in applying the treatment wave, a device-side electrode attached to the skin surface electrode, and an operation signal for applying the treatment wave to the device-side electrode. The operating means and the operation means to be performed include.

According to the present invention, since a mask body that covers substantially the entire face of the user is provided, by wearing this beauty mask, a beauty essence, lotion, or the like is applied by the treatment wave applied from the stimulator. It is possible to exert a beauty effect on the entire face.

In a preferred embodiment of the present invention, the operating means includes a strength variable means that makes the current strength variable.
The processing means includes a waveform variable means that changes the waveform of the treatment wave with the passage of time of the treatment.
The treatment wave includes an initial treatment wave applied at the start of the treatment and a subsequent treatment wave applied after the application of the initial treatment wave.
The number of times of the electrical stimulation per unit time given by the initial treatment wave is configured to be less than the number of times of the electrical stimulation per unit time given by the subsequent treatment wave.

With such a configuration, the user can change the current intensity by the intensity changing means when the initial treatment wave for performing the treatment more gently is applied. As a result, even if the user mistakenly sets a high current intensity at the start of the treatment, the user can appropriately set the current strength before the subsequent treatment wave for performing the more intense treatment is output based on this current strength. The current strength can be adjusted to improve the safety when using this beauty mask.

In a preferred embodiment of the present invention, the intensity variable means is configured so that the current intensity can be varied in a plurality of stages in which a predetermined current intensity is set.
The processing means includes a reset means.
When the current intensity is changed by the intensity variable means at the time of output of the subsequent treatment wave, the reset means changes the current intensity to the current intensity set to the minimum stage among the plurality of stages. Variable.

With such a configuration, it is possible to prevent a situation in which the current intensity is suddenly changed to a high current intensity due to an erroneous operation of the intensity variable means during the application of electrical stimulation, and the safety when using this beauty mask is improved. Improve more.

In a preferred embodiment of the present invention, the processing means includes a detecting means for detecting the presence or absence of contact of the skin surface electrode with the face of the user.

With such a configuration, the user can easily determine whether or not the skin surface electrodes are in correct contact with the face, so that the convenience of the beauty mask is improved.

In a preferred embodiment of the present invention, the mask body has a pair of ear hooks that are locked to both ears of the user.

With such a configuration, the beauty mask can be easily attached and detached in the same flow as a normal so-called surgical mask, and the convenience of the beauty mask is improved.

In a preferred embodiment of the present invention, the current generator is detachably attached to the mask body.

With such a configuration, only the mask body can be washed after use, and the hygienic state can be maintained, so that the convenience of this beauty mask is improved.

In a preferred embodiment of the present invention, the mask body and the skin surface electrode are configured as separate bodies.
The mask body is provided with an insertion hole through which the skin electrode is inserted.
The stimulator has a conductive pad provided with the skin electrode and abutted against the mask body.

With such a configuration, the conductive pads are brought into close contact with each other along the shape of the user's face, so that electrical stimulation can be applied more effectively.

In a preferred embodiment of the present invention, the conductive pad includes a metal fiber surface that conducts with the skin surface electrode by covering the back surface of the skin surface electrode on a surface that comes into contact with the mask body.

While protecting the back surface of the skin electrode, even if the conductive pad becomes dirty due to contact with the face, the conductive pad can be easily washed with a washing machine or the like in the same manner as ordinary cloth products to maintain a sanitary condition. Can be retained.

In a preferred embodiment of the present invention, the stimulator includes a remote control device that remotely controls the current generator.

With such a configuration, the user can easily control the current strength and the like while wearing the beauty mask, and the convenience of the beauty mask is improved.

Further, the present invention is a method of using the above-mentioned beauty mask.
A step of applying a beauty essence containing a predetermined beauty ingredient to the user's face, and
The step of covering the face of the user with the mask body and
The stimulator includes a step of applying a treatment wave for continuously applying the electrical stimulus having a predetermined current intensity to a portion corresponding to the cheek of the user.

According to the present invention, it is possible to provide a beauty mask capable of enhancing the beauty effect on the face and further improving the convenience and a method of using the beauty mask.

It is a front view which shows the mask main body which concerns on embodiment of this invention. It is a figure which shows the stimulus body which concerns on embodiment of this invention, (a) the front view of the skin surface electrode, the conductive pad and the current generator, (b) the back view of the skin surface electrode, the conductive pad and the current generator. (C) It is a front view of the remote control device. It is a functional block diagram of the current generator and the remote control device which concerns on embodiment of this invention. It is explanatory drawing of the use method of the beauty mask which concerns on embodiment of this invention. It is explanatory drawing of the use method of the beauty mask which concerns on embodiment of this invention. It is a figure which shows the time-dependent change of the treatment wave at the time of the treatment using the beauty mask which concerns on embodiment of this invention. It is a figure which shows the processing flowchart at the time of using the beauty mask which concerns on embodiment of this invention. It is a figure which shows the processing flowchart at the time of using the beauty mask which concerns on embodiment of this invention.

Hereinafter, the beauty mask according to the embodiment of the present invention will be described with reference to the drawings.
The embodiments shown below are examples of the present invention, and the present invention is not limited to the following embodiments. Further, in these figures, reference numeral 1 indicates a beauty mask according to the present embodiment.

As shown in FIGS. 1 and 2, the beauty mask 1 is provided on and used by the mask body A that covers substantially the entire face X1 (see FIG. 5) of the user X (see FIG. 5) and the mask body A. A stimulator B for applying a treatment wave W (see FIG. 6) for continuously applying an electrical stimulus having a predetermined current intensity to a portion corresponding to the cheek of the person X is provided.

As shown in FIG. 1, the mask main body A is a pair extending from the mask main body main part A1 and the mask main body main part A1 in the left-right direction and being locked to both ears X2 (see FIG. 5) of the user X. It has an ear hook portion A2 and.
The mask body A is preferably formed of a material that is gentle on the skin and has some elasticity, such as a silicon material.

The main body A1 of the mask is provided with an insertion hole h through which the skin surface electrode B1 described later is inserted.
The insertion holes h are provided in pairs on the left and right as a set of two round holes provided on the upper and lower sides according to the number of skin surface electrodes B1.

In addition, the mask main body A1 has a binocular opening A11 opened so that both eyes of the user X are exposed, a mouth opening A12 opened so that the mouth of the user X is exposed, and a nose of the user X. A nose pad A13 formed by partially excising a portion corresponding to the outer periphery of the nose pad is provided.

As shown in FIG. 2, the stimulator B is a current generator that applies a treatment wave W to the skin surface electrode B1 that comes into contact with the face X1, the conductive pad B2 that comes into contact with the mask body A, and the skin surface electrode B1. It has an M and a remote control device R that remotely controls the current generator M.
At the time of use, a pair of the conductive pad B2 and the current generator M are used in order to correspond to both cheeks of the user X, but in FIG. 2, only one of the conductive pads B2 and the current generator M is shown. ..

The skin surface electrode B1 is configured in the shape of a snap button, and two of each conductive pad B2 are provided.

Like the mask body A, each conductive pad B2 is formed in a substantially elliptical shape by using a material that is gentle on the skin and has some elasticity, such as a nylon material.
Further, each conductive pad B2 includes a pair of metal fiber surfaces B21 conducting with each skin surface electrode B1 on its back surface (surface in contact with the mask body A).
Each metal fiber surface B21 is made of, for example, silver fiber.

Each current generator M has a processing means P (see FIG. 4) that performs a predetermined process in applying the treatment wave W, a device side electrode M1 attached to the skin surface electrode B1, and a treatment wave W on the device side electrode M1. An operating means M2 that transmits an operating signal for application, a display means M3 that displays the current intensity of the electrical stimulation applied to the device-side electrode M1, a notification means M4, and a communication means M5 (see FIG. 4). ,including.
The remote controller R is also provided with processing means (not shown) for processing the operation signals and the like by the operation means M2, the display means M3, the communication means M5, and the operation means M2.

Further, each of the current generator M and the remote controller R has a button battery built in, and the button battery can be arbitrarily attached and detached by disassembling each housing. In particular, each current generator M is provided with a lid portion m on the back surface thereof, and the button battery can be easily attached to and detached by removing the lid portion m.
The current generator M and the remote controller R do not necessarily have to be battery-powered, and may be rechargeable by incorporating a rechargeable battery.

As shown in FIG. 3, the processing means P includes a waveform changing means P1, a reset means P2, and a detecting means P3.

The waveform changing means P1 changes the waveform of the treatment wave W with the passage of time of the treatment.

When the current intensity is changed by the intensity variable means M21 at the time of output of the subsequent treatment wave W2 (see FIG. 7), the reset means P2 sets the current intensity to the minimum step among a plurality of preset steps (see FIG. 7). It is variable to the current intensity set at the stage where only one LED is lit in the display means M3).

The detection means P3 detects the presence or absence of contact with the face X1 via each metal fiber surface B21 and each skin surface electrode B1 conducting with the metal fiber surface B21.

The device-side electrode M1 is configured in a snap socket shape that fits into each skin surface electrode B1.

The operating means M2 includes a strength variable means M21 that makes the current strength variable, and a power supply unit M22 that switches ON / OFF of the power supply of each current generator M.
Further, the operating means M2 is configured so that the current intensity can be changed in a plurality of stages, and a predetermined current intensity is set in each of the plurality of stages.
In the present embodiment, the current intensity can be changed in 5 steps, but the present invention is not limited to this, and the current intensity may be changed in 4 steps or less or 6 steps or more.

The intensity variable means M21 is provided in each of the current generator M and the remote controller R as two physical buttons for increasing or decreasing the current intensity.
The intensity variable means M21 preferably has a variable current intensity including a range of about 0.2 to 1.2 mA in order to introduce ions using a beauty essence. For example, in the first stage or the second stage, electrical stimulation by a weak current in the above range can be applied.

The power supply unit M22 is also used by the strength variable means M21 in each current generator M. That is, for example, the power is turned on by pressing and holding one physical button of the strength variable means M21, and the power is turned off by pressing and holding the other physical button.
Further, the power supply unit M22 is provided as a physical button in the remote controller device R, which is different from the strength variable means M21.
The strength variable means M21 and the power supply unit M22 do not necessarily have to be physical buttons, and may be configured as a touch panel by using a capacitance type sensor or the like.

The display means M3 is provided in each of the current generator M and the remote controller R as five LED lights that are sequentially turned on according to a set stage.

The notification means M4 is a speaker, and when it is detected by the detection means P3 that the skin surface electrode B1 is not in contact with the face X1, a predetermined notification sound is issued.

The communication means M5 is provided in each of the current generator M and the remote control device R, and transmits / receives an operation signal by the operation means M2 of the remote control device R.

Hereinafter, a method of using the beauty mask 1 will be described with reference to FIGS. 4 and 5.

First, as shown in FIG. 4A, the user X abuts each conductive pad B2 on the back surface of the mask main body main portion A1 by inserting each skin surface electrode B1 into each insertion hole h. Let me.

Next, as shown in FIG. 4B, the user X fits each device side electrode M1 to each skin surface electrode B1 so that each current generator M is placed on the surface of the mask main body main portion A1. Install.

Next, the user X applies a beauty essence (not shown) containing a predetermined beauty component to the face X1.

Next, the user X locks the pair of ear hooks A2 to both ears X2 and covers the face X1 with the mask body A to bring the state shown in FIG.
The user X may first cover the face X1 with a commercially available beauty pack before covering the face X1 with the mask body A, and then attach the mask body A from above.

Next, the user X turns on the power of each current generator M by using the power supply unit M22 of each current generator M or the remote controller R, and the strength variable means M21 of each current generator M or the remote controller R is turned on. Is applied to the treatment wave W to each device side electrode M1.

As a result, the treatment wave W is applied to the portion corresponding to the cheek of the user X via the skin surface electrode B1 fitted in each device side electrode M1 and the metal fiber surface B21 covering the skin surface electrode B1. By doing so, the treatment on the entire face X1 is started.
The treatment wave W is applied to the above-mentioned portion when the user performs an operation of increasing the current intensity by the intensity variable means M21.

Here, the behavior of the stimulator B (processing means P) along the time series from the start to the end of the treatment using the beauty mask 1 will be described with reference to FIG.

First, when the treatment is started, the processing means P continuously applies the initial treatment wave W1 to the site for a predetermined time (referred to as the initial treatment time t1).
Then, after the lapse of the initial treatment time t1, the processing means P changes the initial treatment wave W1 to the subsequent treatment wave W2 by the waveform variable means P1, so that the subsequent treatment wave W2 becomes a predetermined time (subsequent treatment time t2). It is continuously applied to the above-mentioned site.
The initial treatment time t1 can be set to, for example, 1 minute and 30 seconds, the subsequent treatment time t2 can be set to, for example, 10 minutes and 30 seconds, and the initial treatment time t1 is preferably set shorter than the subsequent treatment time t2. ..

Further, as shown in the circle frame of FIG. 6, the number of electrical stimulations per unit time given by the initial treatment wave W1 is larger than the number of electrical stimulations per unit time given by the subsequent treatment wave W2. It is composed less. That is, the frequency of the initial treatment wave W1 is set lower than that of the subsequent treatment wave W2.
By doing so, first, at the start of the treatment, by gently applying the electrical stimulation by the initial treatment wave W1, the muscles can be loosened to some extent and the face X1 can be accustomed to the electrical stimulation. Then, by applying a more violent electrical stimulus by the subsequent treatment wave W2, the flow is such that a beauty effect such as lift-up is surely exhibited.
In the present embodiment, the subsequent treatment wave is only the subsequent treatment wave W2, but for example, the frequencies and the like such as the subsequent treatment waves W3, W4, and W5 that are sequentially applied following the subsequent treatment wave W2. May be composed of a plurality of subsequent treatment waves, each of which is different. Further, in this case, the buffer time tb described later may be set after the timing when the subsequent treatment wave W3 is applied.

Further, after the lapse of the initial treatment time t1, a predetermined time after the subsequent treatment wave W2 is applied is set as the buffer time tb, and the user can perform from the start of the treatment to the passage of the buffer time tb. The current intensity can be freely changed by the intensity variable means M21.
Then, when the user changes the current intensity by the intensity variable means M21 between the lapse of the buffer time tb and the end of the treatment, the processing means P uses the reset means P2 to change the current intensity in five stages. It is variable to the current intensity set in the smallest step (step 1).
The buffer time tb can be, for example, 30 seconds.

Here, the flow of the processing executed by the processing means P from the start to the end of the treatment using the beauty mask 1 will be described with reference to FIGS. 7 and 8.

First, after the power supply unit M22 turns on the power of each current generator M (step S1), the processing means P detects the presence or absence of contact of the skin surface electrode B1 by the detection means P3 (step S2).

If the contact of the skin surface electrode B1 is not detected in step S2, the processing means P causes the notification means M4 to issue a notification sound (step S3).

Further, the processing means P detects the presence / absence of contact with the skin surface electrode B1 and determines the presence / absence of the elapse of the preset forced end time (step S4).
When the forced termination time has elapsed, the processing means P turns off the power of each current generator M (step S5).
If the forced termination time has not passed, the notification sound will continue to be issued.
The forced termination time can be, for example, 1 minute.

When the contact of the skin surface electrode B1 is detected in step S2, the processing means P stops issuing the notification sound, and determines whether or not there is an operation of increasing the current intensity by the intensity variable means M21 (step S6). ..

When the above operation is performed in step S6, the processing means P applies the initial treatment wave W1 to the device-side electrode M1 (step S7).
If the above operation is not performed, the system will be in a standby state until the above operation is performed.

After step S7, the processing means P determines whether or not the intensity variable means M21 is operated during the initial treatment time t1 (step S8).

When the intensity variable means M21 is operated in step S8, the processing means P changes the current intensity of the initial treatment wave W1 according to the operation signal (step S9).

Further, the processing means P determines whether or not the initial treatment time t1 has elapsed, as well as whether or not the intensity variable means M21 is operated during the initial treatment time t1 (step S10).

In step S10, when the initial treatment time t1 has elapsed, the processing means P applies the subsequent treatment wave W2 to the device-side electrode M1 by the waveform variable means P1 (step S11).
If the initial treatment time t1 has not elapsed, the processing means P continues to receive the operation signal by the intensity variable means M21 in steps S8 and S9 to change the current intensity of the initial treatment wave W1.

After step S11, the processing means P determines whether or not the intensity variable means M21 is operated during the buffer time tb at the subsequent treatment time t2 (step S12).

When the intensity variable means M21 is operated in step S12, the processing means P changes the current intensity of the subsequent treatment wave W2 according to the operation signal (step S13).

Further, the processing means P determines whether or not the buffer time tb has elapsed, as well as whether or not the intensity variable means M21 is operated during the buffer time tb at the subsequent treatment time t2 (step S14).

When the buffer time tb has elapsed in step S14, the processing means P determines whether or not the intensity variable means M21 is operated during the subsequent treatment time t2 (step S15).
When the buffer time tb has not elapsed, the processing means P continues to receive the operation signal by the intensity changing means M21 in steps S12 and S13 to change the current intensity of the subsequent treatment wave W2.

When the intensity variable means M21 is operated in step S15, the processing means P changes the current intensity of the subsequent treatment wave W2 to the current intensity of step 1 by the reset means P2 (step S16), and succeeds to this current intensity. The treatment wave W2 is applied (step S17).

After step S17, the processing means P determines whether or not the intensity variable means M21 is operated during the subsequent treatment time t2 (step S18).

When the intensity variable means M21 is operated in step S18, the processing means P changes the current intensity of the subsequent treatment wave W2 according to the operation signal (step S19).

Further, the processing means P determines whether or not the subsequent treatment time t2 has elapsed, as well as whether or not the intensity variable means M21 is operated during the subsequent treatment time t2 (step S20).

In step S20, when the subsequent treatment time t2 has elapsed, the processing means P turns off the power of each current generator M (step S21).
When the subsequent treatment time t2 has not elapsed, the processing means P continues to receive the operation signal by the intensity variable means M21 in steps S18 and S19 to change the current intensity of the subsequent treatment wave W2.

In step S15, when the intensity variable means M21 is not operated, the processing means P determines whether or not the subsequent treatment time t2 has elapsed (step S22).

In step S22, when the subsequent treatment time t2 has elapsed, the processing means P turns off the power of each current generator M (step S23).

According to the present embodiment, since the mask body A that covers substantially the entire face X1 of the user X is provided, the beauty essence is provided by the electrical stimulation given by the stimulator B by wearing the beauty mask 1. It is possible to exert a beauty effect on the entire face to which lotion or the like is applied.

Further, since the treatment wave W includes the initial treatment wave W1 and the subsequent treatment wave W2, the user X can adjust the current intensity to an appropriate level before the subsequent treatment wave W2 is output. The safety when using the mask 1 is improved.

Further, the reset means P2 can prevent a situation in which the current intensity is suddenly changed to a high value due to an erroneous operation of the intensity changing means M21 while applying electrical stimulation, and the safety when using the beauty mask 1 is further improved. improves.

Further, since the detection means P3 allows the user X to easily determine whether or not the skin surface electrode B1 is in correct contact with the face surface X1, the convenience of the beauty mask 1 is improved.

Further, since the mask body A has a pair of ear hooks A2, the beauty mask 1 can be easily attached and detached in the same flow as a normal so-called surgical mask, and the convenience of the beauty mask 1 is improved. do.

Further, since the current generator M is detachably attached to the mask body A, only the mask body A can be washed after use, and the hygienic state can be maintained, so that the convenience of the beauty mask 1 is improved. do.

Further, since the stimulator B has the conductive pad B2, the conductive pad B2 comes into close contact with the shape of the face X1 so that the electrical stimulation can be applied more effectively.

Further, since the conductive pad B2 includes the metal fiber surface B21, the conductive pad B2 is easily washed with a washing machine or the like in the same manner as a normal cloth product while protecting the back surface of the skin surface electrode B1 to maintain a hygienic condition. It becomes possible to hold.

Further, the remote control device R allows the user X to easily control the current intensity and the like while wearing the beauty mask 1, and the convenience of the beauty mask 1 is improved.

The shapes, dimensions, and the like of each component shown in the above-described embodiment are examples, and can be variously changed based on design requirements and the like.

1 Beauty mask A Mask body A1 Mask body Main part A11 Both eyes opening A12 Mouth opening A13 Nose pad A2 Ear hook B Stimulator B1 Skin surface electrode B2 Conductive pad B21 Metal fiber surface M Current generator P Processing means P1 Waveform Variable means P2 Reset means P3 Detection means M1 Device side electrode M2 Operation means M21 Strength variable means M22 Power supply unit M3 Display means M4 Notification means M5 Communication means R Remote control device W Treatment wave W1 Initial treatment wave W2 Subsequent treatment wave X User X1 Face X2 both ears

Claims (7)

A beauty mask that is worn on the user's face and is treated by electrical stimulation.
To continuously apply the electrical stimulus having a predetermined current intensity to a mask body that covers substantially the entire face of the user and a portion provided on the mask body that corresponds to the cheek of the user. Equipped with a stimulator that applies a treatment wave,
The stimulator is provided with a skin surface electrode that comes into contact with the user's face, a current generator that applies the treatment wave to the skin surface electrode, and the skin surface electrode, and is brought into contact with the mask body. With a conductive pad ,
The current generator transmits a processing means for performing a predetermined process in applying the treatment wave, a device-side electrode attached to the skin surface electrode, and an operation signal for applying the treatment wave to the device-side electrode. and operating means for, only including,
The mask body and the skin surface electrode are formed as separate bodies.
A beauty mask provided with an insertion hole through which the skin surface electrode is inserted in the mask body. The operating means include a strength variable means that makes the current strength variable.
The processing means includes a waveform variable means that changes the waveform of the treatment wave with the passage of time of the treatment.
The treatment wave includes an initial treatment wave applied at the start of the treatment and a subsequent treatment wave applied after the application of the initial treatment wave.
The first aspect of the present invention, wherein the number of times of the electric stimulation per unit time given by the initial treatment wave is smaller than the number of times of the electric stimulation given by the subsequent treatment wave per unit time. Beauty mask. The beauty mask according to claim 1 or 2, wherein the processing means includes a detecting means for detecting the presence or absence of contact of the skin surface electrode with the face of the user. The beauty mask according to any one of claims 1 to 3, wherein the mask body has a pair of ear hooks that are locked to both ears of the user. The beauty mask according to any one of claims 1 to 4, wherein the current generator is detachably attached to the mask body. The beauty mask according to claim 1 , wherein the conductive pad includes a metal fiber surface that conducts with the skin surface electrode by covering the back surface of the skin surface electrode with a surface that comes into contact with the mask body. The beauty mask according to any one of claims 1 to 6 , wherein the stimulator includes a remote control device that remotely controls the current generator.

Images