JP7640106B2 - Cosmetic Electrical System - Google Patents

Description

The present invention relates to a cosmetic electrolysis system .

2. Description of the Related Art Cosmetic treatment devices that are designed to provide weak electrical stimulation to the body to achieve cosmetic effects such as reducing sagging of the outer surface of the body have been known (see, for example, Patent Documents 1 to 3 listed below).
In conventional beauty treatment devices, a predetermined weak current is supplied to the body in a predetermined AC wave pattern. For example, in Patent Document 1, when displaying a positive side level potential and a negative side level potential with respect to a reference potential, an AC waveform WA1 for beauty treatment is used, which is formed by continuously combining a single pattern that shows an AC square wave pattern once, which alternately indicates one level potential and the other level potential of both levels at a time interval of 3.5 times the time, a three-time consecutive pattern that shows a single pattern three times in succession, and a pause that indicates the reference potential for twice the time of 3.5 times the time, in the order of a three-time consecutive pattern, a pause, a three-time consecutive pattern, a pause, a single pattern, a pause, a single pattern, a pause, a single pattern, a pause, a single pattern, a pause, a single pattern, a pause.

In addition, in Patent Document 1, when displaying a positive side level potential and a negative side level potential centered on a reference potential, a first repeat pattern of an AC square wave indicating the potential of one of the two levels for a second reference time and indicating the potential of the other level for 1/2 the second reference time, a second repeat pattern of an AC square wave indicating the potential of one level for 1/2 the second reference time, indicating the reference potential for 1/2 the second reference time, and indicating the potential of the other level for 1/2 the second reference time, and a pause indicating the reference potential for 1/2 the second reference time, are continuously combined in the order of the first repeat pattern, pause, first repeat pattern, pause, second repeat pattern, pause, second repeat pattern, pause, and the AC of the cosmetic AC waveform WA2 is used separately from the cosmetic AC waveform WA1 or sequentially and continuously with the cosmetic AC waveform WA1.

Furthermore, in this Patent Document 1, when displaying the potential of the positive side level and the potential of the negative side level centered on the reference potential, the potential of one of the two levels is indicated for a third reference time, the potential of the other level is indicated for a third reference time, the potential of one level is indicated for a third reference time, the potential of the other level is indicated for a third reference time, the potential of one level is indicated for a third reference time, the potential of the other level is indicated for a third reference time, the reference potential is indicated for twice the third reference time, the potential of one level is indicated for 1/4 time, the reference potential is indicated for 1/2 time, the potential of one level is indicated for 1/4 time, the reference potential is indicated for the third reference time, the potential of the other level is indicated for 1/4 time, the reference potential is indicated for 1/2 time, the potential of one level is indicated for 1/4 time, the reference potential is indicated for the third reference time, the potential of the other level is indicated for 1/4 time, the reference potential is indicated for 1/2 time, the potential of the other level is indicated for 1/4 time, A one-way repeat pattern in which the potential of one level is indicated for 1/4 of the third reference time, the reference potential is indicated for 1/2 of the third reference time, and the potential of one level is indicated for 1/4 of the third reference time, a second-way repeat pattern in which the reference potential is indicated for the third reference time, the potential of the other level is indicated for 1/4 of the third reference time, the reference potential is indicated for 1/2 of the third reference time, and the potential of the other level is indicated for 1/4 of the third reference time, and a pause in which the reference potential is indicated for the third reference time is indicated, in the order of the third repeat pattern, the third repeat pattern, one-way repeat pattern, the other-way repeat pattern, a pause, one-way repeat pattern, the other-way repeat pattern, a pause, the one-way repeat pattern, the other-way repeat pattern, a pause, the one-way repeat pattern, the other-way repeat pattern, a pause, the one-way repeat pattern, was used separately from the cosmetic AC waveforms WA1 and WA2, or was used sequentially and continuously together with the cosmetic AC waveforms WA1 and WA2.

In Patent Document 1, which uses such AC waveforms, it is preferable to use the cosmetic AC waveform WA1 for treatments of the entire face or preparatory treatments, the cosmetic AC waveform WA2 for wide-area lift-up treatments, and the cosmetic AC waveform WA3 for narrow-area lift-up treatments.
Furthermore, by continuously combining the cosmetic AC waveforms WA1, WA2, and WA3, the improvement effect of the treatment can be confirmed and maintained to a degree that can be visually confirmed immediately after treatment, compared to when the cosmetic AC waveforms WA1, WA2, and WA3 are used alone.

Patent No. 4357682 Patent No. 4418802 Patent No. 4528798

However, with conventional cosmetic treatment devices, although the desired cosmetic effect can be obtained after treatment, it is known that the cosmetic effect decreases over time, and depending on the constitution and physical condition of the person receiving the treatment, the effect may decrease in a relatively short period of time. Therefore, there has been a strong demand for a device suitable for treatments that will sustain the cosmetic effect.

SUMMARY OF THE PRESENT EMBODIMENTS The present invention has an object to provide a cosmetic electrotherapy system that is capable of performing treatments that tend to produce long-lasting cosmetic effects.
SUMMARY OF THE PRESENT EMBODIMENTS The present invention has an object to provide a cosmetic electrolysis system suitable for treatments for sustaining cosmetic effects.

The cosmetic current system of the present invention, which solves the above-mentioned problems, is a cosmetic current system for applying a weak alternating current of a rectangular wave to the skin to obtain cosmetic effects such as improving wrinkles and sagging on the outer surface of the body, and includes a cosmetic current device which controls one level of potential and the other level of potential with respect to a reference potential so that the absolute value of the maximum value is constant, and generates a plurality of types of basic rectangular waves by combining pulses with controlled on/off times, and outputs the weak alternating current in a plurality of types of cosmetic rectangular wave AC patterns by combining these basic rectangular waves, and a current application tool which is brought into contact with the skin and applies the weak alternating current from the cosmetic current device to the body, and the plurality of types of rectangular wave AC patterns are generated by applying the weak alternating current to the body. The device comprises a fitting pattern for fitting the device to the body, a lift-up pattern for achieving a lift-up effect on the outer surface of the body, a fixing pattern for fixing the lift-up effect, and a sustaining pattern for maintaining the fixed lift-up effect , the fitting pattern having a reference single pattern for outputting one level of potential and the other level of potential alternately and continuously for a reference time, a reference three-times pattern for outputting the reference single pattern three times in succession, and a pause for maintaining the reference potential, the lift-up pattern for outputting one level of potential for 3.5 times the reference potential, maintaining the reference potential for a reference time, and the fixing pattern includes a 3.5x single pattern for outputting a potential of the other level with respect to the reference potential for 3.5 times the time, a 2x single pattern for outputting a potential of one level with respect to the reference potential for twice the time, maintaining the reference potential for twice the time, and outputting a potential of the other level with respect to the reference potential for twice the time, and a pause for maintaining the reference potential, and the fixing pattern includes a 1/4x double pattern for outputting a potential of one level with respect to the reference potential for 1/4 of the time, maintaining the reference potential for 1/4 of the time, outputting a potential of the one level again for 1/4 of the time, maintaining the reference potential for the reference time, outputting a potential of the other level with respect to the reference potential for 1/4 of the time, maintaining the reference potential for 1/4 of the time, and outputting a potential of the other level again for 1/4 of the time. the sustain pattern includes a 3.5 times independent pattern which outputs one level of potential with respect to the reference potential for 3.5 times the time, maintains the reference potential for the reference time, and outputs the other level of potential with respect to the reference potential for 3.5 times the time, a 2 times independent pattern which outputs one level of potential with respect to the reference potential for twice the time, maintains the reference potential for twice the time, and outputs the other level of potential with respect to the reference potential for twice the time, and a pause which maintains the reference potential .

The blending pattern of the cosmetic electroconductive system of the present invention may be characterized by outputting in the following order: a 1/4 hour pause, a standard 3 times pattern, a double time pause, a standard 3 times pattern, a double time pause, a standard single pattern, a double time pause, a standard single pattern, a double time pause, a standard single pattern, a double time pause, a standard single pattern, and a 7/4 hour pause.

The lift-up pattern of the cosmetic electroconductive system of the present invention may be characterized in that it outputs a 5/4 hour pause, followed by a 3.5x single pattern, a 3.5x single pattern, a 2x single pattern, a 2x time pause, a 2x single pattern, and a 3/4 hour pause in that order.

The fixing pattern of the cosmetic electroconductive system of the present invention may be characterized by outputting in the following order: a 1/4 hour pause, followed by a 1/4 times twice pattern, a double time pause, a 1/4 times twice pattern, a double time pause, a 1/4 times twice pattern, a triple time pause, a standard twice pattern, a double time pause, a 1/4 times twice pattern, a standard time pause, a standard twice pattern, and a 7/4 hour pause.

The sustained pattern of the cosmetic electroconductive system of the present invention may be characterized by maintaining the reference potential for 3.5 times the time, outputting a potential of the other level relative to the reference potential once, followed by outputting a 3.5 times single pattern, a 2 times single pattern, and a pause for 3.5 times the time, and then outputting a potential of one level relative to the reference potential and a potential of the other level relative to the reference potential alternately and consecutively once for 3.5 times the time, and maintaining the reference potential for 1/2 the time.
The connection pattern of the cosmetic electroconductive system of the present invention may be characterized in that it has the same structure as the blending pattern.

In the cosmetic electrostatic system of the present invention, the cosmetic electrostatic device may be characterized in that it outputs a blending pattern, a lifting pattern, a fixing pattern, and a sustaining pattern in this order, repeating each pattern for multiple cycles.

The cosmetic current system of the present invention may have a plurality of current-carrying tools and be configured to be able to simultaneously apply weak current of the same pattern in synchronization from the plurality of current-carrying tools, and the cosmetic current device may be characterized by repeating the output of a blending pattern, a lifting pattern, a fixing pattern, and a sustained pattern each once, multiple times.

According to the cosmetic electroconductive system of the present invention, a weak alternating current having a square wave alternating current type output from the cosmetic electroconductive device is applied to the body through an electroconductive tool placed in contact with the skin.
The weak AC current output from the cosmetic current application device is made up of a number of specific rectangular wave AC patterns, including a fitting pattern for fitting the weak AC current to the body, a lifting pattern for achieving a lifting effect on the outer surface of the body, a fixation pattern for fixing the lifting effect, and a sustaining pattern for sustaining the fixed lifting effect, and each pattern is output repeatedly.
Therefore, the lift-up pattern can be applied to the body after the weak AC has been adapted to the body by the adaptation pattern, and the lift-up effect can be efficiently achieved.Then, by applying the sustaining pattern to the body after the lift-up effect has been fixed by the fixing pattern, the lift-up effect on the outer surface of the body can be sustained for a long period of time.
As a result, the present invention can provide a cosmetic electrolysis system suitable for treatments for sustaining cosmetic effects.

In the cosmetic electrolysis system of the present invention, the blending pattern, lifting pattern, and fixing pattern are set to predetermined values, making it easier to achieve a lifting effect on the outer body surface.
In particular, by using a predetermined sustaining pattern, it becomes easier to sustain the lifting effect on the outer body surface fixed by the fixing pattern.
The device further includes a vibration device that is worn so that it is pressed against the skin and generates vibrations by varying the strength of the vibration motor using a triangular wave output. By applying vibrations to the skin, a fascia release effect can be achieved, and by improving blood flow and metabolism, for example, stiff muscles can be made to move more easily, improving distortion and enhancing the beauty effects.

In the cosmetic current system of the present invention, if the cosmetic current device outputs a blending pattern, a lifting pattern, a fixing pattern, and a sustaining pattern repeatedly for multiple cycles for each pattern, in that order, then after the weak alternating current has been thoroughly blended into the body, the lifting pattern can be passed through the body to facilitate the realization of a lifting effect on the outer body surface, and further, once the lifting effect has been thoroughly established, the sustaining pattern can be passed through the body to facilitate the long-term maintenance of the lifting effect on the outer body surface, making it easier to obtain cosmetic effects more efficiently.
Furthermore, in the cosmetic electrotherapy system of the present invention, if it is possible to simultaneously and synchronously apply weak currents of the same pattern from multiple electrotherapy devices, then by applying weak currents to multiple points on the body simultaneously, the weak currents of each pattern can be more easily adapted to the body, thereby shortening the treatment time.

1 is a perspective view of a cosmetic current application device of a cosmetic current application system according to a first embodiment of the present invention. 1 is a schematic block diagram of a cosmetic current application device of a cosmetic current application system according to a first embodiment of the present invention. 1 is a schematic diagram showing an entire cosmetic electroconductive system according to a first embodiment of the present invention. 1 is a diagram illustrating a state in which the cosmetic electroconductive system according to the first embodiment of the present invention is worn by a subject. FIG. 1A and 1B show basic waveforms generated by a cosmetic electrostatic device of a cosmetic electrostatic system according to a first embodiment of the present invention, in which (H) is a high-level waveform, (L) is a low-level waveform, and (A) is a generated basic waveform A. 1A and 1B show basic waveforms generated by a cosmetic electrostatic device of a cosmetic electrostatic system according to a first embodiment of the present invention, in which (H) is the high-level waveform, (L) is the low-level waveform, and (A) is the generated basic waveform B. 1A and 1B show basic waveforms generated by a cosmetic electrostatic device of a cosmetic electrostatic system according to a first embodiment of the present invention, in which (H) is a high-level waveform, (L) is a low-level waveform, and (A) is a generated basic waveform C. 1A and 1B show basic waveforms generated by a cosmetic electrostatic device of a cosmetic electrostatic system according to a first embodiment of the present invention, in which (H) is a high-level waveform, (L) is a low-level waveform, and (A) is a generated basic waveform D. 1A and 1B show basic waveforms generated by a cosmetic electrostatic device of a cosmetic electrostatic system according to a first embodiment of the present invention, in which (H) is a high-level waveform, (L) is a low-level waveform, and (A) is a generated basic waveform E. 4A to 4D are diagrams showing waveforms of square wave AC patterns generated by a cosmetic current application device of a cosmetic current application system according to a first embodiment of the present invention. FIG. 4 is a diagram showing the waveform of a triangular wave output generated by the cosmetic electromotive device of the cosmetic electromotive system according to the first embodiment of the present invention. FIG. 4 is a schematic diagram showing an entire cosmetic electroconductive system according to a second embodiment of the present invention. FIG. 11 is a diagram illustrating a state in which a cosmetic electroconductive system according to a second embodiment of the present invention is worn by a subject. 6A to 6D are diagrams showing waveforms of square wave AC patterns generated by a cosmetic current application device of a cosmetic current application system according to a second embodiment of the present invention. 13A to 13D are diagrams showing waveforms of square wave AC patterns generated by a cosmetic current application device of a cosmetic current application system according to a third embodiment of the present invention. 1 shows micrographs showing the results of an example, where (a) shows the state before the first treatment, and (b) shows the state after the entire period of treatment. 13 is a micrograph showing the results of a comparative example, where (a) shows the results before the first treatment, and (b) shows the results after the entire treatment period.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings.
[First embodiment]

1 to 3 show a cosmetic current application system according to a first embodiment of the present invention. The cosmetic current application system of this embodiment is a system for applying a weak alternating current of a square wave to the skin to obtain cosmetic effects including lifting to improve wrinkles and sagging on the outer surface of the body, and includes a cosmetic current application device 10 and a plurality of current application tools 30 and vibration tools 40 each connected to the cosmetic current application device 10 via a conductor 22.
The cosmetic current application device 10 is configured to be able to output a plurality of types of alternating current (hereinafter referred to as "rectangular wave alternating current") having a pattern formed by continuously combining a plurality of different rectangular waves at a predetermined timing. The details of each rectangular wave alternating current pattern will be described later, but in this embodiment, four types of patterns are preset.

This cosmetic current application device 10 is preset with a normal mode for applying square wave AC to the body during normal treatment, and a soft mode for applying a lower voltage level to the body as a pretreatment before treatment, and further, the output voltage can be selected from a plurality of levels in each mode. The pattern of the output square wave AC differs between the normal mode and the soft mode, as described below, and some of the patterns used in the normal mode are used in the soft mode.
Furthermore, in addition to the rectangular wave AC current that is applied to the body, the cosmetic electromotive device 10 can generate a triangular wave output for vibrating the vibration tool 40. The triangular wave output is an output that repeats a constant triangular waveform.

The electric current device 30 comprises a sheet-like electric current nonwoven fabric 31 having conductive fibers woven into it, a supporter 32 made of nonconductive, stretchable fabric formed into a shape that can be fastened to the body of the person being treated, and a pair of electric current gloves 33 formed into the shape of electric current gloves that can be worn on the hands of the practitioner and have conductive fibers woven into it.
Silver, which has high electrical conductivity and antibacterial properties, is used for the conductive fibers used in the conductive nonwoven fabric 31 and the conductive gloves 33. By using a highly conductive material for the conductive fibers, it is possible to lower the AC voltage output from the cosmetic current application device 10 and prevent the subject from receiving strong electrical stimulation, and by imparting antibacterial properties to the conductive fibers, it is possible to prevent the subject from developing a rash on the skin due to bacteria.

As shown in Figure 4, the electric current device 30 can be worn by a patient by covering various parts of the body with a sheet-like electric current nonwoven fabric 31 in contact with the skin, and wrapping a belt-shaped supporter 32 around each part of the body from the outside of the electric current nonwoven fabric 31, or by covering each part of the body with a cylindrical supporter 32 from the outside of the electric current nonwoven fabric 31.
The conductive gloves 33 are worn by the practitioner on both hands and are placed in contact with various parts of the body, including the face, of the person being treated by the palms of the practitioner's hands, or moved appropriately to slide or apply pressure to the skin while making contact.
Electrodes connectable to the conductor 22 are provided on the supporter 32 and the conductive nonwoven fabric 31. Terminals are provided on both ends of the conductive wire 22, one of which is connected to the cosmetic current application device 10 and the other of which is connected to the electrodes.

The vibration tool 40 is a tool that generates vibrations by changing the strength of a vibration motor by a triangular wave output, and has, for example, a thin plate shape. The vibration tool 40 is connected to the cosmetic electroconductive device 10 via the conductor 22, and is placed between the supporter 32 and the skin, so that the elasticity of the supporter 32 presses the vibration tool 40 against the skin.
The vibration device 40 may be used when the energized device 30 is passing a square wave AC current, or may be used at a time different from when the energized device 30 is passing a square wave AC current.

As shown in FIG. 2 , the cosmetic electrolysis device 10 has a control unit 11, a panel unit 12 provided with an operation unit 13 and a display unit 14, a memory unit 15, an AC generating unit (hereinafter referred to as the generating unit) 16, an output unit 18, a timer 20, a voltage mode switching unit 21, and the like.

The control unit 11 includes a CPU (Central Processing Unit) 19 and performs calculations on the programs stored in the storage unit 15 to control the cosmetic electric current application device 10 .
The panel unit 12 is made up of a touch panel and is provided with various buttons of the operation unit 13 and various status display units of the display unit 14, allowing the practitioner to input data and check the settings and execution status of the equipment during treatment.
The operation unit 13 allows the selection of, for example, a normal mode, a soft mode, and a vibration mode that outputs a triangular wave, and the voltage level in each mode can be selected in multiple stages for each channel of the output unit. In addition, within the normal mode and soft mode, it is also possible to select a face mode used when treating the face, and a body mode used when treating other parts of the body.

The operation unit 13 is a mouse, a keyboard, a touch panel, etc., and is used to input various instructions. The display unit 14 displays the various instructions and control states input from the operation unit 13.
The storage unit 15 stores data such as programs for implementing the functions of the generating unit 16 based on input from the operation unit 13 and the like, and various numerical value tables.
The generating unit 16 is configured to perform processing using the calculation program and data from the memory unit 15 based on the input from the operation unit 13, and to continuously form and output multiple rectangular wave AC currents based on time information and clock count information using voltages corresponding to various modes.

The timer 20 counts the time that serves as the reference for the changes in the pulse width and pulse period of the oscillator based on the clock number of the CPU 19 and the number of oscillations of the built-in oscillator element, and also measures the reference time for the treatment time for the patient.
In the soft mode and normal mode, the voltage mode switching unit 21 sets the square wave AC voltage output from the output unit 18 to a preset voltage mode in response to the input from the operation unit 13, and adjusts the voltage value within the mode. Also, in the vibration mode, the voltage mode switching unit 21 sets the vibration voltage of the triangular wave output output from the output unit 18 to a preset voltage mode in response to the input from the operation unit 13, and adjusts the voltage value within the mode.
In this embodiment, the voltage mode switching unit 21 can switch the AC voltage in multiple steps in the range of 0.3 V to 0.4 V in the soft mode, and in the normal mode, the AC voltage can be switched in multiple steps in the range of 0.3 V to 3.9 V. In addition, in the vibration mode, the vibration voltage can be switched in the range of 1.7 Vpp to 2.3 Vpp.

In the soft mode and normal mode, the output unit 18 outputs weak alternating current for cosmetic use having a plurality of types of rectangular wave alternating current patterns generated by the generating unit 16 to a plurality of energizing devices 30 such as a supporter 32 and an energizing nonwoven fabric 31 and an energizing glove 33 via conductors 22. The output unit 18 is provided with a plurality of channels, all of which are configured to be capable of simultaneously applying a weak current of the same pattern in synchronization with each other.
In this embodiment, a three-channel output unit 18 is provided and is connected to four pairs of electric current-carrying tools 30, including three pairs of supporters 32 and electric current-carrying nonwoven fabric 31 and a pair of electric current-carrying gloves 33. One pair of supporters 32 and electric current-carrying nonwoven fabric 31 and a pair of electric current-carrying gloves 33 are connected in parallel by a branched conductor 22, so that the four electric current-carrying tools 30 are connected to the three-channel output unit 18. By passing a weak cosmetic current through the skin from three or more pairs of electric current-carrying tools 30 to perform treatment, it is possible to easily and appropriately pass electricity to multiple locations on the body at the same time.

The weak cosmetic current that is passed to the skin from the electric current application device 30 is an alternating current generated by the generator 16, and has a rectangular wave AC pattern of multiple specific waveforms with one level of potential and the other level of potential relative to a reference potential, the absolute value of the maximum value of which is constant.
In the soft mode and normal mode, the generating unit 16 generates five types of basic square waves A to E as shown in Figures 5A to 5E by, for example, adjusting the duty ratio by PWM control. Here, the basic waveforms A to E are generated by combining pulses whose on-off times are controlled, and by combining these basic square waves A to E, four types of square wave AC patterns W1 to W4 are generated as shown in Figure 6. In this embodiment, the reference time in each figure is 400 msec.
In detail, four types of rectangular wave AC patterns are generated by combining a basic waveform A shown in (A) formed by combining the high-level side waveform shown in (H) of FIG. 5A with the low-level side waveform shown in (L), a basic waveform B shown in (B) formed by combining the high-level side waveform shown in (H) of FIG. 5B with the low-level side waveform shown in (L), a basic waveform C shown in (C) formed by combining the high-level side waveform shown in (H) of FIG. 5C with the low-level side waveform shown in (L), a basic waveform D shown in (D) formed by combining the high-level side waveform shown in (H) of FIG. 5D with the low-level side waveform shown in (L), and a basic waveform E shown in (E) formed by combining the high-level side waveform shown in (H) of FIG. 5E with the low-level side waveform shown in (L).

In the first embodiment, the four types of rectangular wave AC patterns consist of a waveform-based adaptation pattern W1 shown in FIG. 6(a) intended to adapt the weak AC to the body, a lift-up pattern W2 shown in FIG. 6(b) intended to provide a lift-up effect to improve wrinkles or sagging on the outer surface of the body, a fixation pattern W3 shown in FIG. 6(c) intended to fix the lift-up effect, and a sustaining pattern W4 shown in FIG. 6(d) intended to sustain the established lift-up effect.

Each rectangular wave AC pattern is formed by combining rectangular waves of a reference potential, a potential at one level, or a potential at the other level by on/off output of a potential selected by the voltage mode switching unit 21 based on input from the operation unit 13 from multiple preset voltage levels.
Each pattern is generated in the same cycle, and in this embodiment, one cycle is 12.8 seconds. The four types of square wave AC patterns are output one at a time in sequence, repeatedly for a predetermined time set by the operation unit 13.

As shown in FIG. 6(a), the familiarization pattern W1 is a waveform generated by combining basic waveform A and basic waveform B, and has a reference single pattern that outputs one level of potential and the other level of potential alternately once each for the reference time with respect to the reference potential, with one unit obtained by dividing one period into 32, a reference triple pattern that outputs the reference single pattern three times in succession, and a pause that maintains the reference potential, and has a waveform that outputs the following in the order of a 1/4 time pause, a reference triple pattern, a double time pause, a reference single pattern, a double time pause, a reference single pattern, a double time pause, a reference single pattern, a double time pause, a reference single pattern, a 7/4 time pause.

As shown in FIG. 6(b), lift-up pattern W2 is a waveform generated by combining basic waveform D and basic waveform C, and has a 3.5x single pattern in which one unit of one period divided into 32 is used as the reference time, one level of potential is output for 3.5 times the time relative to the reference potential, the reference potential is maintained for the reference time, and the other level of potential is output for 3.5 times the time relative to the reference potential, a 2x single pattern in which one level of potential is output for twice the time relative to the reference potential, the reference potential is maintained for twice the time, and the other level of potential is output for twice the time relative to the reference potential, and a pause that maintains the reference potential. After a 5/4-hour pause, the waveform is output in the following order: 3.5x single pattern, 3.5x single pattern, 2x single pattern, 2x pause, 2x single pattern, 3/4-hour pause.

As shown in FIG. 6(c), the fixing pattern W3 is a waveform generated by combining the basic waveform E and the basic waveform A. The fixing pattern W3 is a waveform generated by combining the basic waveform E and the basic waveform A, and is a waveform generated by dividing one period into 32 units, with one unit being the reference time. The fixing pattern W3 is a 1/4 times pattern in which a potential of one level is output for 1/4 of the time relative to the reference potential, the reference potential is maintained for 1/4 of the time, the potential of one level is output again for 1/4 of the time, the reference potential is maintained for the reference time, a potential of the other level is output for 1/4 of the time relative to the reference potential, the reference potential is maintained for 1/4 of the time, and the potential of the other level is output again for 1/4 of the time. It has a standard double pattern that outputs a standard single pattern twice in succession, which alternately outputs one level of potential and the other level of potential for a reference time, and a pause that maintains the reference potential. After a 1/4 time pause, it has a waveform that outputs a 1/4 times double pattern, a double time pause, a 1/4 times double pattern, a double time pause, a 1/4 times double pattern, a triple time pause, a standard double pattern, a double time pause, a 1/4 times double pattern, a standard time pause, a standard double pattern, and a 7/4 time pause in that order.

As shown in FIG. 6(d), the sustain pattern W4 is a waveform generated by combining the basic waveform D and the basic waveform C, and has a 3.5x single pattern in which one unit obtained by dividing one period into 32 is used as the reference time, and one level of potential is output for 3.5 times the reference potential, the reference potential is maintained for the reference time, and the other level of potential is output for 3.5 times the reference potential, a 2x single pattern in which one level of potential is output for twice the reference potential, the reference potential is maintained for twice the time, and the other level of potential is output for twice the reference potential, and a pause in which the reference potential is maintained for 3.5 times the reference potential, the other level of potential is output once relative to the reference potential, and then the 3.5x single pattern, the 2x single pattern, and the 3.5x pause are output in that order, and then one level of potential relative to the reference potential and the other level of potential relative to the reference potential are output alternately once for 3.5 times the reference potential, and the reference potential is maintained for 1/2 the time.

In the normal mode, in the first embodiment, the cosmetic electrical current device 10 outputs a blending pattern W1, a lifting pattern W2, a fixing pattern W3, and a sustaining pattern W4 in succession, each once, in the same order multiple times, for a treatment time that is preset and selected by input from the operation unit 13.
Here, the blending pattern W1, the lift-up pattern W2, the fixing pattern W3, and the sustaining pattern W4 are repeatedly applied once each in a short period of time, and furthermore, the current is applied simultaneously in synchronization with multiple positions on the body, so the order of the four patterns is not necessarily limited. However, in this embodiment, the sustaining pattern W4, the lift-up pattern W2, the blending pattern W1, and the fixing pattern W3 are output once each in this order, and the four patterns are repeated multiple times.
On the other hand, in the soft mode, the sustain pattern W4 and the lift-up pattern W2 are used, and are output once each in this order, repeating the two patterns many times.

In addition, in the vibration mode, the generating unit 16 is configured to be able to generate a vibration voltage having a triangular wave as shown in FIG. 7. The vibration voltage in this embodiment has a triangular waveform with a 2-second period, and the vibration voltage of the strength set by the operation unit 13 from among three voltage levels is repeatedly output for the period set by the operation unit 13.

Next, a method of using such a cosmetic electro-transfer system during treatment will be described.
First, the practitioner applies a conductive lotion (not shown) to the body of the person to be treated, and then places the conductive nonwoven fabric 31 on the surface of the body of the person to be treated, as shown in Fig. 4. In Fig. 4, the conductive nonwoven fabric 31 is placed from the chest through the shoulders to the back, around the abdomen, around both thighs, and around both shins. Note that the conductive nonwoven fabrics 31 are not in contact with each other at this time. Then, the supporters 32 are wrapped around or placed over the entire body of the person to be treated from above the conductive nonwoven fabric 31, so that the elastic force of each supporter 32 is applied to the body. The person to be treated lies on the bed in this state.
When vibration is applied to the patient by the vibration device 40, the vibration device 40 is placed on the part of the body where vibration is to be applied, such as the sole of the foot. The vibration device 40 is attached by the supporter 32 so as to be pressed against the skin.

The practitioner puts on the electric glove 33. Then, the terminals on one end of the conductors 22 are connected to the channels of the output section 18 of the cosmetic electric current device 10, and the other end of each conductor 22 is connected to each supporter 32, the electric nonwoven fabric 31, and the vibration tool 40.
In this embodiment, the output section 18 is provided with a three-channel terminal, two of which are connected to conductors 22 which are respectively connected to different supporters 32, and the remaining channel is connected to a conductor 22 which is branched into multiple parallel wires on the electric current-carrying instrument 30 side, and the branched conductors 22 are connected to the supporter 32 and the electric current-carrying glove 33.

The practitioner uses the operation unit 13 of the panel unit 12 of the cosmetic electrolysis device 10 to select the soft mode, normal mode, or vibration mode.
The normal mode is a mode that can be selected for normal cosmetic treatment, and sets the treatment time as well as the voltage level during treatment for each channel of the output unit 18. A number of set values are preset for the voltage level and treatment time for each channel, and are input by selecting from a number of buttons.

The soft mode may or may not be selected depending on the condition of the person being treated, such as the condition of the person's skin, constitution, and physical condition. Treatment may be performed in the soft mode only, or in the soft mode before the normal mode treatment. In the soft mode, the voltage level and treatment time for each channel during treatment are set by inputting operations in the same way as in the normal mode. In the soft mode, the voltage generated by the generator 16 during treatment is preset to a lower voltage than in the normal mode.

The vibration mode may or may not be selected depending on the condition of the person being treated. It is selected in cases where applying vibration to the skin improves the cosmetic effect or according to the wishes of the person being treated. In the vibration mode, the treatment time and the voltage level during treatment are set. In the vibration mode, it may be performed separately from the normal mode and soft mode, or it may be performed simultaneously with the normal mode and/or soft mode.

In the normal mode or soft mode, when the start button is pressed to start the current flow, a rectangular wave AC pattern consisting of a blending pattern W1, a lift-up pattern W2, a fixing pattern W3, and a sustaining pattern W4 is output from each channel.
At this time, the square wave AC patterns output from all the channels are the same and are output in the same cycle. Furthermore, in this embodiment, four types of square wave AC patterns, namely, the blending pattern W1, the lift-up pattern W2, the fixing pattern W3, and the sustaining pattern W4, are output once, that is, one cycle at a time in succession.
The rectangular wave AC current having these patterns is applied to the skin of each part of the body through the conductive nonwoven fabric 31 which is in close contact with the skin by the supporter 32 .

Here, electricity is applied simultaneously to multiple locations on the body from multiple channels, so a square wave AC pattern is easy to penetrate and adapt to the body, and each pattern makes it easy to achieve the desired effect.
In other words, the blending pattern makes it easier to make the rectangular wave AC pattern blend with the body, the lifting pattern makes it easier to achieve a lifting effect on the outer surface of the body, the fixing pattern makes it easier to fix the lifting effect, and the sustaining pattern makes it easier to maintain the fixed lifting effect.

Therefore, by repeatedly applying current to the skin for each of the same square wave AC patterns multiple times, the body can gradually acclimate, reducing the need for current application to achieve each purpose.
This allows the four patterns to be applied in sequence, one at a time. Furthermore, because all types of patterns are applied to the body in a relatively short time, the order in which the four patterns are applied can be freely changed.
In this embodiment, the current is applied in the order of the sustaining pattern W4 in Fig. 6(d), the lifting pattern W2 in Fig. 6(b), the blending pattern W1 in Fig. 6(a), and the fixing pattern W3 in Fig. 6(c) once per cycle, and the sustaining pattern W4, the lifting pattern W2, the blending pattern W1, and the fixing pattern W3 are repeatedly applied during the treatment time set by the operation unit 13. Note that in this embodiment, one cycle of each pattern is set to 12.8 seconds. Here, the effect is improved by applying current first from the waveform pattern with the long output time of one pulse and the smallest wave number.
This allows treatment in soft mode, treatment in normal mode, and treatment in both soft and normal modes to be performed.

On the other hand, in the vibration mode, when the start button is pressed to start the current supply, a triangular waveform oscillating voltage is output for a predetermined time at a preset voltage level from a channel different from the channel to which the rectangular wave AC pattern is output. Triangular waves are output one or more times during one cycle of each of the patterns W1 to W4, and in this embodiment, six times. This causes the vibration instrument 40 to vibrate, and vibrations can be applied to the skin of the part where it is worn, such as the skin on the sole of the foot.
In vibration mode, the vibration provides a fascia release effect; for example, by improving blood flow and metabolism, stiff muscles can be made to move more easily, correcting distortions and enhancing the beauty effects.

According to the first embodiment of the cosmetic current system as described above, the weak AC output from the cosmetic current device 10 is composed of several specific types of rectangular wave AC patterns, and includes a blending pattern W1 intended to blend the weak AC with the body, a lifting pattern W2 intended to achieve a lift-up effect on the outer surface of the body, a fixation pattern W3 intended to fix the lift-up effect, and a sustaining pattern W4 intended to sustain the fixed lift-up effect, and each pattern is output repeatedly.
Therefore, after the weak AC is adapted to the body by the adaptation pattern W1, the lifting pattern W2 can be applied to the body, and the lifting effect can be efficiently achieved. Then, after the lifting effect is fixed by the fixing pattern W3, the lifting effect on the outer surface of the body can be maintained for a long period of time by applying the maintenance pattern W4 to the body. Therefore, it can be suitably used for treatments for maintaining the beauty effect.

In addition, this cosmetic current system combines five types of basic square waves A to E in the cosmetic current device 10 to output a blending pattern W1, a lifting pattern W2, a fixing pattern W3, and a sustaining pattern W4, each having a predetermined waveform. This not only allows four types of square wave AC patterns to be generated based on basic square waves that are safe for the body and easy to produce cosmetic effects, but also allows the creation of square wave AC patterns that prevent the body from becoming accustomed to the same electrical stimulation applied to the skin, making it easier to achieve various cosmetic effects, without increasing the number of basic square waves.

Furthermore, in this cosmetic electroconductive system, the blending pattern W1, lifting pattern W2, and fixing pattern W3 are each predetermined as shown in Figures 6 (a) to (c), making it easier to achieve a lifting effect on the outer body surface.
Furthermore, by adopting a specific waveform as shown in FIG. 6(d) for the sustaining pattern W4, it is possible to easily sustain the lifting effect on the outer body surface fixed by the fixing pattern W3 for a long period of time.

In addition, this cosmetic current system can simultaneously and synchronously apply weak currents of the same pattern from multiple current-carrying devices 30, so by applying weak currents to multiple points on the body at the same time, each pattern of weak current can easily penetrate and become familiar with the body, shortening the treatment time.

[Second embodiment]
FIG. 8 is a diagram showing the entire cosmetic current system according to the second embodiment, FIG. 9 is an explanatory diagram showing the state in which the cosmetic current system is worn, and FIGS. 10(a) to (d) are diagrams showing square wave AC patterns generated and output by the generating unit 16 of the cosmetic current device 10 of the cosmetic current system according to the second embodiment.

As shown in FIG. 8, in the cosmetic electrification device 10 of the cosmetic electrification system of the second embodiment, the output section 18 is provided with a one-channel terminal, and is configured to output rectangular wave AC in one system. The control section 11 is configured to be able to set only the normal mode, and does not have a soft mode or vibration mode. The control section 11 and the operation section 13, display section 14, memory section 15, generation section 16, etc. of the panel section 12 are all configured in one system for treatment in normal mode. Therefore, in terms of normal mode, it is a compact and simple device that can electrify in the same way as the first embodiment.

On the other hand, the electric current-carrying device 30 includes a supporter 32, an electric current-carrying nonwoven fabric 31, and an electric current-carrying glove 33, which are similar to those in the first embodiment.
One end of the conductor 22 connecting the output section 18 of the cosmetic current application device 10 and each current application tool is connected to the output section 18, and the other end is branched in parallel to provide a number of terminals, each of which is connected to each of the current application tools 30 so as to be electrically conductive.

The weak alternating current for cosmetic purposes that is generated and output by the generating unit 16 in the same manner as in the first embodiment to apply electricity to the skin from the electric current application tool 30 has four types of rectangular wave alternating current patterns, consisting of a blending pattern W1 shown in FIG. 10(a), a lifting pattern W2 shown in FIG. 10(b), a fixing pattern W3 shown in FIG. 10(c), and a sustaining pattern W4 shown in FIG. 10(d). In this embodiment, one cycle is also set to 12.8 seconds.

Here, the blending pattern W1, the lift-up pattern W2, and the fixing pattern W3 have waveforms identical to the rectangular wave AC pattern of the first embodiment, and are generated from five types of basic rectangular waves A to E shown in Figures 5 (a) to (e).
In the second embodiment, the sustaining pattern W4 has a waveform common to the familiarization pattern W5, which simplifies the control in the control unit 11 and simplifies the structure of the control unit 11, and simplifies the process of generating the rectangular wave AC pattern in the generating unit 16 and simplifies the device configuration of the generating unit 16.

The generating unit 16 and output unit 18 in the second embodiment of the cosmetic current application device 10 are configured to output the blending pattern W1, the lifting pattern W2, the fixing pattern W3, and the sustaining pattern W4 in this order, repeating each pattern for multiple cycles. For example, one pattern is continuously repeated over a period of time that is divided into four parts of the treatment time, and the blending pattern W1, the lifting pattern W2, the fixing pattern W3, and the sustaining pattern W4 are output over the entire treatment time. The treatment time, voltage level, etc. at this time follow the settings previously input to the operation unit 13.

The cosmetic electroconductive system of the second embodiment can be used in the same manner as in the first embodiment during treatment in the normal mode.
9, the current-carrying tools 30 are attached, each current-carrying tool 30 is connected to the cosmetic current-carrying device 10, the output level and treatment time are set, and current is started by pressing the start button. A blending pattern W1 is then repeatedly output for 1/4 of the treatment time from the output unit 18. Next, a lifting pattern W2 is repeatedly output for 1/4 of the treatment time, after which a fixing pattern W3 is repeatedly output for 1/4 of the treatment time, and a sustaining pattern W4 is repeatedly output for 1/4 of the treatment time.
In the second embodiment, a rectangular wave AC pattern with the same pattern, same period and same level is output to each of the electric devices 30, such as each supporter 32, electric gloves 33, and electric face mask 34, which are attached to each part of the body, through a conductor 22 that is branched into multiple parts, and electricity is passed through each part of the body.
This allows the treatment to be performed.

The cosmetic electroconductive system of the second embodiment described above can achieve the same effects as the first embodiment. Moreover, because the sustaining pattern W4 is configured to be the same as the blending pattern W1, the device configuration can be simplified while still achieving the sustained lifting effect on the outer body surface.

In addition, in the second embodiment of the cosmetic current system, the cosmetic current device 10 outputs the blending pattern W1, the lift-up pattern W2, the fixing pattern W3, and the sustaining pattern W4 in this order, repeating multiple cycles for each pattern. Therefore, after the weak AC has been thoroughly blended into the body, the lift-up pattern W2 can be passed through the body to facilitate the manifestation of the lift-up effect on the outer surface of the body, and further, once the lift-up effect has been thoroughly fixed, the sustaining pattern W4 can be passed through the body to facilitate the long-term maintenance of the lift-up effect on the outer surface of the body, making it easier to efficiently obtain cosmetic effects.

[Third embodiment]
The cosmetic electromotive system of the third embodiment is similar to the cosmetic electromotive system of the second embodiment except that a generator 16 generates a square wave AC having a waveform different from that of the square wave AC of the second embodiment.
11A to 11D are diagrams showing square wave AC patterns generated and output by the generating unit 16 of the cosmetic current application device 10 of the cosmetic current application system according to the third embodiment.

The weak alternating current for cosmetic purposes generated and output by the generator 16 of the third embodiment has four types of rectangular wave alternating current patterns, consisting of a blending pattern W1 shown in FIG. 11(a), a lift-up pattern W2 shown in FIG. 11(b), a fixing pattern W3 shown in FIG. 11(c), and a sustained pattern W4 shown in FIG. 11(d). In this embodiment, one cycle is also set to 12.8 seconds.

Here, the four types of square wave AC patterns all have the same waveform as the square wave AC pattern of the first embodiment, and are generated from five types of basic square waves A to E shown in FIGS. 5(a) to 5(e).
The generating unit 16 and the output unit 18 in the cosmetic current application device 10 are configured to output the blending pattern W1, the lifting pattern W2, the fixing pattern W3, and the same sustaining pattern W4 as in the first embodiment in this order, repeating each pattern for multiple cycles. For example, one pattern is continuously repeated for each of four divided periods of the treatment time, and the blending pattern W1, the lifting pattern W2, the fixing pattern W3, and the sustaining pattern W4 are output for the entire treatment time. The treatment time, voltage level, and the like at this time follow the settings previously input to the operation unit 13.

The cosmetic electroconductive system of the third embodiment can be used during treatment in the same manner as in the first embodiment when performing treatment in normal mode with one system.
With this type of cosmetic electroconductive system, the same effects as those of the second embodiment can be obtained.

The first to third embodiments described above can be modified as appropriate within the scope of the present invention.
For example, in the above, an electric glove 33 is used as the electric device 30, but this is not particularly limited, and for example, as shown by virtual lines in Figures 4 and 9, an electric face mask 34 having conductive fibers woven therein and worn on the face of the person to be treated may be connected instead of the electric glove 33.

Examples of the present invention will now be described.
[Example]
Using the first embodiment of the cosmetic electric current device 10 shown in FIG. 4 , electric current was applied to the lower body and torso (shoulders, chest, abdomen, back, and waist) and face simultaneously, and four patterns, namely, a sustained pattern W4, a lift-up pattern W2, a blending pattern W1, and a fixing pattern W3, were repeated throughout the entire body in a treatment performed on a 45-year-old male for 40 minutes once a week for four weeks.
The results of examining the changes in skin samples taken from the abdomen of subjects before the first treatment and after the entire treatment period are shown in Figures 12(a) and (b). Figure 12 shows micrographs of skin in the example, with (a) showing the skin before treatment and (b) showing the skin after treatment.

As a result, the skin after the treatment for a certain period had a darker color indicating collagen fibers in the dermis below the epidermis than the skin before the treatment for a certain period. The color indicates the thickness of the collagen fibers, and it was confirmed that the collagen fibers can be thickened by the treatment using the four square wave AC patterns.
In addition, compared to the skin before the treatment, many papillary layers appeared in the dermis below the epidermis in the skin after the treatment. The papillary layer is known to be the layer that is essential for supplying nutrients from the capillaries to the basal layer cells and for retaining moisture, and it was confirmed that the papillary layer can be increased by treatment using the four square wave AC patterns. From these results, it was expected that the cosmetic effects would be easier to maintain.

[Comparative Example]
Using a device capable of applying an electric current to the lifting pattern W2, blending pattern W1, and fixing pattern W3 similar to that in the examples, an electric glove 32 was placed on the outer corner and inner corner of only one eye, and an electric current was applied repeatedly to the three patterns of the lifting pattern W2, blending pattern W1, and fixing pattern W3. This treatment was performed on a 65-year-old woman for 15 minutes, twice a week, for four weeks.
The results of examining the changes in skin samples taken from the lower eyelid of a subject before the first treatment and after the entire treatment period are shown in Figures 13(a) and (b). Figure 13 shows micrographs of skin of a comparative example taken in the same manner as in the example, with (a) showing the skin before treatment and (b) showing the skin after treatment.

As a result, the density of the colored areas representing collagen fibers in the dermis below the epidermis was darker in the skin after treatment compared to the skin before treatment. The density of the colored areas indicates the thickness of the collagen fibers, and it was confirmed that the collagen fibers can be thickened by treatment using the three square wave AC patterns.
However, little change was observed in the state of the papillary layer in the dermis below the epidermis between the skin before and after the treatment.

REFERENCE SIGNS LIST 10 Cosmetic electrochemical device 11 Control unit 12 Panel unit 13 Operation unit 14 Display unit 15 Storage unit 16 Generation unit 18 Output unit 19 CPU
20 Timer 21 Voltage mode switching unit 22 Conductor 30 Current-carrying tool 31 Current-carrying nonwoven fabric 32 Supporter 33 Current-carrying gloves 34 Current-carrying face mask 40 Vibration tool W1 Blending pattern W2 Lift-up pattern W3 Fixation pattern W4 Sustaining patterns A to E Basic square wave

Claims (8)

A cosmetic electro-current system for applying a weak alternating current of a rectangular wave to the skin to obtain cosmetic effects such as improvement of wrinkles and sagging skin on the outside of the body,
a cosmetic current application device that controls one level of electric potential and the other level of electric potential with respect to a reference electric potential so that the absolute value of the maximum value is constant, and generates a plurality of types of basic rectangular waves by combining pulses with controlled on/off times, and outputs a plurality of types of rectangular wave AC patterns for cosmetic use from the weak AC by combining these basic rectangular waves ; and an electric current application tool that is brought into contact with the skin and applies the weak AC from the cosmetic current application device to the body,
The plurality of types of rectangular wave AC patterns include an adaptation pattern for adapting the weak AC to the body, a lift-up pattern for achieving a lift-up effect on the outer surface of the body, a fixation pattern for achieving the lift-up effect, and a sustainment pattern for sustaining the established lift-up effect ,
the familiarization pattern includes a reference single pattern for outputting one level of potential and another level of potential with respect to the reference potential alternately and continuously once each for a reference time, a reference three-times pattern for outputting the reference single pattern three times in succession, and a pause for maintaining the reference potential;
the lift-up pattern includes a 3.5 times independent pattern which outputs a potential of one level relative to the reference potential for 3.5 times the time, maintains the reference potential for a reference time, and outputs a potential of the other level relative to the reference potential for 3.5 times the time, a 2 times independent pattern which outputs a potential of one level relative to the reference potential for twice the time, maintains the reference potential for twice the time, and outputs a potential of the other level relative to the reference potential for twice the time, and a pause which maintains the reference potential;
the fixing pattern has a 1/4 times twice pattern which outputs a potential of one level with respect to the reference potential for 1/4 time, maintains the reference potential for 1/4 time, outputs the potential of the one level again for 1/4 time, maintains the reference potential for a reference time, outputs a potential of the other level with respect to the reference potential for 1/4 time, maintains the reference potential for 1/4 time, and outputs the potential of the other level again for 1/4 time, a standard twice pattern which outputs a standard independent pattern twice in succession which alternately outputs a potential of one level and a potential of the other level with respect to a reference potential once each for a reference time, and a pause which maintains the reference potential,
The sustained pattern includes a 3.5x single pattern which outputs one level of potential relative to the reference potential for 3.5 times the time, maintains the reference potential for a reference time, and outputs the other level of potential relative to the reference potential for 3.5 times the time, a 2x single pattern which outputs one level of potential relative to the reference potential for twice the time, maintains the reference potential for twice the time, and outputs the other level of potential relative to the reference potential for twice the time, and a pause which maintains the reference potential . 2. The cosmetic electroconductive system according to claim 1, wherein the blending pattern is output in the following order: a 1/4 hour pause, followed by the standard 3-times pattern, a double time pause, the standard 3-times pattern, a double time pause, the standard single pattern, a double time pause, the standard single pattern, a double time pause, the standard single pattern, a double time pause, the standard single pattern, a 7/4 hour pause. 2. The cosmetic electrolysis system according to claim 1, wherein the lift-up pattern is output in the following order: a 5/4 hour pause , followed by the 3.5x single pattern, the 3.5x single pattern, the 2x single pattern, a 2x time pause, the 2x single pattern, and a 3/4 hour pause. The cosmetic electrostatic system according to claim 1, characterized in that the fixing patterns are output in the following order: a 1/4 time pause, then the 1/4 times twice pattern, a double time pause, the 1/4 times twice pattern, a double time pause, the 1/4 times twice pattern, a triple time pause, the standard twice pattern, a double time pause, the 1/4 times twice pattern, a standard time pause, the standard twice pattern, and a 7/4 time pause. 2. The cosmetic electrochemical system according to claim 1, wherein the sustained pattern comprises maintaining the reference potential for 3.5 times the time, outputting a potential of the other level relative to the reference potential once, outputting the 3.5 times single pattern, the 2 times single pattern, and a pause for 3.5 times the time in that order, and then outputting a potential of one level relative to the reference potential and a potential of the other level relative to the reference potential alternately and continuously once for 3.5 times the time, and maintaining the reference potential for 1/2 the time. The cosmetic electroconductive system according to claim 1, further comprising a vibration device that is attached so as to be pressed against the skin and generates vibrations by changing the strength of a vibration motor using a triangular wave output. The cosmetic current application system according to claim 1, characterized in that the cosmetic current application device outputs the blending pattern, the lifting pattern, the fixing pattern, and the sustaining pattern in this order, repeating each pattern for multiple cycles. The device is configured to have a plurality of the energizing devices, and to be able to simultaneously energize weak currents of the same pattern from the plurality of energizing devices in a synchronized manner;
The cosmetic electrostatic system according to claim 1, characterized in that the cosmetic electrostatic device repeats the output of the blending pattern, the lifting pattern, the fixing pattern, and the sustaining pattern once each multiple times.

Images