KR20190114906A - Device for beauty care employing complex electrode pad for beauty care and method thereof - Google Patents

Abstract

An embodiment relates to a composite electrode pad for use in beauty care and a beauty care device using the same. Specifically, the beauty care device and the like form a light source electrode, a low frequency electrode, and a high frequency electrode at different positions corresponding to electric types of the electrode pads used for skin treatment. Thus, the stimulation is collectively performed by a plurality of different electrotherapy treatments desired by the user from each of the electrodes to perform a complex skin treatment through a single electrode pad. Therefore, by applying a combination of high frequency stimulation, low frequency stimulation, and light source through a single beauty care device through the use of the plurality of electrotherapy treatments to deal with fat melting and skin elasticity independently or together to enhance the effect on the skin treatment.

Description

Device for beauty care employing complex electrode pad for beauty care and method

The present disclosure relates to a beauty device and a method used in a beauty device for performing a skin treatment by transmitting a stimulus from an electrical signal such as a high frequency to a skin of a human body when performing a skin treatment of a female or the like.

Unless otherwise indicated herein, the contents described in this section are not prior art to the claims of this application, and inclusion in this section is not admitted to be prior art.

In general, electrotherapy is a field of medical science that diagnoses and treats diseases using electricity such as DC current, AC current, and pulsating current, and is widely used in skin procedures. Electrotherapy is divided into high frequency treatment and low frequency treatment according to the frequency used.

Radio frequency treatment is to generate a high frequency current by applying to the affected part of the human body to generate a deep fever inside the body of the body, active cell division and improve blood circulation and regeneration of damaged tissues. On the other hand, low frequency treatment generates low frequency current and applies it to the affected part of the human body, and massages the skin with muscle contraction and relaxation caused by electrical stimulation and activates cells to promote skin regeneration.

However, in order to receive the conventional high frequency treatment and low frequency treatment, each high frequency beauty device and a low frequency beauty device have to be used separately, so that each device must be provided. And one of the two treatment regimens had to be selectively performed because there was a limit of the effect.

In addition, the conventional high-frequency and low-frequency cosmetic device has a single electrode, and had to be rubbed evenly by moving the magnetic pole portion of the electrode to give an effect evenly over a large area.

Disclosed is, to provide a cosmetic device and a method using a composite electrode pad used in a combination of high frequency treatment, low frequency treatment, light source treatment.

Beauty device using a composite electrode pad used in the cosmetic according to the embodiment,

The light source electrode, the low frequency electrode, and the high frequency electrode are formed at different positions corresponding to the electric types of the electrode pads used for the skin treatment.

Thus, the skin is combined through a single electrode pad by collectively performing stimulation for each of a plurality of different electrotherapy regimes desired by the user from each of these electrodes.

Beauty method using a composite electrode pad used in cosmetics according to another embodiment,

In the electrode pad, a complex electrode pad including a plurality of electrodes of a light source electrode in a central position, a low frequency electrode in an upper and a lower position, and a high frequency electrode in left and right positions corresponding to a plurality of different electrical types is formed.

Therefore, the high frequency generator, the low frequency generator, and the light source generator generate stimuli from the electrodes of the corresponding electric type positions of the composite electrode pads, and characterized in that the complex skin treatment is performed for each electrotherapy regimen.

According to embodiments, a combination of high frequency stimulation, low frequency stimulation, and light source through a single beauty device solves fat melting and skin elasticity by using a plurality of electrotherapy therapies independently or together, thereby improving the effect on skin treatment. do.

1 is a plan view showing a composite electrode pad used in cosmetology according to an embodiment.
2 is a view for explaining the stimulation by the light source electrode according to an embodiment applied to the composite electrode pad of FIG.
Figure 3 is a block diagram showing the configuration of a beauty device according to an embodiment using the composite electrode pad of Figure 1;
Figure 4 is a perspective view of a beauty device according to an embodiment.
Figure 5 is a perspective view of the entire body of the cosmetic apparatus according to an embodiment.
Figure 6 is a perspective view showing the handpiece of the beauty device as a whole.
Figure 7 is a perspective view showing an overall handpiece of the beauty device in accordance with one embodiment.
8 is a flow chart showing in sequence the operation of the composite electrode pad used in cosmetics according to an embodiment.
9 is a flow chart showing in sequence the cosmetic method using a composite electrode pad used in cosmetics according to an embodiment.

Advantages and features of the present disclosure, and methods of accomplishing the same will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings.

However, the present disclosure is not limited to the embodiments disclosed below, but may be implemented in various forms, and the present embodiments are merely provided to complete the disclosure of the present disclosure, and are commonly used in the art to which the present disclosure belongs. It is provided to fully convey the scope of the invention to those skilled in the art, and the present disclosure is defined only by the scope of the claims. Like reference numerals refer to like elements throughout.

In describing the embodiments of the present disclosure, when it is determined that a detailed description of a known function or configuration may unnecessarily obscure the subject matter of the present disclosure, the detailed description thereof will be omitted. The terms to be described below are terms defined in consideration of functions in the embodiments of the present disclosure, which may vary according to a user's or operator's intention or custom. Therefore, the definition should be made based on the contents throughout the specification.

1 is a plan view illustrating a composite electrode pad used in cosmetics according to an embodiment.

As shown in FIG. 1, the electrode pad of one embodiment includes a plurality of light source electrodes 102 and an upper and lower positions of the electrode pad body 101 and the plurality of light source electrodes 102 at the central position of the electrode pad body 101. The low frequency electrode 103 and the high frequency electrode 104 of the left and right positions thereof are included. In this case, the electrode pad of one embodiment is electrotherapy therapy from the light source electrode 102, the low frequency electrode 103, the high frequency electrode 104 of different positions corresponding to the electrical type of the electrode pad body 101 during skin treatment In addition, stimulation is performed collectively and complex skin treatment is performed.

When the electrode pad body 101 is a skin treatment, for example, a skin treatment target is based on the skin to supply a stimulus to the skin, such as a female to be a skin treatment. In this case, the electrode pad body 101 is configured so that when the stimulus is supplied, a plurality of electrodes according to an embodiment are formed to deliver the stimulus from the electrical signal such as high frequency to the skin of the female, etc. Is the basis.

When the magnetic pole of the electrode pad body 101 is supplied with the light source electrode 102, a plurality of light source electrodes 102 are spaced apart from each other by the same distance from the center portion of the electrode pad body 101 to output the LLL according to the input light source control signal. Provides stimulation of the light source at the center of the pad. In addition, the stimulus is provided when the light source electrode 102 has a plurality of LDs 102-a from the central portion of the electrode pad to output the LLL when the stimulus is stimulated. In this case, the plurality of LDs 102-a output LLLs from a matrix shape having a horizontal and vertical arrangement of LDs when LLLs are output. Thus, stimulation of a low level diode (LLD) is effective for skin or the like. Make it a stimulus. In this case, the LLL is a low level laser, when providing a stimulus by the light source according to one embodiment, the preferred value of 600nm ~ 700nm is 658nm, 100mw to act as a light source stimulus by 5mm acting the subcutaneous fat layer. In addition, the LLL forms a temporary pore of the fat cell membrane so that the liquefied fat cells are discharged to the epilepsy in vitro. The principle of this LLL is that when transmitted to the subcutaneous fat layer without any damage, only light energy is transferred into the body to promote collagen remodeling and nerve regeneration. In addition, in this case, the principle of LLL is that the light energy forms pores in the fat cell membrane to emulsify, so the liquefied fat liquid is discharged to the body through metabolism.

The low frequency electrode 103 is installed in pairs from the upper and lower parts of the electrode pad body 101 when the stimulus is supplied by the electrode pad body 101, and outputs the low frequency according to the input low frequency control signal to output the low frequency electrode at the upper and lower parts of the electrode pad. Provides stimulation by medium frequency. In addition, these mid frequencies modulate 4,000 Hz currents to address skin marker resistance, minimizing skin resistance and delivering energy to the fat layer. In addition, when the medium frequency is 3900 ~ 4100Hz, the preferred value is AMF wave current using a modulated medium frequency of 4000Hz, it is used for the treatment of obesity and pain. In addition, the principle of the medium frequency induces contraction of muscles and consumes energy to burn and decompose fat, stimulating nerve cells from middle and low frequencies and activating muscle cells to improve physical therapy and pain improvement. do. In addition, the principle of medium frequency is that when muscle contraction and relaxation, the electrolyte is moved by the potential difference to increase muscle strength, capillary expansion and blood flow, triglycerides are decomposed into fatty acids and glycerol, and energy is consumed through muscle exercise. Burn fat. In addition, the principle of the medium frequency improves the elasticity through muscle contraction in this case.

The high frequency electrode 104 is installed in pairs from the left and right portions of the electrode pad body 101 when the stimulus is supplied by the electrode pad body 101, and outputs a high frequency signal according to an input high frequency control signal to produce the high frequency electrode at the left and right portions of the electrode pad. To provide stimulation by RF. This RF is called the deep heat generated in vivo, and when the body heats due to high frequency stimulation, the fat cells begin to dissolve when the thermal effect is maintained above 41 '.

The electrode pads collectively perform stimulation by electrotherapy therapy from light source electrode 102, low frequency electrode 103, and high frequency electrode 104 at different positions corresponding to the electrical type of electrode pad body 101 during skin treatment. The complex skin procedure was performed with a single electrode pad.

2 is a view for explaining the stimulation of the light source electrode according to an embodiment applied to the composite electrode pad of FIG.

As shown in FIG. 2, the stimulus of the light source electrode according to the embodiment generates an effective stimulus from the light source electrode when the stimulus is generated by the LLL, thereby becoming an stimulus by the efficient light source.

Here, the LDs 102-1, 102-2, 102-3, and 102-4 in the central portion generate a light source from the LLL and irradiate the skin or the like upon stimulation by the light source. When the light source is generated in this way, the virtual line around the LD extends to another part by conducting the light source from the center part.

To this end, when the light source electrode is installed at the central portion of the electrode pad body, the distance from each other of the plurality of light source electrodes is set equal to the LLD light source at the center portion of the electrode pad by setting the same distance according to the LLL's own effective heating area characteristics. Stimulus becomes an effective stimulus.

In this case, when the distance of the light source electrode is set, the distance of the light source electrode is set to 15 mm from each other of the light source electrodes according to the self-heating area characteristics of the LLL to become an effective stimulus by the LLD light source.

In addition, since the LD characteristic has a strong straightness, the penetration depth is deep, but the lateral heating range of the skin is narrow, so that it becomes about 15 mm around the effective heating area irradiation point. At this time, the section of 40 degrees or less which is the fat melting temperature is within 15 mm from the center point of the LLD. In addition, the maximum distance of each LD should not exceed 30 mm so that a specific heating area does not occur.

At this time, when the effective stimulus is a stimulus by the LLD light source, the room temperature 24 and the LLL output is smoothly formed by forming a stimulus from the 40mW state.

On the other hand, the stimulation of the low-frequency electrode according to an embodiment generates an effective stimulus from the low-frequency electrode when the stimulation by the medium frequency becomes an efficient near-stimulation without pain.

To this end, the low frequency electrode described above is configured as follows.

That is, when the low frequency electrode is installed on the upper and lower parts of the electrode pad body, the distance between the pair of electrodes from the pair is set according to the characteristics of the medium frequency self-irradiation section and the electrode area is set according to the skin contact surface resistance characteristic of the medium frequency itself. It is a stimulus.

In this case, the area of the low frequency electrode is set to 8 ~ 14 cm ² from the pair of low frequency electrodes in accordance with the characteristics of the human body's mid-frequency itself when the area is set, the effective near-stimulation without the pain of the medium frequency.

At this time, when the area of the electrode, for example, the ceramic is small, the resistance of the skin contact surface is increased, so that the skin surface is sore that the feeling of pain occurs. On the other hand, if the area is large, the distance between the poles is closer, the near stimulus is lowered.

At this time, when the effective stimulus becomes a low frequency stimulus, the stimulus is smoothly formed by forming the stimulus from the room temperature 24 and the medium frequency 80 level.

On the other hand, the stimulation of the high-frequency electrode according to an embodiment also generates an effective stimulation from the high-frequency electrode when the RF is stimulated, thereby making it an effective muscle stimulus without pain.

To this end, the above-described high frequency electrode is configured as follows.

That is, when the high frequency electrode is installed on the left and right portions of the electrode pad body, the distance between the electrodes from the pair is set according to the RF self-organizing heating volume, and the electrode area is set according to the RF self skin contact surface resistance characteristic so that the high frequency stimulation is pain free. Efficient near-stimulation

In this case, when the distance between the electrodes and the electrode area of the high frequency electrode are set to the distance between the electrodes and the electrode area of the high frequency electrode, 5 cm and 3 cm ² of the pair of high frequency electrodes are set according to the RF self-stimulation characteristics of the human body. Efficient muscle irritation without pain.

In addition, when the distance between the electrodes, for example, RF conductors is 5 cm or more, the tissue heating volume between the conductors becomes wider than the supply energy, and thus it is difficult to reach the target temperature 45. At this time, when the area of the ceramic is small, the resistance of the skin contact surface is increased to generate heat on the skin surface (the ceramic contact portion). If the contact temperature is different from the center temperature between the poles, an error in temperature sensing occurs, which makes it difficult to control the temperature.

At this time, when the effective stimulus becomes a high frequency stimulus, the stimulus is smoothly formed by forming a stimulus from a state of 24 hours at room temperature and RF level of 8 and a procedure time of 10 minutes.

When the effective stimulation according to this embodiment, the specification of each electrode from the above-described light source electrode, low frequency electrode, high frequency electrode as shown in Table 1 to Table 5 it can be seen that such an efficient stimulation experimentally.

Specifically, Table 1 shows the relationship between the distance between the LLL and the LD center reference side temperature, Table 2 shows the relationship between the low-frequency ceramic area and muscle stimulation, and Table 3 shows the low-frequency ceramic It is a figure which shows the relationship between liver distance and muscle stimulus degree.

Table 4 is a diagram showing the relationship between the high-frequency conductor area and temperature, and Table 5 is a diagram showing the relationship between the high-frequency conductor distance and temperature.

First, as shown in Table 1, when the measurement conditions are set to room temperature 24 and the LLL output is set to 40mW, the region of less than 40 degrees of fat melting temperature from the light source electrode is obtained within 14mm from the center point of the LLD LLD light source The stimulus becomes an effective stimulus.

LD center reference side temperature measurement Distance (mm) Temperature (℃) LD center point 45 2 44.7 4 44.2 6 43.9 8 43.6 10 42.4 12 41.0 15 40 17 39 20 36 24 36 25 36

On the other hand, the specification of the light source electrode is obtained when the measurement condition is set to room temperature 24 and the LLL output is 40mW, the LLD light source is obtained 2 ~ 12mm less than 15mm from the center point of the LLD in the section over 40 degrees, the fat melting temperature from the light source electrode The stimulus is not an effective stimulus.

In addition, the specification of the light source electrode is 16 ~ 22mm greater than 15mm from the center point of the LLD in the section where the measurement temperature is set to room temperature 24 and the LLL output is set to 40mW, the fat melting temperature from the light source electrode does not reach 40 degrees It is also not effective stimulus.

In addition, as shown in Tables 2 and 3, the specifications of the low-frequency electrode, when the measurement conditions are set to the room temperature 24 and the medium frequency 80 level, when the area of the ceramic from the low-frequency electrode is small, the resistance of the skin contact surface becomes large to make the skin surface warm I feel pain. On the other hand, when the area of the low frequency electrode is large, the distance between the poles is close, and the near stimulus is reduced. Thus, the AMF output is an effective near-stimulus without pain from the low-frequency electrode when the area of the low-frequency electrode is 800 ~ 1400 mm ² (see Table 2).

Ceramic Area (mm ² ) Muscle stimulation Stinging (pain) 400 △ ○ 500 △ ○ 600 ○ △ 700 ○ △ 800 ○ X 900 ○ X 1000 ○ X 1100 ○ X 1200 ○ X 1300 ○ X 1400 ○ X 1500 △ X

On the other hand, when the AMF output is 1 to 6 cm ² where the area of the low frequency electrode is smaller than 8 to 14 cm ² , there is a near stimulus from the low frequency electrode, but the pain of tingling is felt. In addition, the AMF output drops near the low frequency electrode when the area of the low frequency electrode is 1500 mm ² , which is larger than 8 to 14 cm ² .

In addition, when the measurement conditions are set at room temperature 24, RF 8 level, and procedure time 10 minutes, when the measurement area is small, the resistance of the skin contact surface is increased from the high frequency electrode when the area of the ceramic is small. Heat is generated). On the other hand, in the specification of the high frequency electrode, when the temperature of the contact portion and the center center temperature are different, an error in temperature sensing occurs, which makes it difficult to control temperature. Therefore, the specification of the high frequency electrode is that the effective near-pole stimulation is achieved without pain from the high frequency electrode when the area of the high frequency electrode is 300 mm ² (see Table 3).

Ceramic area mm ² Surface temperature (℃) Center temperature 100 48.4 45.0 200 48.3 45.2 300 46.5 45.4 400 46.4 45.6 500 46.2 45.5

In addition, when the specifications of other high frequency electrodes are the same as the above conditions, when the distance between the RF conductors is 5 cm or more from the high frequency electrodes, the tissue heating volume between the conductors becomes wider than the supply energy, and thus it is difficult to reach the target temperature of 45 degrees. There is this. Therefore, the specification of the other high frequency electrode is that the RF high frequency stimulus becomes an effective near stimulus when the distance between the RF conductors of the high frequency electrode is 5 cm (see Table 4).

Ceramic Street Distance (cm) Temperature (℃) One 45.5 2 45.2 3 45.1 4 45.1 5 45 6 43.4 7 42.2 8 40.7 9 39.3 10 36.2

3 is a block diagram illustrating a configuration of a beauty device according to an embodiment using the composite electrode pad of FIG. 1.

As shown in FIG. 3, the beauty device according to the embodiment includes a key signal input unit 301 and a high frequency generator 302 of RF, a low frequency generator 303 of a medium frequency, a light source generator 304 of an LLL, and electrical types. And a composite electrode pad 305 having electrodes formed thereon. Thus, in this case, the cosmetic device in this case includes a control unit 306 for complex skin treatment by the composite electrode pad 305 for each electrotherapy regimen.

When the key signal input unit 301 performs the skin treatment, the user sets the desired electrotherapy regimen according to the user's key manipulation among the preset high frequency / low frequency / LLL electrotherapy regimens and performs the skin treatment by the desired electrotherapy regimen. This is disclosed.

The high frequency generator 302 is to generate a high frequency from the corresponding RF to generate a stimulus by the high frequency when the high frequency electrotherapy is set by the key signal input unit 301.

When the low frequency electrotherapy is set by the key signal input unit 301, the low frequency generator 303 generates low frequency from a corresponding medium frequency to generate a stimulus caused by the medium frequency.

When the LLL electrotherapy is set by the key signal input unit 301, the light source generator 304 generates a light source from a corresponding LLL to generate a stimulus by the light source.

The complex electrode pad 305 performs a complex skin treatment by collectively performing stimulation by a plurality of different electrotherapy therapies from a plurality of electrodes at positions corresponding to a plurality of different electrical types in the electrode pad. .

The control unit 306 is a high-frequency generator 302, the low-frequency generator 303, the light source generator 304 to stimulate the electrical signal of the composite electrode pad 305 when the therapy of the key signal input unit 301 is set It is generated from electrodes of tangible position and combined skin treatment by electrotherapy.

4 and 5 are views illustrating a beauty device according to an embodiment to which the beauty device of FIG. 3 is actually applied.

Specifically, FIG. 4 is a view illustrating an actual beauty device according to an embodiment to which the beauty device of FIG. 3 is applied, and FIG. 5 illustrates the main body of the beauty device according to an embodiment to which the beauty device of FIG. 3 is applied. Perspective view.

As shown in Figure 4 and 5, the beauty device 100 according to the plurality of users to the composite electrode pad 102 from the charging cradle corresponding to each of the plurality of composite electrode pad when the body 101 is skin treatment Multiple skin procedures are used by the provision of individual independence.

For example, the main body of the beauty device according to an embodiment is such that when a lot of users perform skin treatments one by one or several, the organic arrangement configuration from the body standard type of the hand piece so that many users perform skin treatments together do.

6 and 7 are perspective views showing the handpiece according to the embodiment applied to the main body of the cosmetic device of FIG.

Specifically, FIG. 6 is a handpiece highlighting high frequency and low frequency treatment, and FIG. 7 is a handpiece highlighting light source treatment.

As shown in FIGS. 6 and 7, the handpiece of one embodiment can be configured by varying the electrode configurations 102, 103, 104 of the composite electrode pad from the type of treatment applied in practice during skin treatment. Depending on the type of treatment, skin procedures are performed.

For example, as shown in FIG. 6, the handpiece of one embodiment activates the high frequency electrode 104 and the low frequency electrode 103 from a treatment type such as improving blood circulation or promoting tissue regeneration or skin regeneration during skin treatment. Electric skin treatment is performed.

Alternatively, for example, the handpiece according to the embodiment as shown in FIG. 7 is embossed in the direction of activating the light source electrode 102 from the type of obesity treatment, such as extracorporeal discharge of fat during skin treatment, the skin by the light source It is a procedure.

8 is a flowchart illustrating an operation of a composite electrode pad used in cosmetics in order according to an embodiment.

As shown in FIG. 8, the composite electrode pad used for cosmetology according to an embodiment first forms a light source electrode, a low frequency electrode, and a high frequency electrode at different positions corresponding to electrical types of the electrode pad used for cosmetology in the electrode pad. (S801).

Specifically, when the stimulus is supplied by the electrode pads, a plurality of light source electrodes are spaced apart from each other at the same distance from the center portion of the electrode pads by outputting the LLL according to the input light source control signal to output the LLL to the light source at the center portion of the electrode pad. To provide irritation.

In addition, the low frequency electrode is installed in pairs from the upper and lower portions of the electrode pad when the magnetic pole is supplied by the electrode pad, and outputs the low frequency according to the input low frequency control signal to provide the magnetic pole by the middle frequency at the upper and lower portions of the electrode pad.

In addition, the high-frequency electrode is provided in pairs spaced apart from the left and right portions of the electrode pad when the stimulus is supplied by the electrode pad to output a high frequency according to the input high frequency control signal to provide a stimulus by RF in the left and right portions of the electrode pad.

Then, among the plurality of different electrotherapy therapies to be used for the skin treatment in this state, for example, at least one electrotherapy therapy desired by the user is optionally set among the light source therapy, the low frequency therapy, and the radiofrequency therapy. .

Therefore, the stimulation is collectively performed according to a plurality of different electrotherapy therapies desired by the user from each of the electrodes, thereby performing a complex skin treatment through a single electrode pad (S803).

As described above, in one embodiment, the light source electrode, the low frequency electrode, and the high frequency electrode are formed at different positions corresponding to the electric types of the electrode pads used in the skin treatment.

Thus, the stimulation is collectively performed by a plurality of different electrotherapy therapists desired by each of these electrodes to perform a complex skin treatment through a single electrode pad.

Therefore, by applying a combination of high-frequency stimulation, low-frequency stimulation, light source through a single beauty device through the use of a plurality of electrotherapy treatments independently or together with fat melting and skin elasticity, the effect is improved in the skin treatment.

9 is a flow chart showing in sequence the cosmetic method using a composite electrode pad used in cosmetics according to an embodiment.

As shown in FIG. 9, a cosmetic method using a composite electrode pad used in cosmetics according to an embodiment first forms a composite electrode pad including a plurality of electrodes at positions corresponding to a plurality of different electrical types on the electrode pad. (S901).

Specifically, a composite electrode pad is formed of a light source electrode at a central position, a low frequency electrode at an upper and a lower position, and a high frequency electrode at left and right positions corresponding to the electrical types of the electrode pad used for skin treatment.

Then, in this state, among the plurality of electrotherapy regimens, for example, among the preset high frequency / low frequency / LLL electrotherapy regimen, the user sets a desired electrotherapy regimen (S902).

Therefore, the stimulus is generated from the electrode of the corresponding electric type position of the composite electrode pad in one of the high frequency generator, the low frequency generator, and the light source generator. (S903).

For example, when radiofrequency electrotherapy is set up, the radiofrequency generator is generated from an electrode at a corresponding high frequency position of the composite electrode pad of the stimulus, and the skin is treated with radiofrequency therapy through the single electrode pad.

In another example, when low frequency electrotherapy is established, the low frequency generator is generated from an electrode at a corresponding low frequency position of the composite electrode pad of the stimulus and subjected to a skin treatment with a low frequency therapy through this single electrode pad.

As described above, an embodiment forms a composite electrode pad including a plurality of electrodes of a light source electrode in a central position, a low frequency electrode in an upper and a lower position, and a high frequency electrode in a left and right position corresponding to each of a plurality of different electrical types in an electrode pad.

Thus, in the high frequency generator, the low frequency generator, and the light source generator, the stimulus is generated from the electrode at the position of the corresponding electrical type of the composite electrode pad, and the complex skin treatment is performed for each electrotherapy regimen.

Therefore, by applying a combination of high-frequency stimulation, low-frequency stimulation, light source through this to solve the fat melting and skin elasticity by using a plurality of electrotherapy therapies independently or together to improve the effect on skin treatment.

101: electrode pad body 102: light source electrode
103 low frequency electrode 104 high frequency electrode
201: key signal input unit 202: high frequency generation unit
203: low frequency generator 204: light source generator
205: composite electrode pad 206: control unit

Claims (7)

A key signal input unit configured to set a desired electrotherapy regimen according to a user's key operation among the preset high frequency / low frequency / LLL electrotherapy regimens so as to start the skin procedure by a desired electrotherapy regimen when performing skin treatment;
A high frequency generator configured to generate a high frequency from a corresponding RF to generate a stimulus by the high frequency when the high frequency electrotherapy is set by the key signal input unit;
A low frequency generator for generating a low frequency from a corresponding medium frequency to generate a stimulus by the medium frequency when the low frequency electrotherapy is set by the key signal input unit;
A light source generator for generating a light source from a corresponding LLL to generate a stimulus by the light source when the LLL electrotherapy therapy is set by the key signal input unit;
When performing a skin treatment, a composite electrode pad for performing complex skin treatment by collectively performing stimulation by a plurality of different electrotherapy therapies from a plurality of electrodes at positions corresponding to a plurality of different electrical types in the electrode pad; And
When the electrotherapy regimen of the key signal input unit is set, a stimulus is generated from one of the high frequency generator and the low frequency generator / light source generator from the electrode of the corresponding electrical type position of the composite electrode pad, thereby complexing the skin by electrotherapy. Beauty equipment using a composite electrode pad used in cosmetics comprising a control unit for treatment. The method of claim 1,
The composite electrode pad is
When the skin treatment, the electrode pad body to be a skin treatment based on the supply of stimulation to the skin treatment target;
When the magnetic pole of the electrode pad body is supplied, overlapping spaced apart from each other at the same distance from the center portion of the electrode pad body to output the LLL according to the input light source control signal to provide a magnetic pole by the light source at the center of the electrode pad A plurality of light source electrodes;
A low frequency electrode installed at a distance from the upper and lower parts of the electrode pad body by a pair when the stimulus is supplied by the electrode pad body, and outputting a low frequency according to an input low frequency control signal to provide a stimulus by a medium frequency in the upper and lower parts of the electrode pad; And
When the stimulus is supplied by the electrode pad body is installed in pairs spaced apart from the left and right portions of the electrode pad body to output a high frequency according to the input high frequency control signal to provide a high-frequency electrode in the left and right portions of the electrode pad to provide a stimulation by RF Beauty equipment using a composite electrode pad for use in cosmetics comprising a. The method of claim 2,
The light source electrode,
When installed at the center of the electrode pad body, the distance from each other of the plurality of light source electrodes is set equally according to the LLL's own effective heating area characteristics, so that the stimulation by the LLD light source at the center of the electrode pad is effective. Become,

The low frequency electrode,
When it is installed on the upper and lower parts of the electrode pad body, the electrode area is set according to the skin contact surface resistance characteristic of the medium frequency, so that the stimulation caused by the medium frequency becomes painless and effective muscle stimulation.

The high frequency electrode,
When installed on the left and right portions of the electrode pad body, the distance between the electrodes from the pair is set according to the RF self-heating heating volume and the electrode area is set according to the RF self-skin contact surface resistance characteristics, so that the stimulation caused by high frequency is pain-free. Beauty device using a composite electrode pad used in cosmetics, characterized in that the stimulus. The method of claim 3, wherein
The distance of the light source electrode,
When the distance of the light source electrode is set, an effective stimulus by the LLD light source is set by setting a distance of 30 mm or less and an effective distance of 15 mm from each other.

The distance between the electrodes and the electrode area of the low frequency electrode,
When the distance between the electrodes of the low frequency electrode and the electrode area are set, 6 to 9 cm and 8 to 14 cm ² are set from a pair of low frequency electrodes, thereby making efficient near-stimulation without pain caused by the medium frequency.

The distance between the electrodes and the electrode area of the high frequency electrode,
When the distance between the electrodes and the electrode area of the high frequency electrode is set, 5 cm and 3 cm ² are set from a pair of high frequency electrodes, so that the complex electrode pad used in cosmetics is characterized by efficient muscle stimulation without pain caused by RF. Beauty equipment used. A first step of setting the desired electrotherapy according to the user's key operation among the preset high frequency / low frequency / LLL electrotherapy during the skin treatment to start the skin treatment by the desired electrotherapy;
When the electrotherapy regimen of the first step is set, a complex skin procedure is generated for each of the electrotherapy regimens by generating a stimulus from an electrode of a corresponding electric type position of the complex electrode pad in one of the high frequency generator, the low frequency generator, and the light source generator. Making a second step; And
When the stimulus is generated by the second step, the composite electrode for cosmetic use comprising a third step of generating a stimulation from the corresponding RF, low frequency, high frequency to perform complex skin treatment for each of the electrotherapy regimens Beauty method using a pad. The method of claim 5,
The second step is
When the low-frequency stimulation is to be generated, the composite electrode to be used in cosmetics to generate a stimulation according to the medium frequency from the AMF wave current using a preset 3,900Hz ~ 4100Hz modulated medium frequency to skin treatment of low frequency treatment therapy Beauty method using a pad. The method of claim 5,
The second step is
When the stimulation by the light source is to be generated, using a complex electrode pad used in cosmetics to generate a stimulation according to the light source to generate a stimulation according to the light source from the LLL using a preset 600nm ~ 700nm Beauty method.

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