KR102214521B1 - Device for beauty care employing complex electrode pad for beauty care and method thereof - Google Patents

Abstract

The embodiment relates to a composite electrode pad used for beauty and a beauty device using the same.
Specifically, such a beauty device forms a light source electrode, a low frequency electrode, and a high frequency electrode at different positions corresponding to each type of electrode pad used for skin treatment.
Therefore, it is characterized in that, from each of these electrodes, stimulation is collectively performed for each of a plurality of different electrotherapy regimens desired by the user, and complex skin treatment is performed through a single electrode pad.
Therefore, through this, high-frequency stimulation, low-frequency stimulation, and light source are applied in combination through a single beauty device to solve fat melting and skin elasticity by using multiple electrotherapy treatments independently or together, thereby improving the effect on skin treatment.

Description

TECHNICAL FIELD The device for beauty care employing complex electrode pad for beauty care and method thereof

The content disclosed in the present specification relates to a cosmetic device and a method used in a cosmetic device for performing skin treatment by transmitting stimulation from an electrical signal such as high frequency to the skin of the human body when performing skin treatment for women, etc.

Unless otherwise indicated herein, the content described in this section is 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 direct current, alternating current, and pulsating current, and is widely used in skin procedures. Electrotherapy is classified according to the frequency of use and is divided into high-frequency treatment and low-frequency treatment.

The high-frequency treatment generates deep heat in the skin of the human body by generating a high-frequency current and applying it to the affected part of the human body, and has effects such as improving blood circulation and regeneration of damaged tissues by activating cell division. On the other hand, low-frequency treatment is applied to the affected part of the human body by generating a low low-frequency current. It massages the skin through contraction and relaxation of muscles by electrical stimulation and activates cells to promote skin regeneration.

However, in order to receive a conventional high-frequency treatment and low-frequency treatment, each high-frequency beauty device and low-frequency beauty device must be separately used, so each device has to be provided. And since one of the two treatment regimens had to be selectively performed, there was a limitation in the effectiveness of the treatment.

In addition, since the conventional high-frequency and low-frequency beauty devices have one electrode, the stimulation area of the electrode has to be moved and rubbed evenly in order to give an effect evenly to a large area.

The disclosed contents are intended to provide a cosmetic device and a method using a composite electrode pad used for cosmetic products that perform high-frequency treatment, low-frequency treatment, and light source treatment in combination.

A beauty device using a composite electrode pad used for beauty according to the embodiment,

A light source electrode, a low frequency electrode, and a high frequency electrode are formed at different positions corresponding to each type of electrode pad used for skin treatment.

Therefore, it is characterized in that, from each of these electrodes, stimulation is collectively performed for each of a plurality of different electrotherapy regimens desired by the user, and complex skin treatment is performed through a single electrode pad.

A cosmetic method using a composite electrode pad used for cosmetic according to another embodiment,

In the electrode pad, a composite electrode pad is formed of a plurality of electrodes including a light source electrode at a center position corresponding to a plurality of different electric types, low frequency electrodes at upper and lower positions, and high frequency electrodes at left and right positions.

Thus, the high frequency generator, the low frequency generator, and the light source generator generate stimuli from the electrodes of the corresponding electric type of the composite electrode pad to perform complex skin treatment for each electrotherapy regimen.

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

1 is a plan view showing a composite electrode pad used for beauty according to an embodiment.
2 is a view for explaining stimulation by a 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 showing a beauty device according to an embodiment.
Figure 5 is a perspective view showing the entire body of a beauty device according to an embodiment.
6 is a perspective view showing an overall handpiece of a beauty device according to an embodiment.
Figure 7 is a perspective view showing another handpiece of the beauty device according to an embodiment as a whole.
8 is a flow chart sequentially showing the operation of the composite electrode pad used for beauty according to an embodiment.
9 is a flow chart sequentially showing a cosmetic method using a composite electrode pad used for cosmetic according to an embodiment.

Advantages and features of the present disclosure, and a method of achieving them will become apparent with reference to the embodiments described below in detail together with the accompanying drawings.

However, the present disclosure is not limited to the embodiments disclosed below, but may be implemented in a variety of different forms, and only the present embodiments are intended to complete the disclosure of the present disclosure, and are generally used in the technical field to which the present disclosure pertains. It is provided to fully inform those skilled in the art of the scope of the invention, and the present disclosure is only defined by the scope of the claims. The same reference numerals refer to the same elements throughout the specification.

In describing embodiments of the present disclosure, if it is determined that a detailed description of a known function or configuration may unnecessarily obscure the subject matter of the present disclosure, a detailed description thereof will be omitted. In addition, terms to be described later are terms defined in consideration of functions in an embodiment of the present disclosure and may vary according to the intention or custom of users or operators. Therefore, the definition should be made based on the contents throughout this specification.

1 is a plan view showing a composite electrode pad used for beauty according to an embodiment.

As shown in FIG. 1, the electrode pad of an embodiment includes an electrode pad body 101, a plurality of light source electrodes 102 at a central position of the electrode pad body 101, and upper and lower positions of the electrode pad body 101. It includes a low-frequency electrode 103, and a high-frequency electrode 104 at the left and right positions thereof. In this case, the electrode pad of one embodiment is an electrotherapy treatment from the light source electrode 102, the low-frequency electrode 103, and the high-frequency electrode 104 at different positions corresponding to the electric type of the electrode pad body 101 when performing skin treatment. Each stimulus is performed in an integrated batch and complex skin treatment is performed.

When the skin treatment is performed, the electrode pad body 101 serves as a basis to supply stimulation to the skin of, for example, a woman to be subjected to skin treatment, so that the skin treatment is performed. In this case, the electrode pad body 101 is configured to form a plurality of electrodes according to an embodiment so as to transmit stimulation from an electrical signal such as a high frequency to the skin of a woman, etc. when the stimulation is supplied in this way. It becomes the basis.

When the stimulus of the electrode pad body 101 is supplied, a plurality of the light source electrodes 102 are installed at the same distance from each other from the center 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. Additionally, the light source electrode 102 is provided with a plurality of LDs 102-a from the center of the electrode pad and outputs the LLL when stimulation is performed. And, in this case, when the LLL is output in this way, the plurality of LDs 102-a output the LLL from the matrix shape having the horizontal and vertical arrangement of the LD, so that the stimulation caused by the LLD (Low Level Diode) is effective on the skin. Make it irritating. In this case, the LLL is a low level laser, and when stimulation by a light source according to an embodiment is provided, a preferable value of 600 nm to 700 nm is 658 nm and 100 mw, which is to act as a light source by acting on the subcutaneous fat layer by 5 mm. In addition, the LLL forms a temporary pore in the fat cell membrane, so that the liquefied fat cells are discharged from the body into the stroma. The principle of this LLL is that when transmitted through the subcutaneous fat layer without any damage, only light energy is transferred to the inside of the body to promote collagen remodeling and nerve regeneration. In addition, in this case, the principle of LLL is that light energy forms pores in the fat cell membrane and emulsifies, so that the liquefied fat fluid is discharged from the body through metabolic processes.

The low frequency electrodes 103 are installed pairwise apart from the upper and lower parts of the electrode pad body 101 when stimulus is supplied by the electrode pad body 101 to output low frequencies according to the input low frequency control signal to be output at the upper and lower parts of the electrode pad. Provides stimulation by mid-frequency. In addition, this mid-frequency modulates a 4,000 Hz current to solve the skin-marking resistance, thereby minimizing skin resistance and transferring energy to the fat layer. In addition, such a medium frequency is 3900 ~ 4100Hz, when the preferred value is an AMF wave current using a modulated medium frequency of 4000Hz, it is used for obesity treatment and pain treatment, and through this, the feeling is soft and safe with a wavelength similar to the human brain wave. In addition, this medium-frequency principle induces contractile movement of muscles and consumes energy to burn and decompose fat, stimulate nerve cells from medium and low frequencies and activate muscle cells to improve physical therapy and pain. do. And, the principle of the medium frequency is that when muscle contraction and relaxation, the electrolyte is moved by the potential difference to increase muscle strength, expand capillaries, and increase blood flow, and triglycerides are decomposed into fatty acids and glycerol, and energy is consumed through muscle exercise. Burn fat. And, in addition, the principle of the medium frequency improves elasticity through muscle contraction in this case.

The high-frequency electrodes 104 are spaced apart from the left and right portions of the electrode pad body 101 in pairs when stimulation is supplied by the electrode pad body 101, and output high frequencies according to the input high-frequency control signal to be output from the left and right portions of the electrode pad. It is to provide stimulation by RF. In this RF, the heat generated in the body is called deep heat, and when the body generates heat by itself due to high-frequency stimulation, when it is called bioheat, fat cells start to dissolve when the thermal effect is maintained above 41'.

In the case of skin treatment, the electrode pad collectively performs stimulation for each electrotherapy regimen from the light source electrode 102, the low-frequency electrode 103, and the high-frequency electrode 104 at different positions corresponding to the electric type of the electrode pad body 101. Then, a complex skin treatment is performed with a single electrode pad.

FIG. 2 is a diagram illustrating stimulation of a light source electrode according to an embodiment applied to the composite electrode pad of FIG. 1.

As shown in FIG. 2, when stimulation of the light source electrode according to an embodiment is performed by the LLL, effective stimulation is generated from the light source electrode to become stimulation by an efficient light source.

Here, the LDs 102-1, 102-2, 102-3, and 102-4 in the center generate a light source from the LLL and are irradiated to the skin when stimulating by the light source. In addition, when the light source is generated in this way, the virtual line around the LD conducts the light source from the center and extends to other parts.

To this end, when the light source electrode is installed in the center of the electrode pad body, the distance between the plurality of light source electrodes is set equally according to the characteristics of the LLL's own effective heating area, The stimulation caused by it becomes the effective stimulation.

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

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

At this time, when such an effective stimulation is stimulated by the LLD light source, a magnetic pole is formed from a state of room temperature of 24 and LLL output of 40mW to be smoothly achieved.

On the other hand, the stimulation of the low-frequency electrode according to an embodiment generates effective stimulation from the low-frequency electrode when stimulation by a medium frequency is performed, thereby becoming an efficient muscle stimulation without pain.

To this end, the aforementioned low-frequency electrode is configured as follows.

In other words, when the low-frequency electrodes are installed on the upper and lower portions of the electrode pad body, the distance between the electrodes from the pair is set according to the characteristics of the mid-frequency self-irradiation section, and the electrode area is set according to the skin-contact surface resistance characteristic of the mid-frequency itself. It is stimulating.

In this case, when the area of the low-frequency electrode is set, 8 to 14 cm ² from the pair of low-frequency electrodes is set according to the characteristics of the human body's mid-frequency, so that effective muscle stimulation is performed without pain of the mid-frequency.

At this time, when the area of an electrode, for example, a ceramic, is small, the resistance of the skin contact surface increases, causing the skin surface to become sore that a pain is felt. On the other hand, when the area is large, the distance between the poles becomes close, and the degree of near stimulation decreases.

At this time, when such an effective stimulation becomes a low-frequency stimulation, it is smoothly formed by forming the stimulation from the state of the room temperature 24 and the middle frequency 80 level.

On the other hand, the stimulation of the high-frequency electrode according to an embodiment also generates effective stimulation from the high-frequency electrode when stimulation by RF is performed, resulting in an efficient muscle stimulation without pain.

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

That is, when the high-frequency electrodes are installed on the left and right sides of the electrode pad body, the distance between the electrodes from the pair is set according to the RF's own tissue heating volume, and the electrode area is set according to the RF's own skin contact surface resistance characteristics, so that high-frequency stimulation is painless. It becomes an effective muscle stimulation.

In this case, the inter-electrode distance and electrode area of the high-frequency electrode are set according to the RF self-stimulation characteristics of the human body by setting 5 cm and 3 cm ² from the pair of high-frequency electrodes when the inter-electrode distance and electrode area of the high-frequency electrode are set. It becomes effective muscle stimulation without pain.

In addition, when the distance between electrodes, for example, RF ceramics is 5cm or more apart, the tissue heating volume between the ceramics becomes wider than the supplied energy, making it difficult to reach the target temperature of 45. At this time, if the area of the ceramic is small, the resistance of the skin contact surface is increased and heat is generated on the skin surface (the ceramic contact area). When the temperature of the contact part and the center temperature between the poles are different, an error in temperature sensing occurs, making temperature control difficult.

At this time, such effective stimulation is performed smoothly by forming stimulation from the state of room temperature 24, RF 8 level, and treatment time 10 minutes when high-frequency stimulation is achieved.

When performing efficient stimulation according to such an embodiment, it can be seen that such efficient stimulation is experimentally obtained by obtaining the specifications of each electrode from the above-described light source electrode, low frequency electrode, and high frequency electrode as shown in Tables 1 to 5 below.

Specifically, Table 1 shows the relationship between the distance between the LLLs and the LD center reference side temperature, Table 2 is a diagram showing the relationship between the low-frequency ceramic area and muscle stimulation, and Table 3 is the low-frequency ceramic It is a diagram showing the relationship between the distance and muscle stimulation.

In addition, Table 4 is a diagram showing a relationship between a high-frequency ceramic area and temperature, and Table 5 is a diagram showing a relationship between a high-frequency ceramic distance and temperature.

First, as shown in Table 1, when the measurement conditions are set to room temperature of 24 and LLL output is set to 40mW, the range of the fat melting temperature of 40 degrees or less from the light source electrode is obtained within 14mm from the center of the LLD. The stimulus becomes the 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, when the measurement conditions are set to room temperature 24 and LLL output is 40mW, the specification of the light source electrode is obtained from the LLD light source by obtaining 2 ~ 12mm less than 15mm from the center point of the LLD in the section exceeding the fat melting temperature of 40 degrees from the light source electrode. The stimulation is not an effective stimulation.

In addition, when the measurement conditions are set to room temperature 24 and LLL output is 40mW, the specification of the light source electrode is 16 ~ 22mm above 15mm from the center point of the LLD in the section where the fat melting temperature of 40 degrees from the light source electrode is not reached. It is also not effective stimulation.

In addition, as shown in Tables 2 and 3, when the measurement conditions are set at room temperature 24 and mid-frequency 80 level, when the area of the ceramic from the low-frequency electrode is small, the resistance of the skin contact surface increases, causing the skin surface to become sore. I feel the pain. On the other hand, when the area of the low-frequency electrode is large, the distance between the poles becomes close, and the degree of near stimulation decreases. So, when the AMF output area of the low frequency electrode is 800 ~ 1400 mm ² , efficient muscle stimulation is achieved without pain from the low frequency electrode (see Table 2).

Ceramic cotton work 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, in the AMF output, when the area of the low frequency electrode is 1 to 6 cm ^{2, which} is smaller than 8 to 14 cm ² , there is muscle stimulation from the low frequency electrode, but pain of stinging is felt. And, also when the AMF output of the low frequency electrode surface area is greater than 8 ~ 14 cm ² 1500mm ² days, the muscle stimulation falls from low frequency electrode.

In addition, when the measurement conditions are set to 24 at room temperature and 8 levels for RF, and 10 minutes for treatment time, the specifications of the high-frequency electrode increase, and if the area of the ceramic from the high-frequency electrode is small, the resistance of the skin contact surface from the high-frequency electrode increases. The contact part) generates heat. On the other hand, in the specification of the high-frequency electrode, when the temperature of the contact portion and the center temperature between the poles are different, an error in temperature sensing occurs, making it difficult to control the temperature. Therefore, the specification of the high frequency electrode is that when the area of the high frequency electrode is 300 mm ² , efficient muscle stimulation is achieved without pain from the high frequency electrode (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, if the distance between the RF ceramics from the high-frequency electrode is 5cm or more, the tissue heating volume between the ceramics becomes wider than the supplied energy, making it difficult to reach the target temperature of 45 degrees. There is this. Therefore, the specification of other high frequency electrodes is that when the distance between the RF conductors of the high frequency electrodes is 5 cm, the RF high frequency stimulation becomes effective near stimulation (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 showing the configuration of a beauty device according to an embodiment using the composite electrode pad of FIG.

As shown in Figure 3, the beauty device of one embodiment is a key signal input unit 301, RF high-frequency generator 302, medium-frequency low-frequency generator 303, LLL light source generator 304, by electric type It includes a composite electrode pad 305 in which electrodes are formed at positions. So, in this case, the beauty device of one embodiment includes a control unit 306 for complex skin treatment by the composite electrode pad 305 for each electrotherapy regimen.

When performing skin treatment, the key signal input unit 301 sets the user's desired electrotherapy treatment according to the user's key operation among preset high-frequency/low-frequency/LLL electrotherapy treatments and performs skin treatment by the user's desired electrotherapy treatment. Is initiated.

The high frequency generation unit 302 generates a high frequency from a corresponding RF when a high frequency electrotherapy therapy is set by the key signal input unit 301 so that stimulation by the high frequency is generated.

The low frequency generator 303 generates a low frequency from a corresponding middle frequency when a low frequency electrotherapy is set by the key signal input unit 301 to generate stimulation by the middle frequency.

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

When performing a skin treatment, the composite electrode pad 305 collectively performs stimulation for each of a plurality of different electrotherapy regimens from a plurality of electrodes at positions corresponding to a plurality of different electrical types on the electrode pad to perform skin treatment in a complex manner. .

When the treatment regimen of the key signal input unit 301 is set, the control unit 306 applies stimulation from the high frequency generation unit 302, the low frequency generation unit 303, and the light source generation unit 304 to corresponding electricity of the composite electrode pad 305. It is generated from the electrode in the tangible position and is subjected to complex skin treatment by electrotherapy.

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

Specifically, FIG. 4 is a view showing an actual beauty device according to an embodiment to which the beauty device of FIG. 3 is applied, and FIG. 5 is a general view of the body of the beauty device according to an embodiment to which the beauty device of FIG. 3 is applied. It is a perspective view.

As shown in FIGS. 4 and 5, when the body 101 performs a skin treatment, the beauty device 100 transfers the composite electrode pad 102 from the charging mount corresponding to each of the plurality of composite electrode pads according to a plurality of users. Multiple skin treatments are performed using individual independent provisions.

For example, the body of the beauty device according to an embodiment is organically arranged from the body standard type of the handpiece when so many users perform skin treatments by one or several people so that many users perform skin treatments together. do.

6 and 7 are perspective views illustrating a handpiece according to an embodiment applied to the body of the beauty device of FIG. 5 as a whole.

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

As shown in FIGS. 6 and 7, the handpiece of one embodiment sets the electrode configurations 102, 103 and 104 of the composite electrode pad differently from the type of treatment that is actually applied in the field during skin treatment, Depending on the type of treatment, skin treatment is performed.

For example, as shown in FIG. 6, the handpiece of one embodiment highlights by activating the high-frequency electrode 104 and the low-frequency electrode 103 from treatment types such as improving blood circulation or promoting tissue regeneration or skin regeneration during skin treatment. The skin is treated by itself.

Or, for another example, as shown in FIG. 7, the handpiece according to an embodiment emphasizes the direction of activating the light source electrode 102 from the type of obesity treatment such as extracorporeal discharge of fat when performing a skin treatment. It becomes a procedure.

8 is a flow chart sequentially showing the operation of a composite electrode pad used for beauty according to an embodiment.

As shown in FIG. 8, the composite electrode pad used for cosmetic treatment according to an embodiment first forms a light source electrode, a low-frequency electrode, and a high-frequency electrode at different positions corresponding to each electric type of the electrode pad used for cosmetic treatment in the electrode pad. Do (S801).

Specifically, when the stimulus is supplied by the electrode pad, a plurality of light source electrodes are installed overlapping and spaced apart from each other at the same distance from the central part of the electrode pad to output the LLL according to the input light source control signal to the light source at the center part of the electrode pad. By providing stimulation.

In addition, when stimulation is supplied by the electrode pad, the low frequency electrodes are installed pairwise apart from the upper and lower portions of the electrode pad, and output low frequencies according to the input low frequency control signal to provide stimulation by the medium frequency at the upper and lower portions of the electrode pad.

In addition, the high-frequency electrodes are installed pairwise apart from the left and right portions of the electrode pad when stimulation is supplied by the electrode pad, and output high-frequency waves according to the input high-frequency control signal to provide stimulation by RF at the left and right portions of the electrode pad.

Then, in this state, among a plurality of different electrotherapy regimens to be used for skin treatment, for example, light source therapy, low frequency therapy, and high frequency therapy are selectively set at least one electrotherapy therapy desired by the user (S802). .

Thus, accordingly, stimulation is collectively performed for each of a plurality of different electrotherapy regimens desired by the user from each of the electrodes described above, and complex skin treatment is performed 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 each electric type of the electrode pad used for skin treatment.

Thus, stimulation is performed collectively for each of a number of different electrotherapy regimens desired by the user from each of these electrodes, and complex skin treatments are performed through a single electrode pad.

Therefore, through this, high-frequency stimulation, low-frequency stimulation, and light source are applied in combination through a single beauty device to solve fat melting and skin elasticity by using multiple electrotherapy treatments independently or together, thereby improving the effect on skin treatment.

9 is a flow chart sequentially showing a cosmetic method using a composite electrode pad used for cosmetic according to an embodiment.

As shown in FIG. 9, in the cosmetic method using a composite electrode pad used for cosmetic treatment according to an embodiment, first, a composite electrode pad consisting of a plurality of electrodes at positions corresponding to a plurality of different electric types is formed in the electrode pad. (S901).

Specifically, a composite electrode pad composed of a light source electrode at a center position corresponding to the electric type of electrode pads used for skin treatment, low frequency electrodes at upper and lower positions, and high frequency electrodes at left and right positions is formed.

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

Accordingly, in one of the high-frequency generation unit, the low-frequency generation unit, and the light source generation unit, stimulation is generated from the electrode at the corresponding electric type position of the complex electrode pad, and a combination skin treatment is performed for each electrotherapy regimen through a single electrode pad. (S903).

For example, when a high-frequency electrotherapy therapy is set, a skin treatment is performed with a high-frequency treatment therapy through a single electrode pad that is generated from an electrode at a corresponding high-frequency position of a composite electrode pad of stimulation in the high-frequency generating unit.

For another example, when a low-frequency electrotherapy regimen is set, a skin treatment is performed as a low-frequency treatment therapy through such a single electrode pad, generated from an electrode at a corresponding low-frequency position of the stimulus composite electrode pad in the low-frequency generator.

As described above, according to an exemplary embodiment, in the electrode pad, a composite electrode pad including a light source electrode at a center position corresponding to a plurality of different electric types, a low frequency electrode at upper and lower positions, and a plurality of high frequency electrodes at left and right positions is formed.

Therefore, in the high-frequency generator, the low-frequency generator, and the light source generator, stimulation is generated from the electrodes of the corresponding electric type of the composite electrode pad, and a complex skin treatment is performed for each electrotherapy regimen.

Therefore, through this, high-frequency stimulation, low-frequency stimulation, and a light source are applied in combination to resolve fat melting and skin elasticity by using multiple electrotherapy regimens independently or together, thereby improving 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 generator
203: low frequency generator 204: light source generator
205: composite electrode pad 206: control unit

Claims (7)

As a beauty device using a composite electrode pad used for beauty,
When performing skin treatment, among preset high-frequency/low-frequency/LLL (Low Level Laser) electrotherapy regimens, the user sets at least one electrotherapy regimen desired by the user according to the user's key operation and performs skin treatment by the user's desired electrotherapy regimen. A key signal input unit to be started;
A high frequency generator configured to generate a high frequency from a corresponding RF when a high frequency electrotherapy therapy is set by the key signal input unit to generate stimulation by the high frequency;
A low frequency generator configured to generate a low frequency from a corresponding medium frequency to generate stimulation by the medium frequency when a low frequency electrotherapy regimen is set by the key signal input unit;
A light source generator configured to generate a light source from a corresponding LLL when the LLL electrotherapy regimen is set by the key signal input unit to generate stimulation by the light source;
A complex electrode pad for performing skin treatment in combination by collectively performing stimulation for each of a plurality of different electrotherapy regimens from a plurality of electrodes at positions corresponding to a plurality of different electrical types in the electrode pad when performing skin treatment; And
When at least one electrotherapy regimen is set, at least one of the high-frequency generator, the low-frequency generator, and the light source generator generates a stimulus from an electrode at a corresponding electric type position of the composite electrode pad, and the electrotherapy treatment A control unit that performs complex skin treatment separately; Including,
The composite electrode pad,
An electrode pad body that is a basis for supplying stimulation to a skin treatment target;
It is located at the center of the electrode pad body, and is spaced apart from each other by a distance that generates an effective stimulus by the LLD (Low Level Diode) light source according to the characteristics of the LLL's own effective heating area at the same distance, according to the input light source control signal. A plurality of light source electrodes outputting the LLL to provide effective stimulation by the LLD light source;
A low-frequency electrode, which is located at the upper and lower portions of the electrode pad body, the distance between the electrodes is set according to the characteristics of the medium frequency self-irradiation section, and the electrode area is set according to the characteristics of the skin contact surface resistance of the medium frequency itself;
A high-frequency electrode, which is located on the left and right portions of the electrode pad body, the distance between the electrodes is set according to the RF's own tissue heating volume, and the electrode area is set according to the RF's own skin contact surface resistance characteristic; It characterized in that it comprises a, cosmetic device using a composite electrode pad used for beauty.
delete delete The method of claim 1,
The distance of the light source electrode is,
When the distance of the light source electrodes is set, a distance of 30 mm or less and an effective distance of 15 mm from each other of the light source electrodes are set to become effective stimulation by the LLD light source,

The inter-electrode distance and electrode area of the low-frequency electrode are,
When the inter-electrode distance and electrode area of the low-frequency electrode are set, 6 to 9 cm and 8 to 14 cm ² are set from the pair of low-frequency electrodes to become an efficient myostimulation without pain caused by the medium frequency,

The inter-electrode distance and electrode area of the high-frequency electrode are,
When the inter-electrode distance and electrode area of the high-frequency electrode are set, 5cm and 3cm ² are set from a pair of high-frequency electrodes to provide effective near stimulation without pain by RF. Used beauty equipment. As a cosmetic method using a composite electrode pad used for cosmetic,
The composite electrode pad,
An electrode pad body that is a basis for supplying stimulation to a skin treatment target;
It is located at the center of the electrode pad body, and is the same distance, which is a distance that generates an effective stimulus by the LLD (Low Level Diode) light source according to the characteristics of the effective heating area of the LLL (Low Level Laser). A plurality of light source electrodes outputting an LLL according to a light source control signal to provide an effective stimulation by the LLD light source;
A low-frequency electrode, which is located at the upper and lower portions of the electrode pad body, the distance between the electrodes is set according to the characteristics of the medium frequency self-irradiation section, and the electrode area is set according to the characteristics of the skin contact surface resistance of the medium frequency itself;
A high-frequency electrode, which is located on the left and right portions of the electrode pad body, the distance between the electrodes is set according to the RF's own tissue heating volume, and the electrode area is set according to the RF's own skin contact surface resistance characteristic; Including,
The above method,
When performing skin treatment, among the preset high-frequency/low-frequency/LLL electrotherapy regimens, the user sets at least one electrotherapy regimen desired by the user according to the user's key operation, so that the skin treatment is initiated by the user's desired electrotherapy regimen. The first step;
When at least one of the electrotherapy regimens in the first step is set, a stimulus is generated from at least one of a high frequency generator, a low frequency generator, and a light source generator from an electrode at a position of a corresponding electric type of the composite electrode pad. A second step of performing complex skin treatment for each electrotherapy regimen; And
When the stimulation is to be generated by the second step, a third step of performing complex skin treatment for each electrotherapy regimen by generating stimulation from at least one of a corresponding light source, low frequency, and high frequency. Beauty method using a composite electrode pad used for The method of claim 5,
The second step
When the stimulation by the low frequency is to be generated, a combination electrode used in beauty, characterized in that the stimulus according to the medium frequency is generated from the AMF wave current using a preset 3,900 Hz to 4100 Hz modulated medium frequency to perform the skin treatment of the low frequency treatment therapy. Beauty method using a pad. The method of claim 5,
The second step
When the stimulation by the light source is to be generated, the stimulation from the LLL using a preset 600nm ~ 700nm is generated according to the light source to perform skin treatment of the light source therapy. Beauty method.

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