KR20100082140A - Radio frequency treater - Google Patents

Abstract

PURPOSE: A treating device using high frequency is provided to prevent the loss of energy due to reflection or a scattering effect when a droop skin is treated using the high frequency and to enable a user to conveniently get treatment without a scar. CONSTITUTION: A treating device using high frequency comprises: a key input unit(188); a foot switch input unit(190) transferring a foot switch signal; a color LCD(184); EEPROM(182) which is connected to an LCD controller(180); a plate connection alarm display unit; an RF leakage alarm display unit, a buzzer generating alarms sound with display of an over power alarm display unit; a timer; a pulse output unit(142); a frequency output unit(144); a power output unit(172); a pulse frequency control unit(140); a power amplification unit(170); a power switching unit(150); an over power error detector(160); a plate error detector(113) which is electrically connected to a plate(230); a leakage current error detector(112); and a main control unit(110).

Description

Radio frequency treatment device {RADIO FREQUENCY TREATER}

The present invention relates to a radiofrequency therapy device, and more particularly, to a radiofrequency therapy device in which a special waveform of pulses improves the activity of collagen and elastin in the dermal layer of the skin to improve fundamental skin problems.

Korean patent registration number (No. 10-0715343, high frequency electric electrode therapy device) has been disclosed as a prior art in this field.

That is, FIG. 1 is a block diagram of the conventional high frequency electric electrode therapy apparatus. Referring to FIG. 1, the conventional high frequency electric electrode therapy apparatus constantly adjusts the amount of high frequency generation even if a difference in the commercial power source (AC 220V) occurs. It increases the output of high frequency generated when the ceramics touches the human body and reduces the output of high frequency generated when the ceramics fall from the human body while improving the problem that causes side effects of burns or electrotherapy to the operator and the subject. It is disclosed for the purpose of increasing the electrical stability.

The conventional high frequency electric electrode treatment apparatus includes a power supply unit 10, a high frequency generation unit 20, and a main controller 30. The power supply unit 10 smoothes the commercial power of AC 220V and then to the driving voltage of DC, the DC smoothing unit 11 to smooth the commercial power to the driving voltage of DC, and the DC smoothing unit 11 It includes a voltage controller 12 for controlling the operation of. The high frequency generator 20 generates a high frequency according to the driving voltage of the DC smoothed by the power supply unit 10 and then outputs the high frequency to the plate 1 and the conductor 2, the frequency generating controller 21, The driving switch unit 22, the high voltage transformer 23, the ceramic output unit 24, and the output amount detection unit 25 is included. The frequency generation controller 21 outputs a signal for generating a constant frequency so that a high frequency output amount of high frequency is adjusted according to the output driving signal of the main controller 30, and is composed of a microprocessor (CPU1), and the micro The processor is equipped with a program for outputting a control signal for controlling the output amount so that high frequency generation of high frequency is kept constant. The driving switching unit 22 is operated to drive the high voltage transformer 23 according to the signal output from the frequency generation controller 21, and the IGBT (S) to stably drive the high voltage transformer 23. Insulated Gate Bipolar Transistor). The high voltage transformer 23 is configured to drive according to the operation of the drive switching unit 22 to induce a high frequency of a high frequency to the secondary side, and the ceramic output unit 24 is the secondary side of the high voltage transformer 23. It is configured to output the high frequency of the high frequency induced by the conductor 2 and the plate 1.

The output amount detecting unit 25 is configured to detect the output amount when a high frequency of high frequency is output from the ceramic output unit 24 to the ceramics 2 and then output it to the main controller 30. The main controller 30 generates a high frequency according to the driving voltage of the DC smoothed by the power supply unit 10 and outputs the high frequency to the plate 1 and the ceramics 2, and is composed of a microprocessor (CPU1). In the microprocessor, a pulse width modulation (PWM) for controlling the high frequency output from the conductor 2 according to whether the conductor 2 is attached to the human body in a state in which the high frequency output is fed back from the high frequency generator 20. A power supply control signal of the power supply unit 10 is outputted to the power supply unit 10, and a program for outputting an output drive signal for adjusting the high frequency output amount is mounted on the high frequency generator 20. In addition, when the ceramic is separated from the human body, the departure state is detected by the detection unit, the detected signal is to be transmitted to the main controller 30, accordingly, the main controller 30 to the detection signal According to the control unit further comprises a component for informing the operator of the departure state of the ceramic (2). In this case, the display unit is a beep sound output unit for generating a buzzer sound so as to inform the operator audibly when the detachment of the ceramic 2, or when the detachment of the ceramic 2 is made flashing operation so that the operator can visually recognize this -Optionally configure the segment display or apply the beep output and the 7-segment display at the same time.

However, the conventional high-frequency electric electrode treatment device as described above is not able to provide various types of frequencies, especially because the operator cannot adjust the frequency, so that the procedure is uniformly timed, so that the treatment effect is doubtful as well as different skin characteristics for each person. Since the treatment is not performed at all and only one frequency is uniformly performed, there is a problem that the treatment effect is limited.

The present invention has been made to improve the conventional problems as described above, the object of the present invention is to provide a high-frequency therapy device that can be varied in the selection of the waveform and excellent in effects such as wrinkle improvement and stretch marks removal.

In order to achieve the above object, a high frequency therapy apparatus according to an embodiment of the present invention includes a key input unit for transferring a mode type selection, a pulse type selection, and an input signal for selecting pulse power, pulse time, and pulse frequency; In case of selecting the footswitch input unit which transmits the footswitch signal which is input while the switch is connected, the color LCD displaying various mode states on the main screen, mode type selection, pulse type selection and pulse power, pulse time and pulse frequency. A program for processing a corresponding signal and displaying a corresponding screen is stored and connected to an LCD controller for driving the color LCD, warning information, that is, a plate connection alarm. With display part, RF leakage current alarm part, and over power alarm part A buzzer for generating an alarm sound, a timer for counting time by selecting a pulse time of the key input unit, a pulse output unit for generating a specific pulse according to an input signal of the key input unit, and an input of the key input unit Frequency output unit for generating a specific frequency according to the signal, Power output unit for generating a specific power in accordance with the input signal of the key input unit, Pulse for adjusting the pulse frequency in accordance with signals from the pulse output unit and the frequency output unit A frequency adjusting unit, a power amplifying unit for amplifying the power output to the power output unit, and a power switching unit for switching the power from the power amplifying unit and outputting the pulse frequency adjusted to the pulse frequency adjusting unit to output the probe; And an overpower error detection unit connected to the power switching unit to detect overpower, and electrically connected to the plate. And the probe error detection unit for detecting a failure, comprising a main processor for controlling the leakage current detection error, and the overall device to pass to detect a leakage current is characterized.

Preferably, the pulse type is a single pulse emitted by the power output only while stepping on the continuous pulse footswitch that is continuously radiated by the pre-installed power when stepping on the scaffold, the pre-installed frequency when stepping on the footswitch The continuous pulse is emitted by means of the 50% power average displayed in the and "POWER" displays, and the smaller the frequency repetition of the pulse, the smaller the emission of heat, and the pre-set continuous time, frequency, Characterized in that it comprises an impact pulse continuously emitted by the power.

Also preferably, the electrical rating is rated power: AC 220V, rated frequency: 60Hz, power consumption: 300W, output waveform is high frequency, modulation frequency is Modulation Frequency Wide I: 7KHz, Wide II: 400Hz, Deep Ⅰ: 400Hz, Deep II: 200Hz, Carrier Frequency is Unipolar 1.79MHz, Pulse Frequency 1 ～ 99Hz (Repeat Pulse), Output Frequency (Output Frequency): 1.79MHz, Maximum Output Current: 335mA (rms) / Deep I, 200W Continuous Mode, Maximum Output Voltage is 1.84KVp-p / Wide I, 200W continuous mode, Modulation Frequency output waveform is Wide I: 7KHz, Wide II: 400KHz, Deep Ⅰ: 400Hz, Deep Ⅱ: 200Hz, Carrier Frequency (Unipolar) 1.79MHz And a gong.

According to the radiofrequency treatment device according to the present invention as described above, the special waveform has the effect of preventing the loss of energy, such as reflection or scattering effect during the radiofrequency treatment around the sagging skin.

According to the present invention, it is possible to receive daily life immediately after the procedure without leaving a scar.

In addition, it is effective in resolving the prominence of the fat under the eye, and it is effective in the treatment of recessed acne scars, and it is also helpful in resolving the wrinkles of the neck, which is difficult to solve by lifting the sagging face. In addition, it is effective in removing stretch marks, acne, wrinkles, skin elasticity, and other atopic symptoms. In addition, there is an effect of relieving blood circulation or pain by using the radiofrequency treatment device according to the present invention.

In addition, the high-frequency treatment device according to the present invention is a pencil type (see Fig. 18) is smaller in size than other companies' products, so it is easy to use and does not burn during use and acts on narrow areas of the skin, and thus has an excellent effect on removing fine wrinkles. have. In other words, by using the radiofrequency treatment device according to the present invention, the stretch marks are finely removed. This is because the shape of the treatment device is in the form of a pencil, so that energy is evenly penetrated into the skin.

Hereinafter, with reference to the accompanying drawings for the radiofrequency treatment device according to the present invention configured as described above in detail.

Figure 2 is a schematic external perspective view of the radiofrequency treatment device according to the present invention, Figure 3 is a view showing the back of Figure 2, Figure 4 is a view showing a panel with a front main screen of Figure 2, Figure 5 is a front view Figure 6 is a view showing the support and the receiving unit, Figure 6 is a view showing the panel portion of Figure 4 in detail, Figure 7 is a view showing in detail the back of the main body of Figure 2, Figure 8 is a front of the panel portion in the radiofrequency treatment device according to the present invention 9 is a view showing in detail an example of the main screen, Figure 9 is a view showing in detail an example of an operation button, a display screen and a functional description for selecting / performing the electrode mode of the front main screen of the panel unit in the high frequency treatment apparatus according to the present invention, FIG. 10 is a view illustrating an operation button, a display screen, and a function for selecting / performing a wide operation mode of a front main screen of a panel unit in a high frequency therapy apparatus according to the present invention. 11 is a view illustrating in detail an example of an operation button, a display screen, and a functional description for selecting / executing a soft electrode mode of a front main screen of a panel unit in a high frequency treatment apparatus according to the present invention. 12 is a view showing in detail an example of an operation button, a display screen, and a functional description for selecting / performing the pulse shape mode of the front main screen of the panel unit in the radiofrequency therapy apparatus according to the present invention, and FIG. Examples of output pulses appearing in the case of selecting the pulse shape mode of the front panel main screen of the panel in detail, Figure 14 is a kind of guide messages and warning information provided on the front panel main screen of the radio frequency treatment device according to the present invention Is a view showing an example of a display screen and a description of the function in detail, FIG. FIG. 16 is a view sequentially showing an example of an operation procedure in the radiofrequency treatment device according to the present invention. FIG. 16 is a view showing an example of an actual facial treatment site using the radiofrequency treatment device according to the present invention in detail. FIG. 17 is a view of the radiofrequency treatment device according to the present invention. Figure 1 is a view showing in detail one example of the electrode (tip) of the components, Figure 18 is a view showing an example of the electrode (probe) of the components of the radiofrequency treatment device according to the present invention, Figure 19 is a plate of the components of the radiofrequency treatment device according to the present invention 20 is a view showing an example of the electrode, Figure 20 is a view showing an example of the foot switch of the components of the radiofrequency treatment device according to the present invention, Figure 21 is a view showing an example of a belt of the components of the radiofrequency treatment device according to the present invention, 22 is a view showing the output plug cord (power supply AC cord) of the components of the radiofrequency treatment device according to the present invention, Figure 23 A view showing the configuration of an internal block diagram of a high-frequency electric therapy apparatus according to the invention.

2 to 5, the radiofrequency treatment device 100 according to the present invention has a rectangular box-shaped body, and is supported by a support having a receiving unit 102. The body includes a front portion 103 having a panel portion 120, a foot switch (see FIG. 21), and a rear portion 105 to which a power cord (see FIG. 23) is connected.

Inside the body, various electronic circuits (see FIG. 24) and a board in which a program is embedded are installed. The panel unit 120 of the front part 103 of the body is provided with various displays for displaying the current operating state of the device for the user to see. In addition, the touch unit for the interface is provided so that the user can select various functions.

6 to 14, a probe having an electrode (tip) 251-256 (see 251a-256a of FIG. 17 and 257a-257g of FIG. 19) fitted to the front main screen of the panel unit 120 ( Probe connection terminal portion 121a to which the connector 244 of 242 is connected, a connection terminal portion to which an electrode for skin treatment of the user is connected, and a connection terminal portion 121d to which a plate electrode is connected are provided, and a main menu screen ( 122, polarity mode 122-1, wide operation mode 122-2, 122-3, soft operation mode 122-4, 122-5, pulse form 122-7, The pulse graph 122-8, pulse time 122-9, pulse frequency 122-10, guidance message 122-6, and the like are displayed.

Function buttons are provided at both sides of the main menu screen 122 of the panel unit 120, and on the right side, a pulse mode selection button 129a, a pulse duration selection button 127a and 127b, and a pulse frequency selection button ( 128a, 128b are provided, and on the left side, the polarity mode selection button 129b, the wide mode selection button 129c, the wide mode power selection buttons 129g and 129h, the soft mode selection button 129d, and the soft mode power selection button 129e and 129f, an overpower alarm display unit 124, an RF leakage current alarm display unit 125, and a plate connection alarm display unit 126 are provided.

On the other hand, the portion specified as a button in the above may be specified as a touch part (touch part) for selecting a function partitioned on the touch panel.

The high frequency treatment device 100 according to the present invention is also called a medical high frequency stimulator for the purpose of alleviating pain by mounting a plate electrode and a tip electrode on the skin surface to allow high frequency current to flow through the human body. An oscillator, an amplifier, Consists of output regulator, LCD display, input, power supply, safety device and electrical connections.

The high frequency treatment device 100 according to the present invention has a function of Deep (narrow area, deep current) and Wide (wide area, deep current). Power can be determined, and since it has four pulse waveform functions of continuous pulse mode, single pulse mode, repetitive pulse mode, and impact pulse mode, various procedures for each part and symptom are possible (FIG. 12). Reference).

Also, a Plate Alarm (probably caused by a poorly connected probe or plate, or when the plate is not in contact with the human body), or an RF Leakage Alarm (RF leakage current) Occurs when a warning alarm of over power alarm (when a higher power is output than the set power) is installed to warn against incomplete operation ( See FIG. 14).

The special waveform of the radiofrequency treatment device according to the present invention prevents the loss of energy due to the reflection or scattering effect during the radiofrequency treatment around the sagging skin.

In addition, the time of the output pulse and the output energy can be set as desired.

In addition, according to the customer's style and skin type, each part can be designed directly by a specialist.

In addition, it is possible to use while adjusting the amount of energy, even the smallest part, such as around the eyes can be performed.

In addition, the special pulse of the radiofrequency treatment device according to the present invention does not burn the skin temperature does not rise rapidly.

How to use the radio frequency treatment device 100 according to the present invention is as follows.

Make sure all connectors (power plugs, foot switches, probes, tips, etc.) are properly connected to the correct location.

Be sure to remove all electrically conductive objects (metal accessories, etc.) as well as those who are performing the procedure.

Persons who fall under the following conditions should avoid the procedure.

People with heart problems or those who wear a cardiac pacemaker

- pregnant woman

Fever

-Infectious diseases

-Risk of bleeding

-Weak or difficult to communicate

-Skin disease tuberculosis

-When other specialists (doctors) are deemed inappropriate (for patients with metallic material inside the body, it is desirable to perform the procedure in advance).

In addition, the switch's connection status, polarity, and input data settings should be checked to ensure correct operation of the device.

Also, make sure that the earth is completely connected.

When using the radiofrequency treatment device according to the present invention, first, care should be taken not to exceed the time required for diagnosis and use of the device, and should be monitored that there is no abnormality in the overall device and the patient, and when abnormality is found in the overall device and the patient. Appropriate measures should be taken, such as stopping the device from working in a safe state. In addition, the device should not be used by persons without skill. In addition, when installing or removing the cord, etc., do not force the product at once. Also, avoid peeling wires from touching your skin.

As an example of the specification of the radiofrequency treatment device according to the present invention, first, the electrical rating is rated power: AC 220V, rated frequency: 60Hz, power consumption: 300W. In output characteristics, output waveform: high frequency, frequency used first, Modulation Frequency is Wide I: 7KHz, Wide II: 400Hz, Deep Ⅰ: 400Hz, Deep II: 200Hz, Carrier Frequency is Unipolar 1.79MHz, Pulse Frequency is 1-99Hz (Repeat Pulse), and Output Frequency (OutputMHzFrequency): 1.79MHz. In addition, the maximum output current: 335mA (rms) / Deep I, 200W, the maximum output voltage is 1.84KVp-p / Wide I, 200W continuous mode. Modulation Frequency Output waveform is Wide Ⅰ: 7KHz, Wide Ⅱ: 400KHz, Deep Ⅰ: 400Hz, Deep Ⅱ: 200Hz, and Carrier Frequency is Uni Unipolar 1.79MHz.

To use the radiofrequency therapy device according to the present invention, first, connect the power cord of the device to a power outlet, the device is connected to a grounded outlet. When the power switch is pressed, the light inside the switch turns ON and lights. Check if there are any accessories corresponding to the intended use. Check that the accessories, etc. corresponding to the intended use are clean. (Tip electrode plate electrode is sterilized every time with alcohol etc.). Select a tip according to the intended use and connect it to the probe electrode. Connect the plate electrode and probe electrode to the correct connector.

Thereafter, a tip electrode is connected to the output plug connector. Thereafter, the jack of the output cord is connected to the output connector of the main body. Thereafter, a plate electrode is attached to the back of the body. Looking at the menu screen of the LCD screen, select the mode you want to use as 8 modes (2 types: uni, dual) and each mode (DeepI, DeepII, WideI, WideII). Also set the power (intensity) to be used. Then, look at the menu screen of the LCD screen and select the continuous, single, repeat, impact pulse in the output pulse mode (OUTPUT PULSE mode). Adjust the pulse duration in the TIME mode and the pulse frequency in the Frequency mode. The operation is then started using the foot switch.

The method of using the radio frequency treatment device 100 according to the present invention evenly cleans the face of the person who receives the procedure and then evenly apply a sufficient amount using a moisture gel. Then hold the electrode tip in your hand and press the left wide foot switch while rubbing the person's face. At this time, be sure to put the tip against the body part and use the foot switch to pass through the electrode, and also remove the foot from the foot switch before removing the electrode tip from the face. Afterwards, use a wide rub to widen the first time, gradually raising the heat. Afterwards, rub the treatment with some pressure. If the tip moves too shallowly on the surface, sparks may splash or burn, so be careful. The movement should be in the direction of the muscle and horizontal, and in the direction of all wrinkles. The spot where the tip is rubbed should be followed by an untrapped hand and not too hot by measuring the surface heat of the patient. Also, after rubbing, clean the gel again. If your skin has a bit of heat using Wide, use Deep to heat deep areas. Always keep the tip in one place for a long time, as it can cause burns.

Referring to Figure 16, the skin treatment results in order to maximize the effect of the treatment, taking into account the flow of muscle grains, lymph flow is based on the method to be perpendicular to the direction of the wrinkles. First, the tip is applied to the gray part, and then the forehead is directed upward and the cheek is directed outward. Next, the green area is treated. This area is a sag area, so it is applied under pressure and pushed up.

In the high frequency treatment apparatus 100 according to the present invention, the panel unit 120 may select or view a polar mode, a wide function, a soft function, a pulse shape, a pulse graph, a pulse time, and a pulse frequency.

The guidance message is displayed in the guidance message 122-6 window. In polar mode, Uni Pole is selected if the probe to be used is a single-pole probe. In addition, the dual pole is selected when the probe to be used is a bipolar probe (used for medical products) (see Fig. 9).

In wide operation, [WIDE I] is mainly used in a relatively large area procedure and outputs a high frequency. [WIDE Ⅱ] is mainly used for relatively large area procedure and outputs low frequency. Set the power to be used for [WIDE I] or [WIDE II]. (Setting range: 3 to 200) (see Fig. 10).

In deep operation, [Deep I] is mainly used in a relatively small area procedure and outputs a low frequency. [Deep II] is mainly used for relatively small area treatment and outputs very low frequency. Set the power to be used for [Deep I] or [Deep II]. (Setting range: 3 to 200) (see FIG. 11).

Pulse type includes continuous pulse mode, single pulse mode (pulse duration adjustment), and repetitive pulse mode (pulse frequency adjustment). In addition, the impact pulse mode has a waveform as shown in FIG. 12, and the pulse duration and frequency adjustment are performed by pressing the impact pulse mode button.

In addition, in the pulse type, a time and frequency adjustment button is provided to adjust the pulse frequency together with the pulse duration adjustment.

Referring to the four output pulses (Output pulse) of the radiofrequency treatment device of the present invention are as follows. First, in the case of continuous pulse emission, the pulse is continuously emitted by the pre-set power when stepping on the scaffold. Second, in the case of single pulse emission, this pulse will emit a single pulse by the preset duration and power when stepping on the scaffold. The single pulse prevents the skin temperature from rising sharply and burning by adjusting the single resting period by shortening or lengthening the output time. In addition, in the case of a repeat pulse, when you press the footswitch with this pulse, a continuous pulse is emitted by the pre-set frequency and the 50% power average displayed on the "POWER" display. It is clear that the less the emission of calories.

In addition, in the case of an impact pulse, the pulse is emitted by the continuous time, frequency, and power pre-installed when the foot is stepped on. The "IMPACT PULSE" mode can change the time of pulse emission (characterized by very high peak power) and the repetition of the pulse oscillation moderately, increasing the surgical success rate. High power peaks have long dwell times and act on average with low power. Impact pulse can be directly designed by a specialist for each part according to the condition of each patient's treatment area, and it can be used to adjust even the small amount of energy as it can be used while adjusting the amount of energy.

The guidance message indicates an alarm guide message and an operation state when an alarm occurs.

Warning information is for generating an alarm, for example, in the case of a plate connection alarm. That is, it is caused when the probe or plate is not connected properly or the plate is not in contact with the human body. In other cases, RF leakage current may be generated in the case of RF Leakage Alarm. It occurs when the over power alarm is over the set power.

Referring to FIG. 17, an example of electrode tips used in the radiofrequency treatment device 100 according to the present invention can be seen. Each electrode (tip) 251-256 is formed in a different shape at the ends 251a-256a. The user can optionally use it if necessary.

Referring to FIG. 18, a pencil-type probe 242 is provided with a predetermined length of wires 243 so that the connector 244 is connected to the probe connection terminal 121a on the right side of the panel unit 120.

19, another example of electrode tips used in the radiofrequency treatment device 100 according to the present invention can be seen. Each electrode tip 257a-257g has a different end shape. The user can optionally use it if necessary.

In particular, the electrode tip 257a is a conical tip, and when the cone tip is used upright, it is used for a smaller cross-sectional area such as the ball tip 257f, so that the electrode tip 257a is used at a finer portion (e.g., around the eyes or around the eyes, nose or depression). The procedure can be performed, higher energy can be applied, and when used lying down, it can be used for a wider area with lower power. Therefore, this conical tip is mainly used, which can achieve the same effect as 257c-257f. The electrode tip 257b may serve to remove (scratch) blemishes of the skin in a slightly wider shape.

Referring to FIG. 20, a plate (or plate electrode) 230 having a rectangular plate shape is electrically connected through a wire 232, and the wire end is connected to the plate connection terminal 121d of the front portion of the panel unit 120. A connector 234 is provided.

Referring to FIG. 21, the foot switches 212a and 212b are installed on the pedestal 121, the wires 213 are extended, and the wire ends are connected to the terminal portions 132 formed on the body rear portion 105. 214 is provided.

Referring to FIG. 22, the plate 220 is wrapped around the body through the belt 220.

Referring to FIG. 23, an end 264 of an extension line 263 of an AC power connection cord 262 is connected to a power connection terminal portion 134 formed in the body rear portion 105.

Referring to FIG. 24, the high frequency therapy apparatus 100 according to the present invention includes a key input unit 188 for transferring a mode type selection, a pulse type selection, and an input signal for selecting pulse power, pulse time, and pulse frequency, and a foot switch. Footswitch input unit 190 for transmitting the input footswitch signal in a connected state, and color LCD 184 for displaying various state of the mode on the main screen 122, mode type selection, pulse type selection and pulse power, pulse When selecting a time and a pulse frequency, a program for processing a corresponding signal and displaying a corresponding screen is stored and is connected to an LCD controller 180 for driving the color LCD 184. Warning Information For example, a buzzer 18 for generating an alarm sound together with the display of the Plate Connection Alarm display unit 126, the RF Leakage Alarm display unit 125, and the Over Power Alarm display unit 124. 6) a timer 192 for counting time by the pulse time selection of the key input unit 188, a pulse output unit 142 for generating a specific pulse according to the input signal of the key input unit 188, and A frequency output unit 144 for generating a specific frequency according to the input signal of the key input unit 188, a power output unit 172 for generating a specific power according to the input signal of the key input unit 188, and the pulse Pulse frequency controller 140 for adjusting the pulse frequency in accordance with the signal from the output unit 142 and the frequency output unit 144, and a power amplifier 170 for amplifying the power output to the power output unit 172 And a power switching unit 150 for switching the power from the power amplifier 170 to the probe 244 and outputting the adjusted pulse frequency to the pulse frequency adjusting unit 140, and the power switching. An overpower error detection unit 160 connected to the unit 150 to detect overpower; Plate error detection unit 112 electrically connected to the plate 230 to detect an error in the connection state between the plate and the skin, leakage current error detection unit 112 for detecting and transmitting a leakage current, the main to control the overall device It characterized in that it comprises a control unit 110.

In addition, the timer 193 may be performed by the operator selectively according to the skin condition of the subject. For example, 10 minutes, 20 minutes, 30 minutes or 1 hour can be determined.

Using high frequency, strong heat reaches deep into the skin. The epidermis rapidly cools and only the dermis layer temperature reaches 55 ~ 60 ° C instantaneously without heat damage to the epidermis, causing contraction of aged collagen to restore elasticity. In addition, it induces the production of new collagen, improves drooping skin and fine lines, and has the effect of skin regeneration.

Figure 25 shows an example of improved pigmentation of the leg portion using the apparatus of the present invention, Figure 26 shows an example of the improvement of the face wound using the apparatus of the present invention, Figure 27 is the belly An example of improving the stretch marks by using the apparatus of the present invention is shown.

Referring to Figure 25 to 27, using the radiofrequency treatment device according to the present invention can see a markedly improved effect after the procedure.

1 is a block diagram of a conventional high frequency electric electrode therapy device.

2 is a schematic external perspective view of the radiofrequency treatment device according to the present invention.

3 is a view illustrating the rear surface of FIG. 2.

4 is a view illustrating a panel unit having a front main screen of FIG. 2.

5 is a view showing the front support and the receiving portion.

6 is a view showing in detail the panel portion of FIG.

FIG. 7 is a view illustrating the back of the main body of FIG. 2 in detail.

8 is a view showing an example of the front main screen of the panel unit in detail in the high frequency treatment device according to the present invention.

FIG. 9 is a view illustrating in detail an example of an operation button, a display screen, and a functional description for selecting / performing the electrode mode of the front main screen of the panel unit in the high frequency treatment apparatus according to the present invention.

FIG. 10 is a view showing in detail an example of an operation button, a display screen, and a functional description for selecting / executing a wide operation mode of a front main screen of a panel unit in a high frequency therapy apparatus according to the present invention.

FIG. 11 is a view showing in detail an example of an operation button, a display screen, and a functional description for selecting / performing the soft electrode mode of the front main screen of the panel unit in the high frequency treatment apparatus according to the present invention.

12 is a view showing in detail an example of an operation button, a display screen, and a functional description for selecting / performing the pulse shape mode of the front main screen of the panel unit in the high frequency treatment apparatus according to the present invention.

13 is a view showing in detail an example of the output pulses appearing when selecting the pulse shape mode of the front main screen of the panel unit in the high-frequency treatment device according to the present invention.

14 is a view showing in detail an example of a display screen and a functional description for explaining the type of the guide message and warning information provided on the front main screen of the panel unit in the high frequency treatment device according to the present invention.

15 is a view sequentially showing an example of the operation sequence in the radiofrequency treatment device according to the present invention.

16 is a view showing an example of the actual facial treatment site using the radiofrequency treatment device according to the present invention in detail.

17 is a view showing in detail one example of the electrode (tip) of the components of the radiofrequency treatment device according to the present invention.

18 is a view showing an example of an electrode (probe) of the components of the radiofrequency treatment device according to the present invention.

19 is a view showing another example of the electrode (probe) of the components of the radiofrequency treatment device according to the present invention.

20 is a view showing an example of a plate electrode of the components of the radiofrequency treatment device according to the present invention.

21 is a view showing an example of a foot switch of the components of the radiofrequency treatment device according to the present invention.

22 is a view showing an example of the belt of the components of the radiofrequency treatment device according to the present invention.

23 is a view showing an output plug cord (power supply AC cord) among the components of the radiofrequency treatment apparatus according to the present invention.

24 is a block diagram showing the internal block diagram of the radiofrequency treatment device according to the present invention.

Figure 25 shows an example of improved pigmentation of the legs using the apparatus of the present invention.

Fig. 26 shows an example in which the wound on the face part is improved by using the apparatus of the present invention.

Fig. 27 shows an example in which the thighs of the abdomen are improved using the apparatus of the present invention.

       Explanation of symbols on the main parts of the drawings

110: main control unit

112: leakage current error detection unit

113: plate error detection unit

122: main screen

124: Plate Connection Alarm Display

125: RF leakage current alarm display

126: over power alarm display

140: pulse frequency control unit

142: pulse output unit

144: frequency output unit

150: power switching unit

160: overpower error detection unit

170: power amplifier

172: power output unit

182: EEPROM

184 :; Color LCD

186: buzzer

188: key input unit

190: foot switch input unit

192,193: timer

230: plate

242: probe

Claims (4)

A key input unit 188 which transfers an input signal for mode type selection, pulse type selection and pulse power, pulse time, and pulse frequency; Footswitch input unit 190 for transmitting a footswitch signal that is input while the footswitch is connected, A color LCD 184 displaying various mode states on the main screen 122, When the mode type selection, the pulse type selection, and the pulse power, pulse time, and pulse frequency are selected, a program for processing a corresponding signal and displaying a corresponding screen is stored, and an LCD controller for driving the color LCD 184 ( EEPROM (182) associated with 180), Warning information, that is, the alarm with the display of the plate connection alarm display unit 126, the RF leakage current alarm display unit 125, and the over power alarm display unit 124. A buzzer 186 for generating sound, A timer 192 that counts time by pulse time selection of the key input unit 188, A pulse output unit 142 for generating a specific pulse according to the input signal of the key input unit 188, A frequency output unit 144 for generating a specific frequency according to the input signal of the key input unit 188, A power output unit 172 generating specific power according to the input signal of the key input unit 188, A pulse frequency controller 140 for adjusting a pulse frequency according to signals from the pulse output unit 142 and the frequency output unit 144; A power amplifier 170 for amplifying the power output to the power output unit 172; A power switching unit 150 for switching the power from the power amplifier 170 to the probe 244 and outputting the adjusted pulse frequency to the pulse frequency controller 140; An overpower error detection unit 160 connected to the power switching unit 150 to detect overpower; A plate error detection unit 113 electrically connected to the plate 230 and detecting an error in contact with the plate and the skin; Leakage current error detection unit 112 for detecting and transmitting the leakage current, and Radio frequency treatment device comprising the main control unit 110 for controlling the overall device. The method of claim 1, The pulse type includes a single pulse and a footswitch that is emitted by the output power while the footswitch is pressed. When you press the foot switch, a continuous pulse is emitted by the pre-installed frequency and the 50% power average displayed on the “POWER“ display.The smaller the frequency repetition of the pulse, the smaller the amount of heat generated. A high frequency therapy device comprising an impact pulse that is continuously emitted by a preset time, frequency, and power when it is pressed. The electrical rating is rated power: AC 220V, rated frequency: 60Hz, power consumption: 300W, the output waveform is a high frequency, the use frequency is a modulation frequency (Wide I): 7KHz Wide II: 400Hz, Deep Ⅰ: 400Hz, Deep II: 200Hz, Carrier Frequency is Unipolar 1.79MHz, Pulse Frequency 1 ~ 99Hz (Repeat) Pulse), Output Frequency (Output Frequency): 1.79MHz, Maximum Output Current: 335mA (rms) / Deep I, 200W, Maximum Output Voltage is 1.84KVp-p / Wide I, 200W Continuous Mode, Modulation Frequency output waveform is Wide I: 7KHz, Wide II: 400KHz, Deep I: 400Hz, Deep II: 200Hz, Carrier Carrier frequency is a unipolar (Unipolar) 1.79MHz, characterized in that the radiofrequency treatment device. 2. The radiofrequency therapeutic apparatus according to claim 1, further comprising a timer (193) for allowing the operator to selectively select 10 minutes, 20 minutes, 30 minutes or 1 hour depending on the skin condition of the subject.

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