KR200373030Y1 - Fatness Medical Cure Apparatus By Using Low Frequency And Suction Cup - Google Patents

Abstract

The present invention restricts the current of the low frequency signal by frequency control while supplying a pulse waveform to a plurality of channels through a plurality of electrode needles or electronic pads so that the fat of the operator can be decomposed and completely discharged out of the body through the inhalation guide. If necessary, the present invention relates to an obesity therapy device using low frequency and inhaled guiding devices that selectively implement low-frequency generation between channels to enable various functions and enable efficient and stable obesity treatment.

The obesity treatment device using low frequency and inhalation device according to the present invention is rectified by converting AC power from the outside into DC power while supplying voltage, and then converting and supplying it, and selecting through switches for operation and channel selection and disconnection of the device. A key input unit for inputting a signal and a micro control unit to receive an option from the key input unit to control the internal operation and to return to the initial value when one operation is completed to prevent unwanted output when the next person uses it. A pulse generator that receives power from the power supply unit under the control of the controller, the microcontroller, and generates and outputs a pulse waveform according to a mode selected by the user, and a pulse generator under the control of the microcontroller. Supply by electrode needle or electronic pad An output control unit for voltage amplifying the pulse waveform to be respectively, and an output that is amplified by a current up to 25mA for the voltage-amplified pulse waveform that is voltage-amplified and transmitted from the output control unit to supply to the electrode needle or electronic pad of each channel The switching elements S1-Sn are connected to each other in common with each other, and the electrode needles of the pair of electrode needles are commonly connected to each other and positioned in one of the electrode needles of the pair of electrode needles. It is configured to control the switching element of the specific channel connected to the output unit by a specific channel separation request signal from the key input unit to selectively block the generation of low frequency current between the channels. It is done.

Description

Fatness Medical Cure Apparatus By Using Low Frequency And Suction Cup}

The present invention relates to an obesity therapy device using a low frequency and inhalation, and in particular, by supplying a pulse waveform to a plurality of channels through a plurality of electrode needles or electronic pads while limiting the current of the low frequency signal by frequency control Low frequency to enable various functions by enabling the operator's fat to be decomposed and discharged out of the body through inhalation and selectively cut off low frequency generation between channels as needed. And it aims to provide an obesity treatment device using an inhalation potter.

The present invention relates to an obesity treatment device using low frequency and inhaled pottery which enables efficient and stable obesity treatment.

In general, obesity can be seen as a disease caused by poor energy accumulation due to excessive energy accumulation due to a lack of balance between energy consumption and energy consumption.

In Chinese medicine, the cause of the disease seems to be caused by the inability to circulate the blood and blood in the body smoothly.

At this time, if an external stimulus such as saliva or moxibustion is applied to the reaction site, a therapeutic effect will appear.

In the above saliva, there are methods such as conventional acupuncture for treatment, electrolipophilic saliva which causes weak electricity to flow to saliva, and acupuncture that stimulates acupuncture points in the ear. Will happen.

That is, the excitement action to bring down the reduced function to the normal state, the sedation action to return the excessively advanced function to the normal state, the thermal action to release the heat, the thermal action to cover the cold body, and open the pores to sweat. The sweating effect, the blockage of the qi through the circulation of the smooth circulation of the action, the digestive effect of the digestive organs active, such as the treatment effect is caused by the reaction.

Since the above-mentioned obesity is a disease caused by poor blood donation, the method of electrolipid saliva which gives electric stimulation to saliva among the hour hand used in the above-mentioned oriental medicine can effectively remove the fat of the obesity site.

This means that when a minute electric current is continuously passed to nerve terminals such as menstrual blood, a neurosynthetic substance called catecholamine is secreted, and this substance breaks down cholesterol in fat and makes fat cells smaller in size.

On the other hand, the applicant of the present invention to have a low frequency output between the channel and the channel as well as between the pair of channels consisting of positive (+) and negative (-) to output the low frequency pulse to have the effect of forming elasticity There has been an application characterized by the configuration for discharging the degraded fat out of the body.

Figure 1 is a block diagram showing the configuration of a conventional obesity treatment device using low frequency and inhalation. As shown in the figure, AC voltage from the outside is rectified to DC power while voltage drop, ± 5V for driving IC, + 12V for driving CD player and solenoid, ± 15V for driving operational amplifier, and ± for outputting pulse waveform. Power supply unit 1 for converting and supplying 35V, power switch SW1, M1 mode setting switch SW2 for outputting a frequency in the range of 1 to 50 Hz, M2 for outputting a frequency in the range of 50 to 120 Hz Mode setting switch SW3, M3 mode setting switch SW4 for outputting a frequency in the range of 120 to 170 Hz, A1 mode setting switch SW5 for sequentially outputting M1, M2 and M3, M1 and A2 mode setting switch (SW6), voltage control switch (SW7), fine adjustment switch (SW8) to (SW8n), timer up / down key (SW9) for setting M3 sequentially, set frequency up / down Key (SW10), electrode needle selection switch (SW11), electronic pad selection switch (S W12) and an on / off switch (SW13), etc., to input a set value or to input a selection according to an operation, and a key input unit 2 for receiving an option from the key input unit 2 The microcontroller 3 is configured to return to the initial value when one operation is completed while controlling the operation, and to prevent unwanted output when the next person uses it. A pump driver 5 for controlling the driving of the vacuum pump 6 while being controlled by the suction conductor 4 and the microcontroller 3 so that suction force by the suction conductor 4 is selectively applied; The display unit 7 which notifies the outside of the internal operation state through the display window 8 while being controlled by the controller 3, and the micro controller 3 while being controlled by the microcontroller 3. The pulse generator 9 receives power from the original supply unit 1 and generates and outputs a pulse waveform according to a mode selected by the user, and the pulse generator 9 is controlled by the microcontroller 3. An output control unit 10 for voltage amplifying a pulse waveform supplied to the electrode needle 12 or the electronic pad 12a, and a voltage amplified pulse waveform transmitted by voltage amplification from the output control unit 10. Each of the output units 11 amplifies a current up to 25 mA and supplies the electrode needle 12 or the electronic pad 12a of each channel.

However, the above-described content filed by the applicant of the present invention has a problem in that there is no configuration in case of disconnecting a plurality of channels and low frequencies formed between the channels. Therefore, for example, when a plurality of channels are adjacent to each other, and when the user wants to disconnect the adjacent parts, for example, when passing a specific part of the human body (heart, other organs, etc.) Although it is necessary to disconnect, such a low frequency disconnection function between the channels is not provided, there is a problem containing a risk.

The present invention has been devised to solve the above-described problems, and the pulse waveform is supplied to a plurality of channels through a plurality of electrode needles or electronic pads while limiting the current of the low frequency signal by frequency control. After the fat is decomposed, it is discharged to the outside through the inhalation ceramics, and if necessary, the low frequency and inhalation can be realized by efficiently cutting off the low frequency generation between the channels and enabling efficient and stable obesity treatment. An object of the present invention is to provide an obesity treatment device using ceramics.

Obesity treatment device using the low frequency and inhalation of the present invention for achieving the above object, the power supply for rectifying and supplying the AC power from the outside to the DC power supply voltage drop, the operation and channel selection and disconnection Key input unit for inputting the selection signal through the switch for the control, and receives the option from the key input unit to control the internal operation to complete the operation once to return to the initial value is not desired when the next person uses A microcontroller for preventing the output, a pulse generator for receiving the power from the power supply unit under the control of the microcontroller to generate and output a pulse waveform according to a mode selected by the user, and under the control of the microcontroller. Each electrode from the pulse generator Alternatively, an output controller for voltage amplifying the pulse waveform supplied to the electronic pad and a voltage amplified pulse voltage delivered by voltage amplification from the output controller may amplify the current to a maximum of 25 mA, respectively, for electrode needles or electrons of each channel. Outputs for supplying to the pad and the electrode needles of each of the pair of electrode needles are commonly connected to each other, the switching is located in one of the electrode needles of the pair of electrode needles and are commonly connected to each other And a switching device of a specific channel connected to the output unit by a specific channel separation request signal from the key input unit to selectively block generation of low frequency current between the channels. It is done.

Figure 1 is a block diagram showing the configuration of a conventional obesity treatment device using low frequency and inhalation.

Figure 2 is a block diagram showing the overall configuration of the obesity treatment device using a low frequency and inhalation according to the invention.

3 is a circuit diagram illustrating a schematic configuration of a channel separator of FIG. 2.

Figure 4 is a schematic diagram showing an operating state by the electrode needle or electronic pad of the present invention.

5 is a waveform diagram of the pulse waveform generated in the pulse generator when using the electrode needle or electronic pad of the present invention.

Figure 6 is a schematic diagram showing a front configuration including a key input unit of the present invention.

Explanation of symbols on the main parts of the drawings

1: power supply 2: key input

3: microcontroller 4: suction pot

5 pump driving unit 7 display unit

9: pulse generator 10: output control unit

11: output part 12, 13, 14, 15, 16 ... n: electrode needle

12a: Electronic pad

110: channel separation unit

S1-Sn: switching element

E1, En ...: digital encoder (switch)

Hereinafter, with reference to the accompanying drawings illustrating a preferred embodiment of the present invention.

Figures 2 to 6 show the configuration of the obesity treatment device using the low frequency and inhalation of the subject innovation, the overall configuration is the same as Figure 1 will be described with respect to the difference. As a feature of the present invention, when a user inputs a key input signal through a specific switch to disconnect a low frequency of a specific channel among a plurality of channels, the channel of the part is disconnected and the low frequency supply is stopped. Reference numeral 110 denotes a channel separator installed in the output unit 11, and the electrode needle 12 or electronically connected to the output unit 11 by the channel separation signal from the key input unit 2 by the user. It performs a function of disconnecting the output of a specific channel in the pad 12a. The electrode needle 12 is provided with a plurality (13, 14, 15, 16, ... n) and a pair of electrode needles form a channel.

FIG. 3 is a schematic circuit diagram illustrating a channel connection state of the present invention. As shown in FIG. 3, a part of a configuration for forming a plurality of channels by an electrode needle or an electronic pad is shown. Electrode needles or electronic pads (not shown) are connected at both ends to the primary side (left side of the drawing) and the secondary side (right side of the drawing) forming the transformers T1 to Tn. In the embodiment, a plurality of channels CH1-CHn are shown. Electrode needles are inserted into the human body to form a single channel in a pair of + and-poles in Figure 3, each switching channel (S1-Sn) on one side (-pole electrode in the drawing) for each channel Is equipped. One terminal of the electrode needle forming the pair of channels is commonly connected with one terminal of the electrode needle forming the other channel to form the common connection point (A, B, C, N). One side of the switching elements S1-Sn is connected to the common connection points A, B, C, and D inside the pair of electrode needles, and the other side is commonly connected to the other terminals of the other electrodes. It is operated by receiving switching signals by digital encoders (E1, E2 ...). The plus and minus poles may be interchanged. These electrodes are connected to the human body (which can be inserted to some extent).

Operating the device, the channels CH1-CHn formed by the pair of electrode needles each represent a low frequency flow forming a loop as indicated by the arrow direction between the electrode needles. The flow of low frequency current between channels is also shown in a loop with arrows. A feature of the present invention is to form a switching element (S1-Sn) that serves as a switching in one terminal portion of the electrode needle in order to receive a signal for channel separation in common between the channels. Through these switching elements, all the channels comprise a channel separator 110 including a circuit electrically connected to each other so as to receive a switching signal from each other.

The operation of the channel separator 110 is performed by a user inputting a key signal through the digital encoders E1, E2, ... for channel separation, which will be described later. By rotating the digital encoder, the user can adjust the intensity, and can also press the digital encoder to turn on / off, thereby applying a signal that can block a specific channel.

The channel separation unit 110 is disposed on one electrode needle or electronic pad of the pair of electrode needles or electronic pads, respectively, and switching elements connected to each other in common.

In the initial operation, the switching elements S1 to Sn are all closed (on) by default so that interchannel interference occurs. Interference effects occur between other channels as well as between channels, forming loops (for example, the formation of loops due to the connection between common connection points A and B).

Thus, as disclosed in the contents previously filed by the applicant of the present invention, interference occurs between the channels and low frequency flows. This will not be described further.

Figure 4 is a schematic diagram showing the operating state by the electrode needle or electronic pad of the present invention, as shown in the above, the positive pulse waveform and the negative pulse waveform in the electrode needle 12 While being supplied, low frequencies were generated between the other electrode needles 13 positioned therebetween, as well as between neighboring electrode needles 14. As a feature of the present invention, as shown in FIG. 4, the low frequency supply is disconnected between the channel 1 and the channel 2 according to a user's request, and the user may selectively block the low frequency supply of a specific portion. In FIG. 4, all channels are currently turned off. Therefore, the interference between the electrode needle 13 and the other electrode needle 14 does not occur and is in a disconnected state.

Obesity treatment device using the low frequency and inhalation of the subject innovation configured as described above, when the power switch (SW1) of the key input unit 2 is turned on, the power supply unit 1 rectifies the DC power source from the outside while the voltage drop After that, supply it by converting to + 5V and -5V.

In this state, the user turns on the on / off switch SW13 of the key input section 2, and then sets the M1 mode setting switch SW2 and 50 to set to generate a frequency of about 1 to 50 Hz for the decomposition of fat. M2 mode setting switch (SW3) for generating a frequency of about 120 Hz, M3 mode setting switch (SW4) for generating a frequency in the range of 120 to 170 Hz, and the above modes of M1, M2 and M3 A1 mode setting switch SW5 for outputting, mode selection by the A2 mode setting switches SW6 for outputting only the modes of M1 and M3 sequentially, and the voltage control switch SW7 While adjusting with), through the fine control switch (SW8) to (SW8n) of each channel to set the fine voltage value according to the user's color, the part of the body, the degree of obesity, and so on.

Then, the operation time is set in advance through the timer up / down key SW9 so that the above value can be set in advance to the value of the frequency to be transmitted to the user through the set frequency up / down key SW10.

In addition, the electrode needle selection switch SW11 or the electronic pad selection switch SW12 is turned on so that the lipolysis by the electrode needle 12 or the lipolysis by the electronic pad 12a can be selected. The microcontroller 3 receiving the information set by the user through (2) controls the operation time and the overall operation at the same time through the internal timer not shown in the drawing by these options.

That is, the microcontroller 3 outputs a control signal to the display unit 7 to display an internal operation state through the display window 8 to inform the outside.

The microcontroller 3 outputs a control signal to the pulse generator 9 according to a mode selected by the user through the key input unit 2 to receive power from the power supply unit 1 according to the mode selected by the user. Generate and output a pulse waveform.

5 is a waveform diagram of the pulse waveform generated in the pulse generator when using the electrode needle or electronic pad of the present invention.

That is, in the pulse generator 9, when the user selects the electrode needle 12, the same period is used when the electronic pad 12a is selected while outputting a pulse waveform having a relatively positive or negative pulse value. Outputs a pulse waveform with a relatively positive or negative pulse value at, so that the user can obtain the same effect.

6 is a schematic diagram showing a front configuration including a key input unit of the present invention. As shown in FIG. 6, a digital encoder (switch) for use when a user needs to disconnect a specific channel or to adjust the intensity ( E1, E2, ...) are constituted.

According to the obesity treatment device of the present invention as described above, the current through the output control unit 10 and the output unit 11 is transmitted to the skin through the electrode needle 12 or the electronic pad 12a in the body The fat is decomposed, maintains the elasticity of the skin, and the mode for discharging the degraded fat out of the body proceeds sequentially.

In the mode of discharging the fat, the microcontroller 3 outputs a control signal from the microcontroller 3 to the pump driver 5 to control the driving of the vacuum pump 6 to selectively apply suction force by the suction ceramic 4. To lose.

Therefore, the fat decomposed in the body is efficiently discharged by the suction force of the inhalation ceramics (4).

By performing the lipolysis and aspiration to listen to the music flowing through the CD player attached to the main body to be able to bring benefits to improve the effect with comfort to the person receiving the procedure.

In addition, the low-frequency supply can be selectively provided by selectively blocking the low frequency supply between channels through the channel separation unit, thereby increasing the user's selection and preventing the risk of inadvertent use.

As described in detail above, in the obesity therapy apparatus using the low frequency and the suction inhaler according to the present invention, a pulse waveform is supplied to a plurality of channels through a plurality of electrode needles or electronic pads while limiting the current of the low frequency signal by frequency control. By allowing the operator's fat to be broken down, it can be discharged out of the body through inhalation ceramics, and the low-frequency generation between channels can be implemented to enable a variety of functions, enabling efficient and stable obesity treatment and maintaining skin elasticity. There is an effect such that a current flow occurs between the electrode needles or the electronic pads.

Although the subject innovation has been described based on the preferred embodiment, the subject innovation is not limited thereto, and various modifications can be made based on the claims described below.

Claims (2)

A power supply unit (1) for rectifying and supplying AC power from the outside to the DC power supply while voltage drop; A key input unit (2) for inputting a selection signal through switches for operation and channel selection and disconnection of the device, Microcontroller 3 for receiving the option from the key input unit 2 and controlling the internal operation to return to the initial value when one operation is completed to prevent unwanted output when the next person uses it; , A pulse generator 9 which receives the power from the power supply unit 1 under the control of the microcontroller 3 and generates and outputs a pulse waveform according to a mode selected by a user; An output control unit 10 for voltage amplifying pulse waveforms supplied from the pulse generator 9 to each of the electrode needles 12 or the electronic pads 12a under the control of the microcontroller 3; The output unit 11 amplifies current up to a maximum of 25 mA for the voltage-amplified pulse waveform transmitted by voltage amplification in the output control unit 10 and supplies it to the electrode needle 12 or the electronic pad 12a of each channel. Field, Switching elements S1-Sn connected to one of the pair of electrode needles in common and mutually connected to each other and positioned in one of the pair of electrode needles; Consisting of, The switching device of the specific channel connected to the output unit 11 by the specific channel separation signal from the key input unit 10 to selectively block the generation of low-frequency current between the channels Obesity treatment device using low frequency and inhalation pottery. According to claim 1, wherein the suction of the suction contact 4 to the user's body to generate a suction force by the vacuum, and under the control of the microcontroller (3) to control the driving of the vacuum pump (6) Pump drive unit 5 to selectively apply the suction force by the (4) and the display unit 7 for informing the outside of the operation state of the inside through the display window (8) under the control of the microcontroller (3) Obesity treatment device using a low-frequency and inhalation ceramics, characterized in that it comprises.