KR100483970B1 - Electrotherapy device capable of using two poles simultaneously without short - Google Patents

Abstract

The present invention can be safely used to generate a pulsating current of the positive electrode (+) and the negative electrode (-) or multi-pole (+,-, +,-, +, etc.) without a short-circuit action, find and concentrate the abnormal part of the body The present invention relates to a non-short bipolar electrotherapy device that aims to contribute to the improvement of human health by eliminating and regulating abnormal anions and cations, thereby regenerating cell tissues normally by controlling abnormal potential differences, thereby combating and preventing various diseases.

In addition, the present invention can maximize the therapeutic effect by using an anode (또는) or multi-pole, it can be used to expand the treatment range, shorten the treatment time and adjust the amount of the anode or multi-pole according to the affected state.

The non-short bipolar electrotherapy apparatus of the present invention rectifies the commercial AC power supply and supplies a predetermined DC power supply to each circuit portion, and a pulse generator for inputting an oscillation frequency signal to the anode output by adjusting a pulse generating frequency. Each one is provided separately, and the amplification, waveform, and shaping of the signal output from the pulse generator to select the pole according to the switch operation, and the anode output unit having a resistor and a triangular waveform generator or a pulse waveform generator at its output end; It is composed of a combination of an operation time control unit that displays and controls the operation time by displaying the operation time and an alarm function, and they may be connected in parallel to form a multipole.

Description

ELECTROTHERAPY DEVICE CAPABLE OF USING TWO POLES SIMULTANEOUSLY WITHOUT SHORT}

The present invention relates to an electrotherapy device, and to a non-short bipolar electrotherapy device capable of simultaneously generating a positive electrode (+) and a negative electrode (-) or a multi-pole (+,-, +,-, +).

Non-short circuit in the present invention is a short circuit even when the polarity (+), the negative electrode (-) flowing out of the treatment device and the positive electrode (+) and the negative electrode (-) of the multiple poles at the same time applied to any polarity at the same time tangent to each other It is a state that does not happen. Therefore, even when the anode (+) and the cathode (-) or multi-poles are used simultaneously on the skin tissue of the human body, there is no short-circuit action, so anyone can use it safely.

Human lesions contain incomplete cations and anions, which are metabolites, cations are clumped together and anions are clumped together. They interfere with normal blood flow, causing blood and congestion, and squeezing capillaries and nervous tissues by preventing nutrients and oxygen supply. These lesions become habitats for germs and are the source of all diseases. Excessive accumulation of negative and negative ions inside and outside the cell membrane increases the potential difference and increases the tension, which causes disease.

The reason why the above-mentioned ions in the incomplete state are grouped together by the same polarity is that they do not have their own counterparts, that is, electrons or protons, which are incomplete before obtaining their counterpart polarity. This is because there is a law of physicochemical action that pushes together the same polarity after they are increased and gained their relative polarity.

Therefore, the electrons and protons generated in the therapeutic device of the present invention promote binding, neutralization, and dissolution through ions of the incomplete state of the lesion site of the human body through isotropic reaction. Will be balanced.

The balance between incomplete ions promotes the dissolution of inflammatory products at the site of disease, and the normal regeneration of cells and tissues. Furthermore, instantaneous neutralization heat is generated in the process of binding and neutralizing the elements generated in the therapeutic apparatus of the present invention and the ions of an incomplete state of the human body, at which time sterilization occurs. Therefore, the body's own regulatory and immune functions can be restored, and disease can be prevented and prevented.

Conventional medical electrotherapy has been using physical therapy (high frequency, medium frequency, low frequency) using direct current (DC), alternating current (AC), pulsating current (PC), etc. +) And cathode (-) are friendly relative to each other, so the human body is used as a conductor to cause a short circuit. Therefore, it does not have a sorghum relationship with the diseased part of the human body, but only serves as a conductor of electricity, and thus the substance causing the disease could not be removed. Therefore, the conventional treatment device could not obtain more than the temporary physical effects caused by heat, vibration and stimulation, but rather placed a danger on the human body.

On the other hand, in order to solve the above problems in recent years, a monopolar treatment device has been proposed, which induces a unilateral change in the human body by using only a single pole among the electric poles of electricity, and rather, the potential of the potential within human tissues and cells. There was a drawback to this imbalance.

Therefore, the conventional electrotherapy devices have not been able to correct the imbalance of the ions that are the source of the disease, and it is difficult to achieve the intended purpose of healing the disease. Side effects due to electrical short-circuit caused by the short-circuit action of electricity and electrical burn of body tissues are generated, and thus the purpose of treating the disease cannot be achieved because the phenomenon is avoided by the electrotherapy.

The present invention has been made to overcome the limitations of the conventional therapeutic effects of the above-described electrotherapy devices, even if you use a positive electrode or a multi-pole does not have a short-circuit between each other can be used safely, by increasing the number of poles to shorten the treatment time It maximizes the therapeutic effect and neutralizes by integrating ions of incomplete state, which is the cause of disease that is excessively biased inside and outside the human tissue and cell membrane, thereby activating intracellular ion channels and eliminating disease sources The present invention provides a non-short bipolar electrotherapy device that prevents and improves human health.

In order to achieve the above object, the non-short bipolar electrotherapy apparatus of the present invention includes a power supply circuit unit 10 for bridge rectifying commercial AC power and supplying a predetermined DC power to each circuit, and adjusting a pulse generation frequency to provide a predetermined power supply. A pulse generator 20 for inputting a high voltage oscillation frequency signal of the positive polarity output unit, and an anode output unit capable of selecting a pole according to a switch operation by amplifying and waveform shaping the signal output from the pulse generator 20 ( 30), and in the electrotherapy device consisting of an operating time controller 40 for controlling the operation time and having an alarm function, the power supply circuit unit 10 and the pulse circuit unit 20 are separately provided for each pole, and the anode output unit 30 By having resistance and triangular waveform or pulse waveform generator at the output terminal of), short-circuit can be prevented and two poles of (+) (-), (-) (-), and (+) (+) can be selected simultaneously. Power supply unit 10, pulse generator 20, Since the positive output unit 30 and the operation time control unit 40 are connected in plural in parallel, it is possible to select two or more poles at the same time.

The main reason why the short-circuit bipolar electrotherapy device according to the present invention of this characteristic configuration is not short-circuited is that the power supply circuit unit 10 and the pulse circuit unit 20 are individually provided for each pole, and the output terminal of the positive electrode output unit 30. It is thought that this is because the one pole of is slowed down by attaching a resistor, and the other pole has a triangular wave generator or pulse wave generator to change the output wave.

The present invention will be described in detail with reference to the accompanying drawings.

1 is a non-short positive electrode comprising a power supply unit 10, a pulse generator 20, a positive output unit 30, and an operating time control unit 40 for controlling the output time of the positive output unit 30 of the present invention. (Iii) Briefly shows the electrotherapy device.

2 (a) is a circuit diagram of the power supply unit 10, a transformer (T ₁ ) connected to the 110V / 220V power selector switch (SW ₁ ) and the output terminal (L ₁ ) of the non-short bipolar electrotherapy device of FIG. ) Circuit and a transformer T ₃ circuit connected to another output terminal L ₂ connected in parallel with the circuit. In the circuit coupled to the output terminals (L _1), one of the secondary side of the primary winding of the transformer (T _1), the power switch (SW _2), fuse (F ₁₎ is connected, said transformer (T ₁₎ The branch is connected to the bridge diode (BD ₁ ), the capacitor (C ₁ , C ₂ ), the regulator (IC ₁ ) is configured to output a DC power supply (Vcc ₁ ), another branch of the secondary side of the transformer (T ₁ ) The DC power source B + ₁ is output by connecting the bridge diode BD ₂ , the capacitors C _{3 to} C ₆ , the constant voltage integrated device IC ₂ , the transistor TR ₁ , and the resistors R _{1 to} R ₅ . It is composed. Here, the capacitors C ₄ and C ₅ and the resistors R ₁ and R ₂ are specifications used for the constant voltage integrated device IC ₂ .

The output transformer (T ₁₎ connected to the circuit in parallel with the (L _1), output terminals (L ₂₎ the transformer is connected to the (T ₃₎ circuit such as a transformer (T ₁₎ circuit of the output terminals (L ₁₎ It is organized in a way.

FIG. 2B is a circuit diagram of the pulse generator 20, in which the circuit having OUT ₁ as an output includes resistors R ₆ and R ₇ , capacitors C ₇ , inverters I _{1 to} I ₃ , and The circuit connected to the variable resistor VR ₂ and having OUT ₂ as an output includes resistors R ₁₉ and R ₂₀ , a capacitor C ₁₅ , an inverter I _{4 to} I ₆ , and a variable resistor VR. ₄ ) is the interconnected configuration.

2 (c) is a circuit diagram of the anode output unit 30 capable of outputting two poles in the same manner as (+) (-), (+) (+), (-) (-), wherein the pulse The oscillation frequency output signal OUT ₁ of the generator 20 is applied to the input terminal IN ₁ , and diodes D ₁ and D ₂ and resistors R ₈ to R ₁₂ are provided on the primary side of the transformer T ₂ . ), A capacitor (C ₈ ) and a transistor (TR ₂ , TR ₃ ) for amplifying the voltage signal is connected, and the resistor (R ₁₃ ), the triangular waveform generator 1 (310) and the secondary side of the transformer (T ₂ ) The pole selection switch SW ₃ is connected and configured to output the voltage of the pole selected as the output terminal L ₁ . In the same way the input terminal (IN ₂₎ is applied to the signal from the oscillating frequency output signal (OUT ₂₎ of the pulse generating unit 20, the primary side of the transformer (T _4), a diode (D _3, D ₄₎ And resistors R ₂₁ to R ₂₅ , a capacitor C ₁₆ , and transistors TR ₅ and TR ₆ to amplify the voltage signal, and a resistor R ₂₆ and a triangle on the secondary side of the transformer T ₄ . The waveform generator 2 320 and the pole selection switch SW ₅ are connected to each other to output the voltage of the pole selected by the output terminal L ₂ .

Referring to the configuration of Figure 3 (a), A is a power input terminal, B is a switch for operating the power selection switch (SW ₁ ) of Figure 2 (a) to select 110V or 220V power, E ₁ , E ₂ is 2A is a power switch to turn on the power when SW ₂ and SW ₄ in FIG.

F _1, F ₂ alters the resistance of the variable resistor (VR ₃₎ in FIG. 2 (a) the output voltage control unit 1 110 a variable resistor (VR ₁₎ and the output voltage control unit 2 (120) of the respective Adjusting the magnitude of the output voltage, G ₁ , G ₂ is a variable resistor (VR ₂ ) and the output frequency control unit 2 (output frequency control unit 1 210 of the pulse generator 20 of Figure 2 (b), respectively) by changing the resistance of the variable resistor (VR ₄₎ to 220) is the output period regulator to select a 300 Hz-500 Hz.

H ₁ , H ₂ is an operating time setter that can be adjusted manually from 0 to 60 minutes to determine the operating time of each non-short bipolar electrotherapy device, and J is an alarm to indicate the end of the operating set time. And, K ₁ ~K ₂ is non-short-circuiting the positive electrode electric therapy with the positive (+) or negative for - Fig therefore as a switch to select, for example, the switch K _1, K ₁ to select the polarity switch (() c) SW ₃ of the positive output unit 30 is operated to select the pole of the positive output unit 30. L ₁ and L ₂ represent voltage output terminals for non-short bipolar electrotherapy.

Figure 3 (b) is an exemplary configuration of a treatment unit having a treatment rod that can be applied to the non-short bipolar electrotherapy device of the present invention, the treatment unit 50 is connected to the output terminals (L ₁ ~ L ₆ ) bipolar It is equipped with two round treatment rods (50 ') to make it easier to treat the body at the same time.

Figure 3 (c) is a view showing a state in which the disease of the human body is treated by ion matching by the non-short bipolar electrotherapy device of the present invention, the treatment rod provided in the treatment unit 50 in the anion concentrated in the human body ( When the positive electrode of 50 ') is contacted, the concentrated negative ions in the human body are discharged to the outside, and when the negative electrode of the therapeutic rod 50' is contacted in the treatment unit 50, the positive ions are concentrated in the human body. It has been shown to be infiltrating into each other and to heal the disease.

Fig. 4 (a) is a schematic diagram of three non-short bipolar electrotherapy devices configured in parallel, and L ₁ to L ₆ are output terminals of the non-short bipolar electrotherapy devices (1 to 3).

Figure 4 (b) is a configuration example of the appearance of the three non-parallel bipolar bipolar treatment device arranged in parallel, which is further enlarged in the appearance configuration example of the non-short bipolar bipolar electrotherapy device of FIG. A is a power input terminal, B is a switch for selecting a 110 V / 220 V power supply, and E ₁ to E ₆ are respective output terminals L ₁ to L ₆ of the non-short bipolar electrotherapy device (1, 2, 3). It is a power switch that powers the circuit. F ₁ to F ₆ are switches for adjusting the magnitude of the output voltage, and G ₁ to G ₆ are output cycle control switches.

H ₁ to H ₆ are the operating time setters for determining the operating time of the output, and J is an alarm indicating the end of the operating set time. K _{1 to} K ₆ are switches for selecting a positive electrode (+) or a negative electrode (−) for a non-short bipolar electrotherapy device, and L _{1 to} L ₆ represent voltage output terminals for a non-short multipolar electrotherapy device.

Referring to the operation of the circuit diagram of the present invention configured as described above are as follows.

First, as shown in FIG. 2 (a), the power supply unit 10 selects an AC power source of 110 V or 220 V from the power selection switch SW ₁ , and then turns on the power switches SW ₂ and SW ₄ . _A predetermined power supply is induced on the secondary side of ₁ , T ₃ ). This organic power supply is rectified through bridge diodes (BD ₁ , BD ₃ ) and smoothing capacitors (C ₁ , C ₉ ) to provide substrate power (Vcc ₁ , Vcc ₂ ), resulting in a stable output power that is lower than the input power. It is applied to the regulator (IC ₁ , IC ₃ ) to supply. In addition, on the secondary side of the transformer (T ₁ , T ₃ ), the induced power is passed through the bridge diode (BD ₂ , BD ₄ ) to output a predetermined DC power (B + ₁ , B + ₂ ), the capacitor (C ₃ , C) ₁₁ ) is applied to the constant voltage integrated circuits IC ₂ and IC ₄ to change the transistors TR ₁ and TR ₄ and to adjust the variable resistors VR ₁ and VR _{3 of the} output voltage controllers 110 and 120. To output predetermined DC power sources B + ₁ and B + ₂ . The DC power sources B + ₁ and B + ₂ are supplied to the primary side of the transformers T ₂ and T ₄ of the positive output unit 30 of FIG. 2 (c).

FIG. 2 (b) shows a circuit diagram of the pulse generator 20. The resistors R ₆ , R ₇ , R ₁₉ , and R ₂₀ , the capacitors C ₇ and C ₁₅ , and the inverters I ₁ -I ₆ ) to generate a pulse signal having a predetermined oscillation frequency, it is possible to adjust the frequency of the oscillation pulse signal generated by adjusting the variable resistor (VR ₂ , VR ₄ ) of the output frequency adjusting unit (210, 220). The pulse signal having the adjusted oscillation frequency is applied to the input terminals IN ₁ and IN ₂ of the anode output unit 30 shown in FIG. 2C through the output terminals OUT ₁ and OUT ₂ , respectively. .

The pulse signal having the oscillation frequency applied to the anode output unit 30 is waveform-shaped through diodes D ₁ and D ₃ and then amplified by transistors TR ₂ , TR ₃ , TR ₅ , and TR ₆ . Is applied to the primary sides of the transformers T ₂ and T ₄ . The voltage induced on the secondary side of the transformers T ₂ and T _{4 is} connected to the resistors R ₁₃ and R _{26 on the} positive side and the triangular waveform generators 310 and 320 on the negative side. The polarity is selected by the operation of the positive output selector switches SW ₃ and SW ₅ and is output through the respective output terminals L _{1 to} L ₆ .

FIG. 4 (a) shows three non-short bipolar electrotherapy devices arranged in parallel. The power switches E _{1 to} E ₆ of FIG. 1 are turned on, and the output voltage regulators F _{1 to} F ₆ are output. The controllers G _{1 to} G ₆ , the pole selection switches K _{1 to} K ₆ , and the operating time setters H _{1 to} H _{6 are} shown to be available as multiple poles.

The non-short bipolar electrotherapy device is provided with a power supply unit and a pulse generator separately for each pole, and a resistance (R ₁₃ ) at each of the positive poles in front of the pole selection switches SW ₃ and SW ₅ of the anode output unit 30. , R ₂₆ ), each of the (-) poles have triangular waveform generators 310 and 320 so that no matter which pole is selected and outputted, there is a time difference between the voltages and the output waveforms between the poles and the waveforms are changed to each other. There is no risk of short-circuit, which is noted as a disadvantage in conventional electrotherapy because it is wrong. In FIG. 2 (c), the (+) pole resistance of the two output stages is shown as an example of connecting a triangular waveform generator to the (-) pole, but since the arrangement is not fixed, the (+) of each of the two output stages is shown. A triangular waveform generator may be configured at the pole and a resistor may be configured at the negative pole. In addition, a resistor may be disposed at a positive pole of one output terminal, a triangular waveform generator at a negative pole, a resistor of a triangular waveform generator at a positive pole of the other output terminal, and a resistor at a negative pole. The positive electrode and the negative electrode may be replaced with each other. It can be applied as triangle wave or pulse wave.

In FIG. 4 (a), three non-short bipolar electrotherapy devices are arranged in parallel, but the number is not limited, and three or more bipolar electrotherapy devices may be implemented in a limit allowed by the size. In addition, in Fig. 2 (a), but in parallel in the circuit in front of the transformer (T ₁ ), further studies in the future to simplify the circuit will increase the number of poles of the non-short-circuit positive electrode treatment device.

As described above, the present invention uses the power supply and the pulse generating unit separately for each output circuit of each pole, and utilizes the time difference and the change of the waveform of the two poles generated by configuring the resistance and the triangular wave or pulse generator at the output terminal. In addition to the physical effects expected from the electrotherapy device, the risk of short circuits can be eliminated, and the positive electrode can be used to eliminate the pathogenic factors caused by disproportionate dislocations and to remove the positive or multipolar areas as needed for abnormal lesions. Because it can be selected, it can maximize the treatment effect for each part and disease. In other words, depending on the amount of use, a non-short-circuit bipolar therapy device with two output poles can be used at home, and a large number of patients may use a non-short bipolar bipolar therapy device with two or more output poles when there is a high demand such as a hospital. Treatment at the same time, even one patient can treat several parts of the disease at the same time can reduce the conventional treatment time several times.

1 is a schematic diagram of a non-short bipolar electrotherapy device according to the present invention;

Figure 2 (a) to (c) is a drive circuit diagram of a non-short bipolar electrotherapy device according to the present invention, Figure 2 (a) is a power supply unit, Figure 2 (b) is a pulse generator, Figure 2 (c) is an anode output part,

Figure 3 (a) is an exemplary view showing the appearance of a non-short bipolar electrotherapy device according to the present invention,

Figure 3 (b) is also an exemplary configuration of a representative treatment unit that can be applied to the non-short bipolar electrotherapy device according to the present invention,

Figure 3 (c) is a state diagram at the time of disease treatment of the human body by the non-short bipolar electrotherapy device of the present invention,

4 is an overall configuration of three non-short bipolar electrotherapy apparatus arranged in parallel, Figure 4 (a) is a schematic diagram of a parallel connection circuit, Figure 4 (b) is an exemplary configuration of the appearance.

<Description of the code | symbol about the principal part of drawing>

10: power supply unit 110, 120: output voltage control unit

20: pulse generator 210, 220: output frequency control unit

30: anode output section 310, 320, triangular waveform generator

40: operating time control unit 50: treatment unit

50 ': Healing Rod

Claims (2)

A power supply circuit portion 10 for bridge rectifying commercial AC power and supplying a predetermined DC power to each circuit portion, and a pulse generator 20 for inputting a predetermined high voltage oscillation frequency signal to the anode output portion by adjusting a pulse generating frequency; By amplifying and waveform shaping the signal output from the pulse generator 20, the positive pole output unit 30 that can select the pole according to the position operation and the operation time to control and display the operation control unit 40 with an alarm function In the electrotherapy device made, The power supply circuit unit 10 and the pulse generator 20 are provided separately for each pole; A short circuit is prevented by providing a resistor and a triangular waveform generator or a pulse waveform generator at the output terminal of the positive electrode output section 30, respectively; A non-short positive pole, characterized in that a plurality of poles can be selected simultaneously by connecting the power supply circuit unit 10, the pulse generator 20 and the positive electrode output unit 30 together with the operation time control unit 40. Electrotherapy. delete