KR19990083356A - Medicate Apparatus For Heating Type Single Pole Output Signal - Google Patents

Abstract

The present invention is to select the polarity of either the negative (-) or the positive (+) to maintain the proper potential of the human tissue by using only a single electrode to induce chemical changes in the body suitable for biological activity to the potential inside the human body (bio) The present invention relates to a monopolar output therapy device that eliminates diseases caused by disproportion of composition to promote human health and to combat disease.

In addition, the present invention by attaching the heating device to the pole electrode of the monopolar power therapy device, the neutralizing effect of the positive potential or negative potential of the human tissue by the unipolar action and the relaxation effect of the tissue cells by the temperature rise is combined to double the therapeutic effect of the disease A heated single-pole output therapy device.

To this end, the present invention provides a power supply circuit unit for supplying a predetermined DC power supply to each circuit unit by rectifying the bridge, the pulse generator for inputting a predetermined high voltage oscillation frequency signal to the unipolar output unit; The human body is supplied with a single pole output unit for amplifying and waveform shaping the signal output from the pulse generator and selectively outputting only a single pole according to a switch operation, and a single pole output that is a negative (+) or a positive (+) output from the single pole output. A single pole rod that neutralizes and resolves the negative potential or the positive potential formed in the tissue, and a heat generation and temperature control unit for generating heat and controlling heat by supplying DC power from the power circuit unit to the heater or the infrared lamp are installed in the single pole output unit. The temperature control device is attached to a single pole rod that receives a cathode (−) or an anode (+) output from the unipolar output unit. Is generated and assembled into the image device is enclosed and heat is composed of a single-pole electrical so as to act simultaneously in neuropathy region.

Description

Medicate Apparatus For Heating Type Single Pole Output Signal}

The present invention relates to a heated monopolar output therapy device, in particular, by selecting the polarity of one of the cathode (-) or the anode (+) to use only a single electrode to maintain the proper potential of the human tissue chemical changes in the body suitable for biological activities Induces the human body (living body) to remove the disease caused by dislocations caused by dislocations in the body to promote human health and to combat disease, and also by using the heat to relax the affected tissues smooth blood circulation At the same time, the present invention relates to a heated single-pole output therapy device that has a complex effect in the treatment of diseases, such as by using the properties of a single electrode to maintain a proper potential of human tissue to remove a pathogen caused by dislocation imbalance in a living body.

As is well known, if inflammation or degeneration in human tissues progresses, organ activity is deteriorated, causing health or disease. The above-described inflammation or degeneration of tissues is caused by dislocation imbalance. .

Conventional electric health management or disease treatment devices (low frequency physiotherapy, medium frequency physiotherapy, high frequency physiotherapy, etc.) transfer heat or vibration generated by short-circuit of negative (-) and positive (+) to human tissue. Alternatively, the cathode (-) and the anode (+) were brought into contact with the skin at the same time to cause a short circuit in the tissue to obtain the physical effect of the stimulus.

However, such a prior art is not only difficult to suppress the dislocation of the potential formed in the tissue, that is, the progression of inflammation or degeneration of the tissue, but also has the problem of causing side effects such as impact or damage of the electrical short circuit, and also the electrical action Overcomes the limitations of therapeutic effects because it mainly uses a simple stimulation method that induces changes in lesions by transferring heat generated in the affected area to relax the rigid tissue or indirectly or directly energize the body to stimulate the affected area. I couldn't.

Therefore, the present invention has been made to solve the above problems of the prior art, by using the unipolarity of electricity to remove the onset caused by the disparity of dislocation composition in the human body can contribute to the promotion of human health and disease eradication The main purpose is to provide a monopolar power treatment device.

In addition, another object of the present invention is to provide a heated unipolar output therapy device that can contribute to the promotion of human health and combat disease by overcoming the limitations of such treatment by combining the thermal effect and the unipolar effect of electricity in human tissues.

The technical means of the present invention for achieving this purpose is a power supply circuit section for bridge rectifying the commercial AC power supply to supply a predetermined DC power supply to each circuit portion, and a predetermined high voltage oscillation frequency signal is adjusted to the unipolar output section by adjusting the pulse generating frequency. A pulse generator for inputting, a monopole output unit for amplifying and waveform shaping the signal output from the pulse generator, and selectively outputting only a single pole according to a switch operation, and a negative pole (-) or a positive pole outputted from the single pole output unit ( It is composed of a monopolar rod that receives the monopolar output of +) and neutralizes and resolves the negative or positive potential formed in human tissue.

In addition, the present invention is provided with a negative electrode (-) output from the single-pole output unit, and installed in the single-pole output unit, a heat generation and temperature control unit for generating heat and controlling the heat by supplying DC power from the power circuit unit to the heater or infrared lamp; The single pole rod receiving positive (+) is assembled in a shape wrapped with a heat generating device with a temperature control device, so that the heat and the single pole electric are simultaneously operated at the site of the disease.

1 is an exemplary configuration of the external appearance of the heated monopolar power treatment device according to the present invention.

2 is a driving circuit diagram of a heated monopole output therapy device according to the present invention;

(A) Power circuit diagram.

(B) is a circuit diagram of the pulse generator.

(C) is a circuit diagram of a single-pole output unit.

(D) is a circuit diagram of heat generation and temperature control unit.

Figure 3 is an illustration of the configuration of a monopole bar of the monopolar output therapy device according to the present invention.

Figure 4 (a) is a state diagram in which the positive potential of the tissue by the monopolar rod of the present invention is removed.

(B) is a state in which the negative potential of the tissue by the monopolar rod of the present invention is removed.

Figure 5 (a) is an exemplary view of the configuration of a heated monopolar rod of the present invention.

(B) is a plan view of the interior layout of (a).

(C) is an illustration of the use state of (a).

*** Explanation of symbols for the main parts of the drawing ***

1: wire 2: handle (insulator)

3: skin contact (body) 4: skin

5: human body tissue

10: power circuit unit 20: pulse generator

30: single-pole output section

40: heat generation and temperature control unit 41: heater or infrared lamp

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 shows an external configuration example of a monopolar output therapy device according to the present invention, A is the IC power input terminal, B is 110V / 220V power selection switch (corresponding to SW ₁ of FIG. 2),

C is the power switch (corresponds to SW ₂ in FIG. 2),

D is the monopole output selector switch (corresponds to SW ₃ in FIG. 2),

E is the voltage regulating switch (corresponding to VR ₁ in FIG. 2),

F is the frequency control switch (corresponds to VR ₂ in Fig. 2),

G is a single pole and heat generating power output terminal (corresponding to OUT ₂ of FIG. 2 and Heater OUT of (D) of FIG. 2)

H is the temperature control switch (corresponds to VR ₄₂ in (D) of FIG. 2)

Will be shown respectively.

Figure 2 (a) is a circuit diagram of the power supply unit 10 circuit of the single-pole output therapy device according to the present invention, the 110V / 220V power selection switch (SW ₁ ) and the power switch (SW) on the primary side of the transformer (T ₁ ) ₂ ) is connected, and on the secondary side thereof, the DC voltage (B ⁺ ) is output by connecting the constant voltage IC (IC ₁ ), the transistor (TR ₁ ), and the voltage regulating resistor (VR ₁ ) through the bridge diode (D ₁ ). It is configured to be.

In addition, the regulator (IC ₂ ) is connected through the bridge diode (BD ₂ ) is configured to output a DC power supply (VCC).

Here, reference numeral F ₁ is a fuse, C ₁ ~C ₆ are capacitors, R ₁ ~R ₆ represents a resistance.

2 (b) shows the circuit diagram of the pulse generator 20. The inverters IN _{1 to} IN ₃ , the variable resistor VR ₂ for frequency adjustment, the resistors R ₆ and R ₇ , and the capacitor C ₇ ) consists of interconnection.

2 (c) shows a circuit diagram of the single-pole output unit 30. The transistors TR ₂ and TR pass through the diode D ₁ to the terminal IN to which the output signal OUT ₁ of the pulse generator is input. ₃ ) is connected, and the collector side of the transistor TR ₃ is configured to connect a single-pole output selection switch SW ₃ via a transformer T ₂ .

Here, reference numerals R ₈ to R ₁₂ are resistors, C ₈ is a capacitor, and D ₄ is a diode.

Figure 2 (d) shows the heat generation and the temperature control unit 40 circuit configuration,

Configuration interconnect consisting of a thermistor temperature sensor (SN), temperature adjustment variable resistors (VR _42), the reference voltage adjusting variable resistor (VR _41), the comparison amplifier (OP _1), the transistor (TR ₄₁₎ and the relay (RY) It is supposed to be.

Here, reference numerals R ₄₁ to R ₅₀ are resistors, C _{41 to} C ₄₅ are capacitors, IC ₃ is a constant voltage integrated circuit (IC), and D ₄₁ is a diode.

Fig. 3 shows an exemplary configuration of a single pole bar according to the present invention, and is composed of a conductor wire 1, a handle 2 as an insulator, and a skin contact portion 3 as a conductor.

5A and 5B show configuration examples of the heated monopolar rod of the present invention, and the heater 1 or the infrared lamp 41 surrounding the conductor 2, the handle 2 as an insulator, and the heater or It is comprised by the temperature sensor SN mounted in the infrared lamp 41 vicinity.

Reference numeral 42 is a case body.

Referring to Figure 4 attached to the operation and effect of the present invention configured as described above is as follows.

First, a power supply circuit 10, as shown in (a) of FIG. 2 when turning on the power switch (SW ₂₎ in the 110V or 220V alternating current (AC) power source is selected as the power source selection switch (SW ₁₎ is the state A predetermined alternating voltage is induced on the secondary side of the trace T ₁ , and the induced voltage is rectified and smoothed through the bridge diodes BD ₁ and BD ₂ and the capacitors C ₁ and C _2, respectively. ₁ ) and the regulator (IC ₂ ).

As a result, stable DC voltages (B ⁺ ) and (VCC) are supplied to each circuit part through the constant voltage IC (IC ₁ ) and the regulator (C ₂ ).

As shown in (b) of FIG. 2, the pulse generator 20 generates the pulse signal of a predetermined period by the inverters IN _{1 to} IN ₃ and the resistors R ₇ and R ₇ capacitor C ₇ . The variable resistor VR ₂ is variably adjusted to output a high voltage oscillation frequency signal whose pulse generation frequency is adjusted through the output terminal OUT ₁ .

The high voltage oscillation frequency signal is applied to the input terminal IN of the unipolar output section 30 shown in FIG.

The signal is waveform shaped via a capacitor (C ₈ ) and resistors (R ₈ to R ₁₂ ) and a diode (D ₁ ), then amplified through transistors (TR ₂ , TR ₃ ) and applied to the primary side of transformer (T ₂ ). The negative (+) or positive (+) voltage induced on the secondary side of the transformer (T ₂ ) is output only through the output terminal (OUT ₂ ) by the operation of the single-pole output selection switch SW ₃ . .

The cathode (-) or anode (+) voltage thus selected is conducted to the single pole rod shown in FIG.

In this case, as shown in Fig. 4A, when a positive potential is formed in the human tissue 5, the negative electrode (-) is conducted to the monopolar rod to make the skin contact portion 3 into an electron donor. When the skin contact portion 3 of the unipolar rod is brought into contact with the skin 4 of the formed tissue, electrons are moved into the skin 4 through the skin contact portion 3 so that the positive potential formed in the human tissue 5 is increased. Neutralized.

On the other hand, as shown in Fig. 4 (b), when a negative potential is formed in the human tissue 5, the anode (+) is conducted to the monopolar rod to make the skin contact portion 3 into an electron acceptor, and then the negative potential is formed. When the skin contacting portion 3 of the monopolar rod is brought into contact with the skin 4 of the tissue, electrons are moved to the skin contacting portion 3 through the inside of the skin 4 so that the negative potential formed in the human tissue 5 is neutralized. .

On the other hand, the DC power generated in FIG. 2A is applied to the heater or the infrared lamp 41 which is a heat generator through the conductive wire 1. At this time, when heat is emitted from the temperature sensor SN and the resistance value of the sensor SN changes, the resistance value of the comparative amplifier OP ₁ is compared with the reference resistance value, and the transistor TR ₄₁ connected to the output terminal thereof and the relay are changed. As signal to operate (RY) is generated, heater output is ON / OFF to maintain proper temperature at all times.

That is, when the DC power generated in FIG. 2A is supplied to FIG. 2D, the temperature inside the case body 42 shown in FIG. 5A increases, and the heat reaches the surface (skin connection site). Is inverted.

The heat generated simultaneously with the output single electrode (active electrode) as described above is provided with a case body 42 and a single pole skin contact portion 3 incorporating the heated heater or infrared lamp 41 shown in FIG. When contacted with the skin (4) through) the heat and electrode action is combined to increase the therapeutic effect of the human tissue (5).

In this case, as shown in (c) of FIG. 5, the human tissue 5 having the disease is relaxed by heat and the electrical conduction is vigorous while the positive or negative potential of the human tissue 5 is changed according to the selected polarity. Is quickly resolved.

As described above, the present invention is a unipolar power treatment device which selects and uses only unipolarity among negative electrode (-) or positive electrode (+), and is capable of maintaining proper potential of human tissues, thereby inducing chemical changes appropriate to biological activities. The health of the disease, of course, can fight the disease, and there is an effect that can prevent side effects, such as the impact of short circuit of the electrode due to the use of two electrodes or damage to the tissue in advance.

In addition, the present invention, when the tissue is rigid due to the condition by the heating-type monopolar output therapy device equipped with a heat generation and a temperature control device installed in the monopolar output therapy device, the heat and unipolar at the same time acts at the same time to relax the tissue rigidity The combined effect of treatment with dislocations is achieved.

Claims (2)

A power supply circuit unit 10 for bridge rectifying commercial AC power and supplying predetermined DC power to each circuit unit, A pulse generator 20 for inputting a predetermined high voltage oscillation frequency signal to the unipolar output unit by adjusting a pulse generation frequency; A single pole output unit 30 for amplifying and waveform shaping the signal output from the pulse generator 20 and selectively outputting only a single pole according to a switch operation; Unipolar output therapy device characterized in that consisting of a monopolar rod that is supplied by the unipolar output which is the negative (-) or positive (+) output from the unipolar output unit 30 to neutralize the negative potential or positive potential formed in the human tissue . A power supply circuit portion 10 for bridge rectifying commercial AC power and supplying predetermined DC power to each circuit portion, A pulse generator 20 for inputting a predetermined high voltage oscillation frequency signal to the unipolar output unit by adjusting a pulse generation frequency; A single pole output unit 30 for amplifying and waveform shaping the signal output from the pulse generator 20 and selectively outputting only a single pole according to a switch operation; A unipolar rod that receives a unipolar output which is a cathode (-) or an anode (+) output from the unipolar output unit 30 and neutralizes and eliminates a negative potential or a positive potential formed in human tissue; In the monopolar output unit, a heat generation and temperature control unit is installed to supply heat to the heater or the infrared lamp by supplying DC power to the heater or the infrared lamp to control the negative electrode (+) or the positive electrode (+) output from the monopolar output unit. Heated single-pole output therapy device, characterized in that the heat generating device with a temperature control device is assembled in a shape wrapped around the single pole rod supplied with).