KR20030088622A - Multiplexes madicate apparatus for single pole output signal - Google Patents

Abstract

PURPOSE: Provided is a treatment equipment with multiple terminals to treat different part of several aching parts with different output of power. The equipment enhances treatment effect by treating several parts at the same time. CONSTITUTION: The treatment equipment comprises: a power distribution part to distribute AC power source to No. 1, 2, 3 output terminals(4,5,6); a power circuit part to supply DC power to each circuit after bridge rectifying the received power; a pulse generating part which inputs certain high power pulse signal after adjusting pulse generating frequency; an output part which outputs a terminal after trimming and wave-forming the signal from the pulse generating part and selecting polarity by controlling the switch; a multiple terminal output part which delivers cathode(-) or anode(+) to the treating rods with the output power terminals of No. 1,2,3(4,5,6) outputting part; and the treating rods which treat diseases .

Description

MULTIPLEXES MADICATE APPARATUS FOR SINGLE POLE OUTPUT SIGNAL}

The present invention relates to a multi-pole output therapy example, described in detail,

A multi-pole output which saves the treatment time of multiple disease sites by outputting a plurality of single poles generated through the circuits of FIGS. 3A, 3B, and 3C. It is about a therapeutic device.

Conventional unipolar power therapy devices are treated with a simple method using a polarity such as cathode (-) or anode (+), depending on the condition (positive potential or negative potential) as a single target because only one output unit.

However, if the positive or negative potential is formed in various parts of the human body, or if the positive and positive potentials are formed in different parts of the body, treating them one by one takes a lot of time and does not provide a rapid therapeutic effect. There was this.

The present invention has been made to solve the above problems, by outputting an independent unipolar path through several passages to select the appropriate polarity according to the condition of the diseased site by treating several sites at the same time to shorten the treatment time as well as to increase the therapeutic effect. It is an object of the present invention to provide a multi-pole output therapy device.

Technical means of the present invention for achieving this object is a power distribution unit for distributing a commercial AC power supply to each circuit, such as a first single-pole output device, a second single-pole output device, a third single-pole output device, and input from the power distribution unit A power supply circuit section for bridge rectifying the supplied power supplies to supply a predetermined DC power supply to each circuit section, a pulse generator section for inputting a predetermined high voltage oscillation frequency signal to the unipolar output section by adjusting a pulse generation frequency, and outputting from the pulse generator section Monopolar output of each device such as a monopolar output unit, a first monopolar output device, a second monopolar output device, and a third monopolar output device that amplify and waveform-shape the signal and select polarity according to a switch operation to output only a single pole. A multipolar pole output unit for delivering a negative electrode (+) or a positive electrode (+) output from the unit to a treatment rod and a plurality of monopoles output from the multipolar pole output unit It is characterized by the fact that it consists of a therapeutic rod that treats the disease by inverting the thickening.

Figure 1 is an appearance configuration example of a multi-pole output therapy device according to the present invention

2 is a configuration diagram of a power distribution unit of a multi-pole output therapy device according to the present invention;

3 is a first single-pole output device in the multi-pole output therapy device according to the present invention,

As a driving circuit required for the second single-pole output device, the third single-pole output device, and the like,

(A) Configuration diagram of power circuit.

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

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

4 is a configuration diagram of a multi-stage pole output unit according to the present invention (when three sets of single pole output devices are mounted),

5 is an exemplary view of treatment using a multipolar pole

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

1: first power distribution terminal

2: second power distribution terminal

3: 3rd power distribution terminal

4: first single-pole output terminal

5: 2nd single pole output terminal

6: third pole single pole output terminal

7: skin contact rod

7-a leads, 7-b handles, 7-c skin contacts

8: diseased area

8-a is positive potential (inflammation), 8-h is negative potential (degeneration)

10: power circuit

20 pulse, generating circuit part

30: single pole output circuit

Hereinafter, a case in which three single-pole output devices such as a first single-pole output device, a second single-pole output device, and a third single-pole output device are installed will be described in detail with reference to the accompanying drawings.

1 is a view showing an example of the appearance configuration of a multi-pole output therapy device according to the present invention,

A is the power connection plug (corresponds to vin in FIG. 2)

B is the power on / off switch (corresponds to SW ₁ in FIG. 2)

C is the first single-pole output device start switch (corresponds to SW ₂ of Figure 2)

C ₁ is the first single-pole output voltage control switch (corresponding to VR ₁ of FIG. 2)

C ₂ is the first monopole output frequency control switch (corresponding to VR ₂ of FIG. 2)

C ₃ is the first single-pole output device single-pole selection switch (corresponds to SW ₃ in FIG. 2)

C ₄ is the first single-pole output device single-pole output terminal (corresponding to OUT ₂ of Fig. 2)

D is the start switch of the second single-pole output device

D ₁ is the second single-pole output voltage control switch

D ₂ is the second single-pole output frequency control switch

D ₃ is the 2nd pole output switch

D ₄ is the second monopolar output device

E is the start switch of the third single-pole output device

E ₁ is the third single-pole output voltage control switch

E ₂ is the third single-pole output frequency control switch

E ₃ is the 3rd pole output device

E ₄ is the third monopole output terminal

Will be shown respectively.

FIG. 2 is a configuration diagram of a power distribution unit of a multi-stage pole output treatment device according to the present invention, and includes a first single pole output device, a second single pole output device, and a third unit through a power opening / closing switch SW ₁ connected to a power connection plug Vin The first power distribution terminal 1, the second power distribution terminal 2, and the third power distribution terminal 3, each of which can distribute power to the single-pole output device, are connected to each other. 3 (a) is a circuit diagram of a power supply unit 10 commonly used in the first single-pole output device, the second single-pole output device, and the third single-pole output device of the multi-pole output therapy device according to the present invention, It is connected to the distribution terminal of the power distribution unit at the primary side of (T ₁ ), and on the secondary side thereof via a bridge diode (BD ₁ ), a constant voltage IC (IC ₁ ), a transistor (TR ₁ ), and a variable resistor (VR ₁ ) for voltage regulation. ) Is configured to output DC power (B ⁺ ), and is also configured to output DC power (VCC) by connecting the regulator (IC ₂ ) through the bridge diode (BD ₂ ). Reference numeral F ₁ denotes a fuse, C _{1 to} C ₆ denote a capacitor, and R ₁ to R ₅ denote a resistance.

3B illustrates a circuit diagram of the pulse generator 20, and includes inverters IN _{1 to} IN ₃ , variable resistance VR ₂ for frequency adjustment, resistors R ₆ and R ₇ , and a capacitor C. ₇ ) interconnect configuration.

3 (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 ) and a single-pole output selection switch SW ₃ through a transformer T ₂ on the collector side of the transistor TR ₃ .

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

4 is a configuration diagram of a multi-pole output unit of the multi-pole output therapy apparatus according to the present invention, and is connected to each single-pole output circuit unit 30 such as a first single-pole output device, a second single-pole output device, and a third single-pole output device. It is divided into the 1 monopole output terminal 4, the 2nd monopole output terminal 5, and the 3rd monopole output terminal 6.

Referring to Figure 5 attached to the operation and effect of the present invention configured as described above is as follows.

First, when the power on / off switch SW ₁ of FIG. 2 is opened, power is applied to the first distribution terminal, the second distribution terminal, and the third distribution terminal, respectively. At this time, the first single pole output device or the second single pole output is applied. One or two of the device, the third single-pole output device can be operated, or three can be operated at once.

As shown in Fig. 3A, when the operation start switch of the power supply circuit section 10 of each single-pole output device is opened, a predetermined AC voltage is induced on the secondary side of the transformer T ₁ , and each induced voltage is a bridge diode. It is rectified and smoothed through (BD ₁ , BD ₂ ) and capacitors (C ₁ , C ₂ ) and applied to the constant voltage IC (IC ₁ ) and the regulator (IC ₂ ).

As a result, a stable DC voltage B ⁺ VCC is supplied to each circuit part through the constant voltage IC IC ₁ and the regulator C2.

As shown in (b) of FIG. 3, the pulse generator 20 generates pulse signals of a predetermined cycle by the inverters IN _{1 to} IN ₃ , the resistors R ₆ and R ₇ , and the 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 unit 30 shown in FIG.

This signal is waveform-formed via a capacitor (C ₈ ) and resistors (R ₈ -R ₁₂ ) and a diode (D ₁ ) and then amplified through transistors (TR ₂ , TR ₃ ) to the primary side of the transformer (T ₂ ). The negative (+) or positive (+) voltage applied to 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 ). do.

The negative (+) or positive (+) voltage selected in this way is transferred to the first single pole output terminal 4, the second single pole output terminal 5, or the third single pole output terminal 6 of the multi-pole output portion shown in FIG. 4. It is applied and conducted to the skin contact rod 7 of FIG.

The skin contact rod 7 can be generally used, which is composed of a conductive wire 7- _a , a non-conductive handle 7- _b , and a skin contact portion 7- _c .

FIG. 5 shows an example of treating a diseased area 8 by using a multipolar pole outputted through a multipolar pole output therapy device comprising three sets of monopolar output devices of the present invention. The positive potential 8- _a and the negative potential 8 _-b ), positive potential (8- _a ), such as the symptoms of three sites can be treated at once by selecting the polarity according to the characteristics.

As described above, the present invention treats multiple pathologies at a time by appropriately selecting and outputting a plurality of monopoles according to the condition, thereby saving treatment time as well as saving treatment time compared to conventional treatment devices that can treat only one place with one treatment unit. It can double the effect.

Claims (1)

A power distribution unit (FIG. 2) for distributing commercial AC power to each circuit unit such as a first single pole output device, a second single pole output device, and a third single pole output device; A power supply circuit section 10 for supplying predetermined circuit power to each circuit section by bridge rectifying the power input from the power distribution section; A pulse generator 20 for inputting a predetermined high voltage frequency signal to the unipolar output unit by adjusting a pulse generation frequency; A monopole output unit 30 for waveform-shaping a signal output from the pulse generator and outputting only a single pole whose polarity is selected in accordance with a switch operation; A multi-pole output unit (FIG. 4) for transmitting a negative electrode (-) or a positive electrode (+) output from the monopolar output unit of each output device such as a first output device, a second output device, and a third output device to the treatment rod; The multi-pole output therapy device, characterized in that consisting of a therapeutic rod (Fig. 5) for treating a disease by conducting a plurality of single poles output from the multiple unipolar output unit to the diseased site.