JPH063622Y2 - Electromagnetic wave therapy device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial field of application] The present invention relates to an electromagnetic wave therapeutic device of a selectively driven type that allows a user to easily perform treatment and mainly regards safety as a power effect factor via a personal computer. .

[Prior Art] Conventionally, it has been widely sold and used as an electromagnetic wave therapeutic device. Moreover, the majority of these electromagnetic wave therapy devices are mostly those belonging to low frequencies. There are also many applications related to this. Regarding these conventional applications, Japanese Patent Application No. Sho 62
-325534. Therefore, the inventor conducted an investigation on these matters, but as in the case of the present invention, almost no application was found for treating the total output of time, voltage, frequency and current as constant factors. In addition, the inventor has disclosed in Japanese Patent Application No. 62-325534 that the electric power based on the total action factor that combines the constant action factors of the empirical value and the estimated value (safety range) at the same time with the above-mentioned time, voltage, frequency and current value as the therapeutic value. It is used as a treatment by simultaneously outputting all the data via a personal computer.

[Problems to be Solved by the Invention] The present invention is slightly different from the above-mentioned Japanese Patent Application No. 62-325534. I tried to be able to serve.

[Means for Solving the Problems] The inventor of the personal computer system tried to enable the user to treat with the total electric power that the user freely selects and outputs the action factor through the personal computer as described above. It is an electromagnetic wave therapy device.

For this reason, the operating factors obtained from experience, such as time, voltage, frequency, and current, and the action values belonging to these, are stored in the memory of the personal computer, and on the other hand, these factors are selectively and sequentially switched. Is set in the register of the I / O port, and the practitioner causes the expected action factor to be output in a timely manner by switching, and the electric power is used to drive the contactor for treatment. In this case, the above-mentioned action factor is an electromagnetic wave therapy device which can be displayed every switching and can be treated while giving the user a sense of security.

[Embodiment] The electromagnetic wave therapy device of the present invention is based on the program control system of the personal computer IC of the personal computer system as described above. That is, the action factor data based on the present invention is stored in the memory of the personal computer IC, while the control data for sequentially outputting these factors is stored in the register of the I / O port, and the factor data is sequentially output to the external interface by switching. However, the contactor described later is driven by the total electric power corresponding to these to be used for treatment.
Further, the following Table 1 relates to the data of the action factors based on the present invention.

The leftmost column in the above table displays operating species of operating time, voltage, frequency, and current, which correspond to the address input to the X-axis decoder of the memory cell. The upper row displays designated values of the action factors belonging to the above-mentioned action species, and also corresponds to the address input to the Y-axis decoder. Therefore, the values in the square frames in the table correspond to the data of the so-called memory cells of the personal computer IC, and these data values are stored in these cells.

On the other hand, the I / O port register stores the data of the program for sequentially outputting the above-mentioned action factors.
From the above, the user can perform treatment by driving the contactor described later by the electric power based on the corresponding total output by selecting and switching the expected action factor according to this table.

Next, FIG. 1 is a schematic diagram of a configuration of an electromagnetic wave therapeutic device of a personal computer system based on the present invention.

In the figure, A indicates a rotary switch, which is provided separately for SWA and SWB. As described above, SWA designates an action species based on the present invention, and SWB designates action data of an action factor belonging to the action species. In addition, the pointers 1a and 1b of each switch are rotation instruction arrows for instructing the instruction value. In addition,
In addition, this switch changes the display value of a normal digital switch to 2
I use it in minutes.

A schematic diagram of a CPU configuration of a personal computer, which is a main part of the present invention, is shown in B in the figure, which is a publicly known one.
U (including interface hardware), I /
It consists of an O port (including a register) and an external interface device. The memory IC has the first
Data of action factors and action programs according to the table are stored, and data of control programs for selectively outputting the factors corresponding to these are also stored in the registers of the I / O port. ing. Therefore, the switching command selected by the user is sent from the I / O port to the CP.
Through the U, the expected action factor data stored in the memory cell is output again through the I / O port, and the power from the corresponding total output drives the contactor described below via the interface device for the purpose. It is possible to carry out treatment according to the treatment.

The electric power by the above-mentioned comprehensive output drives the contactor P via the ammeter L via the conductors G1 and G2, and the end of the conductor P is a so-called acupoint of the user (nervation of the human body).
Treatment is carried out by contacting with.

The above external interface device I will be described.

C of the same section uses time as an action species, and t1, t2, t3, t4
Is shown as its factor. There are many circuits that use crystal oscillation, but it is also possible to make the microcomputer wait for a time using a soft method.

Further, D has a voltage as an action species, and V1, V2, V3, V4
Is used as a factor, and a circuit composed of a transistor, a diode and a resistor is used for this.

Further, E is the frequency of the acting species, f1, f2, f3, f4
Is used as a factor, and a circuit composed of a transistor, a capacitor and a resistor is used.

It should be noted that F has an electric current as an acting species, A1, A2, A3, A4,
Is used as a factor, and a circuit composed of various resistors is used.

Next, FIG. 3 shows an LED, which is commonly used as a numerical light indicator and its circuit is also known. That is, a part of the output data of the above-mentioned factor is sequentially displayed as a number through the BCD7 segment decoder through the counter, and in the device of the present invention, a plurality of data are installed according to the output of the above-mentioned factor.

In addition, regarding G1 and G2 in the drawing of FIG. 1, the former is a passing conductor of a low frequency part and the latter is a passing conductor of a middle and high frequency part. Next, L in the drawing is an ammeter, which may be a material that changes color with current, but a conventional ammeter is desirable.

Also, K is a conductor and P is a conductor. In particular, various shapes of the contactor can be considered, but the needle state is preferable. This is based on the fact that electricity tends to concentrate on the tip as much as possible and the output power is small as in the case of the present proposal.
This is because a needle-like conductor is naturally conceivable in order to maximize the effect with a small amount of electric power. Furthermore, H is for establishing the arm at the negative terminal. Further, in the figure, S indicates a power source, and a battery is sufficient for this, but it is desirable to install a commutator for long-term treatment.

Next, as the usage of this device, first, connect the power source, and according to the above Table 1, align the number AI of SWA with the arrow 1a and the number B2 of SWB with the arrow 1b, and then the LED
3 (min) is displayed in (1), and then the number of SWA A
If you align II with arrow 1a and simultaneously align SWB number B2 with arrow 1b, LED (2) will display 2.0 (V). Furthermore, align SWA number AIII with arrow 1a and press S
2 (f) is displayed on LED (3) when WB number B1 is aligned with arrow 1b, and SWA number AIV is aligned with arrow 1a and SWB number B3 is aligned with arrow 1b. LED (4) Displays 5.0 (mA). Therefore, by the selective operation as described above, the electromagnetic wave treatment device of the present invention is driven and output with a total electric power of 0.01 W of 2 V, 2 f, and 5 mA for 3 minutes.

[Effect of the Invention] The electromagnetic wave therapy device of the present invention is a switching type using a personal computer system, and is composed of the above-mentioned action species which a user expects appropriately according to his / her own symptoms and the action factors based on the action factors belonging thereto. LE for switching the generated power
You can freely output while checking with D. In particular, the above-mentioned action factors are within the range of numerical values estimated empirically or from the degree of safety, and the maximum output among the action factors is 0.1 W, so it is a safe and highly effective electromagnetic wave therapeutic device. .

[Brief description of drawings]

FIG. 1 is a schematic diagram of an electromagnetic wave therapeutic device for a personal computer system based on the present invention, FIG. 2 is an explanatory diagram of switches of the device, and FIG. 3 is a basic circuit of a 7-segment type. Reference A: switch group, B: personal computer body, G
1, G2, K ... Conductive wire, H ... Negative terminal, I ... External interface device, L ... Ammeter, P ...
-Connector, S ... power supply, SWA, SWB ... rotary switch, 1a, 1b ... arrow.

Claims (2)

[Scope of utility model registration request] 1. In an electromagnetic wave therapeutic device for a personal computer system, time, voltage, frequency and current are used as action species, and action factors of electric power, which are action factors belonging to each of these action types, are stored in a memory of a personal computer. A control program for sequentially switching and outputting the above-mentioned action factors expected by the user is also set in the register of the I / O port, and the action factors freely expected by the switching are output-operated, and each switching is performed. An electromagnetic wave therapeutic device characterized in that the action factors are sequentially displayed on an LED. 2. The action factor is time 1 to 10 minutes, voltage 1
The electromagnetic wave treatment device according to claim 1, wherein the setting is made within a range of -10 V, frequencies 1 to 5 f and 500 to 2000 f, and current of 0.05 to 10.0 mA.