RO121463B1 - Apparatus for bioenergetic rebalancing - Google Patents

Abstract

The invention relates to an apparatus for human body bioenergetic rebalancing, the general state of the organism being improved thereby. The claimed apparatus for human body bioenergetic rebalancing which comprises an inductor generating electromagnetic pulses is characterized in that it consists of an oscillator (O1) which base-controls a transistor (T1) through which an induction coil (L) is supplied, said coil determining the switching on and off of the transistor which is also controlled by a second frequency-regulated oscillator (O2) whose frequency value is higher than the frequency of the first oscillator, so that, under the control of the two oscillators (O1 and O2), the induction coil (L) generates pulse-trains whose frequency is determined by the second oscillator (O2), while the duration of the pulse train is determined by the first oscillator (O1), a diode (D3) mounted in parallel on the induction coil (L) eliminating the negative pulses.

Description

The present invention relates to an apparatus for bioenergetic rebalancing of the human body, thereby improving the general state of the body.

For the bioenergetic rebalancing of the human body, from the patent RO 106656, a method of balancing by biostimulation of the human body is known, which consists in treating the traditional acupuncture points of the body. The method consists in measuring the frequency of the terminal points of the energy meridians, comparing them, on the computer, with the acupuncture points of the ideal theoretical man, and determining, following this comparison, the points to be biostimulated.

Biostimulation is performed with an individual electrostatic biostimulator; such an individual biostimulator is described in PCT patent application WO 89/10159.

The magnetotherapy device comprises a current generator, an energy accumulator and a battery discharge circuit that contains a switching element and an inductor capable of generating a healing magnetic pulse, the device also containing a block for controlling the duration of the magnetic pulse generated by the inductor as a regulator for controlling the amplitude of this pulse. The battery discharge unit contains a block through which the slope and the growth front of the magnetic field generated by the inductor are adjusted.

As can be seen, in principle, with this device, the biostimulation method described above can be applied, but this device has the following disadvantages:

- generates a single magnetic field pulse, thereby reducing the efficiency of biostimulation;

- has a complicated scheme, which causes a large size and high costs, limiting the use of this device in specialized medical units.

Another comparison patent is the Japanese patent JP 4319367. It has an irradiation device for treating the body using electromagnetic waves. It comprises a low frequency oscillator, with the frequency varying between 1 Hz and 100 kHz and a high frequency oscillator. With these oscillators, modulated wave trains are obtained, with which the tissue or the patient is irradiated, using an antenna for signal transmission. The low-frequency oscillator is constructed to sweep a variable frequency zone. During this time, a particular reaction of the patient is sought, using a frequency sensor. When a patient reaction occurs, the scan frequency is stopped and a period is retained to perform irradiation. This device uses a frequency range different from that of the device according to the invention, and the frequency range is continuously scanned.

The technical problem solved by the invention consists in the constructive simplification of an energy biostimulation device, thereby reducing the size and the costs of production, so that this device can be used individually and, respectively, outside specialized medical units.

The apparatus for bioenergetic rebalancing of the human body, according to the invention, removes the mentioned disadvantages, in that it is constituted by an oscillator that controls on the basis of a transistor, through which an induction coil is fed, determining its closing and opening, the transistor being controlled in base and a second oscillator, with adjustable frequency and having the frequency value higher than the frequency of the first oscillator, so that, following the command of the two oscillators, the induction coil generates pulse trains, having the frequency determined by the second oscillator and the duration of the pulse train determined by the first oscillator, a diode mounted parallel to the induction coil eliminating the negative pulses.

RO 121463 Β1

The apparatus for bioenergetic rebalancing of the human body, according to the invention, has the following advantages:

- it is simple and easy to use; 3

- it has an overall size and low costs;

- it allows the generation of pulse trains of different frequencies, allowing its use in the treatment of a wide range of conditions.

The following is an example of embodiment of the invention, in connection with the figure 7 which represents the scheme of the apparatus for bioenergetic rebalancing of the human body according to the invention. 9

As can be seen from the figure, the apparatus for bioenergetic rebalancing of the human body, according to the invention, comprises a first oscillator O _1t which generates 11 a frequency of about 1.1 Hz, the generator is of the RC type and is made with two gates NAND type of an integrated circuit. 13

With the other two NAND gates of the integrated circuit, a second oscillator is made

O ₂ (also RC type), which can usually generate frequencies between 2 and 15 Hz; The selection 15 of the frequency corresponding to the purpose pursued is made by means of a switch C, by introducing, in the circuit, one of the capacitors C ₃ , C ₄ , C ₅ . The pulses generated by the two oscillators are applied, by means of a resistance group and capacitor R ^, respectively R ₂ C ₂ series, based on a transistor Τ _υ which controls the supply of a coil of 19 induction L; In parallel, a D ₃ diode is mounted on the induction coil, which aims to eliminate the negative electromagnetic pulses that the coil could generate. 21

Two other diodes D _v D ₂ , one mounted on the base-emitter junction of the transistor and the other between the collector and emitter, are intended to protect the transistor T against negative 23 pulses.

In the following, we will show how the presented device works. As shown 25, the device is an electronic generator of magnetic field of very low frequency and intensity. With the aid of switch C, one can select the working frequency, in a 27 preferred embodiment of the invention, any of the following seven pre-programmed frequencies 1,9,2,1, 2,3, 2,7, 6,3, 10,1 and 16.9 Hz; of course, depending on the needs, the device can be adapted to generate other frequencies.

From the specialized literature, but also from the experience, it was found that: 31

- frequencies between 2 and 3.5 Hz are especially effective for fighting and preventing infections; 33

- frequencies between 4 and 7 Hz are especially effective for controlling fatigue and stress; it is not recommended to be used when 35 activities are required that require concentration;

- frequencies of about 10 Hz have stabilizing, stimulating and analgesic effect; the anal-gesic effect is even more pronounced when using negative pulses;

- frequencies of about 16 Hz are recommended to be used by those who tire 39 quickly, increasing the body's resistance to effort.

When closing and opening the T ₁ transistor controlled by the oscillators O! and O ₂ , the induction coil L generates pulse trains, having the frequency determined by the oscillator O ₂ and the duration determined by the oscillator O _r 43

The output signal is obtained at each transition from 1 to 0 of the signal from the two oscillators. From the composition of the two signals, a random signal 45, in the form of impulses, is obtained by the transition 1-0.

Claims (4)

1 Claim 3 Device for bioenergetic rebalancing of the human body, containing an inductor that generates electromagnetic pulses and two oscillators, one fixed, the other adjustable, characterized 5 in that it is constituted by an oscillator (O,) which controls on the basis of a transistor (T,), through which an induction coil (L) is fed, causing the closing and opening 7 thereof, the transistor (T ₁ ) being controlled in the base and by a second oscillator (O ₂ ) with adjustable frequency, and having the value of the frequency higher than the frequency of the first oscillator, so that, high ur9 of the command of the two oscillators (0 _o O ₂ ), the induction coil (L) generates pulse trains, having the frequency determined by the second oscillator (O ₂ ) and the duration of the 11 pulse train determined by the first oscillator (O,), a diode (D ₃ ) mounted parallel to the coil induction (L) eliminating negative pulses.