KR960000623B1 - Activating device for brain cell by electromagnetic field impetus on the pulse phase - Google Patents

Abstract

The apparatus for increasing memory and study power, employs inducting alpha wave(10±2Hz) so as to activating the brain cell with brain wave(4-20 Hz) generated from a brain ring to which the electromagnetic field of pulse 4-20 Hz is applied. The apparatus includes voltage controller(10) having a transformer(T) with 3 windings(T1-3) and a variable resistor(VR), an oscillator(20) with Zener diode(ZD1-2), and an output circuit(30) with a thyristor(SCR) and a ring coil(L).

Description

Brain cell activation device by pulsed electromagnetic field stimulation

1 is a circuit diagram of a brain cell activation device by pulsed electromagnetic field stimulation according to the present invention.

2 is a device diagram of the present invention.

* Explanation of symbols for main parts of the drawings

10: voltage controller 20: oscillator

30: output part T: transformer

R: Resistor C: Capacitor

VR: Potentiometer Variable resistor ZD: Zener Diode

D, DS: Diode L: Ring State Coil

LED: Light Emitting Diode SCR: Silicon Controlled Rectifier

PUT: Programmable Unijunction Transistor

The present invention relates to a brain cell activating device that improves memory and learning ability by activating the brain function by stimulating the brain in an inactive state by putting a coil generating a special pulsed electromagnetic field around the head.

In general, when the human brain is meditating, the mind and body relaxes, and when the mind is focused on something, the brain is in an active state, and the frequency generated by the human brain radiates brain waves with a frequency of 10 ± 2 Hz. The fact is scientifically proven.

The active state of the brain is the most desirable state for human life, so the training of the mind and body as part of a number of efforts to activate the brain of all the training, regardless of the East and West.

But it is almost impossible for people to achieve this activation state freely when they want it.

As described above, when trying to freely activate the brain, difficult training and considerable time are required. Therefore, the question of whether such an activation state can be achieved mechanically in a short time when and where it is needed has been studied by many people for a long time. After such efforts, various devices were invented, some of which are not very good, but some have been successful in activating the brain.

For example, products such as "Brain Synchronizer" (US Research Circuit) "" MS Square "(American Light and Sound Institute) are good examples. However, these products can either stimulate the ear's hearing, the eye's vision, or both. That is, a method of activating the brain by stimulating the hearing of the ear with music or sound of a specific frequency, or activating the brain by stimulating the vision by intermittently illuminating the beam of a special color (frequency).

Disadvantages of the device using a specific frequency and a specific color (frequency) are as follows. First, sound or light waves specific to hearing or vision are very weak in energy. Therefore, the stimulation to the brain is very small. As a result, many people are aware of the fact that the brain is weakly stimulated, and that the stimulus is easily habituated and weakened. In order to solve the problem, it is better to increase the intensity of the sound or to increase the intensity of the light, but in this case, hearing or vision is excessively stimulated, that is, the brain is excited by the high sound and the strong light, and the safety state is destroyed.

Second, it is difficult to accept other information from outside (such as hearing) by blocking ears and stimulating with sound. They can't open their eyes by covering their eyes and firing strong light. Therefore, you cannot study while looking at the book. Even if such a stimulus is continued for a long time, there is a drawback that if the device is removed, the effect is continued only for a very short time. As a result, these devices are somewhat effective for physical and sleep control, but because they block the eyes and ears, they cannot be directly used for student learning or for improving work efficiency for office workers.

When mental reunification, brain cells are activated. If so, the theory of whether a brain can be induced to an activated state by stimulating brain cells by releasing a pulsed electromagnetic field from the outside to the brain is scientifically established. This is possible due to the resonance and tuning of wave mechanics. In other words, by activating the brain force by forcing the brain by radiating a pulse-like electromagnetic field from the outside of the brain to the brain.

In the experiment using Lotus EEG No. 1 developed by American psychological god Adam Adam, beta wave at 14Hz means normal waking up and alpha wave at 7Hz is sensitive and understandable. Theta wave, which occurs at 4Hz, is a creative ability to concentrate at all times, and the delta wave, which occurs at 2Hz, occurs when you rest at ease.

In order to activate the brain cells as described above, a pulsed electromagnetic field radiation circuit is activated by a device that generates a wave, such as an alpha wave generated from the brain cells, and a concentric coil having a thin pulsed current. It aims to keep the brain active by guiding it and putting the coil around the head to stimulate the brain.

In addition, as another object of the present invention, a ring coil is put around the head and the electromagnetic field of a predetermined frequency and a predetermined voltage is radiated to activate the brain in an inactive state after a while. The test was used to test the effect on students and office workers, which was a surprisingly good result.

In order to realize the above object, the present invention uses two batteries (1.5Vx2) to supply a pulse of 4 ~ 20Hz to a coil in a ring state of a predetermined number of turns, the pulse generated from the coil 4 ~ 20Hz phase It is configured to keep an EEG such as α wave (10 ± 2Hz) to activate the brain cells by applying the electromagnetic field of (狀) to the head and activating brain cells from the circumference of the head (4-20 Hz). By the electromagnetic field induction action of the ring state coil of the predetermined number of turns, it maintains the voltage at the same frequency as the pulsed electromagnetic field inside the brain, leading to a state where α waves are likely to occur. This activates human brain cells and creates a mentally stable state of unification.

The present invention relates to a device for inducing a mental state into a meditation state by stimulating the brain with a special pulsed electromagnetic field using a low voltage of a battery.

Hereinafter, the technical configuration of the present invention will be described in detail with reference to the accompanying drawings. As shown in FIGS. 1 and 2, the primary and secondary coils of the transformer T wound differently around the windings of each coil ( T ₁ , T ₂ ) connects the base and the collector of transistor Q ₃ to each output terminal, and converts the primary coil T ₁ to transistor Q ₁ (Q ₂ ) for driving the transistor Q ₃ . Through a multi-arlington and connect a diode (D ₁ ), a light emitting diode (LED), a resistor (R ₁ ) (R ₂ ), and a potentiometer variable resistor (VR ₁ ) to an output terminal of the tertiary coil (T ₃ ). A voltage controller 10 connected to a base of the transistor Q ₁ through a Zener diode ZD ₁ to a variable terminal of the variable resistor VR ₁ to form a voltage controller 10. The capacitor (C ₁ ) charging and discharging is connected in parallel to the capacitor (C ₂ ) and the zener diode (ZD ₂ ) through the resistor (R ₄ ) and the diode (D ₂ ). A resistor R ₅ (VR ₂ ) is connected to an anode of a programmable unijunction transistor (hereinafter abbreviated as PUT), but between resistors R ₈ and R ₉ of the PUT. A gate is connected, a resistor R ₇ is connected to the cathode of the PUT to form an oscillator 20, a gate of a silicon controlled rectifier SCR is connected to an output of the oscillator 20, and the silicon controlled rectifier ( The output unit 30 is configured by connecting the diode DS and the ring state coil L in parallel to the anode of the SCR.

Looking at the effects and re-effects on the technical configuration of the present invention as described above, first, the formula for generating the electromotive force of the transformer is as follows.

[Equation 1]

Therefore, according to the above formula, the voltage increases according to the number of coil turns.

That is, when a power supply voltage is applied, while the voltage is applied to the transistor Q ₃ via the secondary coil T ₂ , the transistor (via a fixed bias resistor R ₃ connected to the base of the transistor Q ₁ ) At the same time as turning Q ₁ ), the primary coil T ₁ of the transformer flows and turns on the transistor Q ₂ .

At this time, the sinusoidal wave (8-12KHz) is oscillated in the primary coil T ₁ by the voltage flowing in the secondary coil T ₂ of the transformer, and the counter electromotive force is induced in the tertiary coil T ₃ . (Q ₃₎ is turned on, the counter electromotive force by a trigger diode (D ₁₎ to be charged to the regular power at the same time the capacitor (C ₁₎ and that is to charge reverse the capacitor (C _1).

Meanwhile, when the voltage flowing through the potentiometer variable resistor VR ₁ and the voltage set in the zener diode ZD ₁ exceeds the voltage applied to the variable resistor VR ₁ , the zener diode ZD ₁ is turned on to turn on the transistor ( Q ₁ ) is turned off, and the regular power charged in the capacitor (C ₁ ) is driven by the zener diode (ZD ₂ ) and the capacitor (C ₂ ) via the resistor (R ₄ ) diode (D ₂ ). The silicon controlled rectifier (SCR) is stabilized by the voltage difference set in the connected PUT based on the voltage drop between the resistor (R ₅ ), the potentiometer (VR ₂ ) and the resistor (R ₈ ) (R ₉ ). ) The sawtooth wave for triggering (4 ~ 20Hz) is oscillated, and at this time, the sawtooth wave can be adjusted by adjusting the variable resistance (VR ₂ ), and the trigger sawtooth wave to the gate (G) of the silicon controlled rectifying element (SCR). When the silicon controlled rectifier (SCR) is turned on so that the ring coil (L) is in a resonance state, the capacitor Is recharged on a regular polarity of the (C ₁₎ a capacitor (C ₁₎ via a diode (DS) to the counter electromotive force charged in the reverse polarity.

At this time, due to the action of charging and discharging the capacitor C ₁ through the diode DS by the forward and reverse electromotive force, the battery consumption is only about 70% when 100% is used, thereby greatly reducing the battery consumption. With the effect and low voltage, the voltage induced in the secondary side is controlled according to the number of turns of the coil, so the voltage is increased but the current is greatly reduced and harmless to the human body.

Or, this experiment was conducted using the present invention in this experiment was put the device on each student's head while passing through the current. (At this time 75V, 10Hz, 30 minutes)

(Experiment I)

(Experiment Ⅱ)

As you can see in Experiment II, you can see that the solution capacity is increased by 33% in efficiency.

(Experiment III)

Table 1 shows the results of a survey of people who used prosthetic devices for 30 days, one to three times a day for 30 minutes.

TABLE 1

In Table 1, the number of people who heard very well about the purpose of use is less effective, and the number of people who are not good is usually valid, the number of people who are not well known is unknown, and the number of ineffective people is invalid. It was set as nothing.

Effectiveness ratio = (low effect + effective) / total

As shown in Table 1, the effective rate is more than 60%, it can be seen that the learning efficiency is more than 80%.

Because it does not stimulate your eyes or ears, you can read books directly or learn English words or conversation through earphones.They are simple to use (just adjust the frequency and voltage), and the coil and lead wires are thinner. It can be used without being noticed, and it is light and compact, so it is easy to carry, can be used anytime and anywhere when you want to use it, and the power consumption is low (two 1.5V batteries) and the frequency control and the voltage control are easy. You can adjust the strength, there is no side effect or harm, such as a very good effect. (The wave energy that actually stimulates the brain is rather weak because some electron therapies do not pass current directly, but radiate it in the form of electromagnetic waves.)

Claims (2)

A device in which an electromagnetic field is generated in a coil in a ring state of a predetermined number of turns, and an electroencephalogram is generated from the circumference of the head by applying an electromagnetic field of a pulse of 4 to 20 Hz to the head. It is configured to induce brain waves such as α wave (10 ± 21 Hz) to activate brain cells at (4-20 Hz), and pulse inside the brain by the electromagnetic field induction action of the ring coil of the predetermined number of turns. A device for activating a brain cell by stimulating a pulsed electromagnetic field by maintaining a voltage at the same frequency as a phase electromagnetic field to generate a reactance value resonating with the α wave and inducing a state in which the α wave is likely to occur. The transistor of claim 1, wherein the base and the collector of the transistor Q ₃ are connected to each output terminal of the primary and secondary coils T ₁ and T ₂ wound around the winding of each coil. (Q ₃₎ daal Darlington connected via a transistor (Q _{1) 1} primary winding (T ₁₎ to (Q ₂₎ for driving, and a diode (D ₁₎ to the output terminal of the tertiary winding (T ₃₎ the light emitting A diode (LED), a resistor (R ₁ ) (R ₂ ) and a potentiometer variable resistor (VR) are connected, but the transistor (Q) is connected to the variable terminal of the variable resistor (VR) via the zener diode (ZD ₁ ). ₁ ) is connected to the base of the voltage control unit 10, and the capacitor (C ₁ ) and the charged voltage to charge and charge the voltage of the voltage control unit 10 through the resistor (R ₄ ) diode (D ₂ ) Connect the resistor (C ₂ ) and the zener diode (ZD ₂ ) in parallel, connect a resistor (R ₅ ) (VR ₂ ) to the anode of the programmable junction transistor, but use the resistor (R ₈ ) (R ₉ ) The oscillator 20 is connected by connecting the gate of the PUT and a resistor R ₇ to the cathode of the PUT, and connecting the gate of the silicon controlled rectifying element SCR to the output of the oscillator 20. A device for activating brain cells by pulsating electromagnetic field stimulation having a circuit for connecting an diode (DS) and a ring state coil (L) in parallel to an anode of the silicon controlled rectifying element (SCR) to form an output unit (30).