JP2018114097A - Electronic therapy device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an electronic therapy device capable of improving safety and therapeutic effects.SOLUTION: An electronic therapy device has a power supply device 1 which can charge electrostatic capacitance the human body 5 by connecting a negative electric potential output terminal 2 to a human body 5 and connecting a positive electric potential output terminal 3 to an earth 4 insulated from the human body 5. The power supply device 1 is removable from/attachable to a rechargeable battery 17.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a medical device.

  As a conventional potential treatment device, a medical device is known in which a high-voltage alternating voltage or a high-voltage pulse is applied between electrodes to generate an electric field and the body is placed in the electric field. Further, a potential treatment device that charges a human body with high-voltage static electricity using a storage battery has been introduced as a prior art (for example, Patent Document 1).

  Such a conventional potential treatment device uses a storage battery incorporated in a device as a negative power source, charges -3 KV to an insulator by electrostatic induction, and charges the charged negative static electricity by electrostatic induction. To electrostatic induction charging.

Japanese Patent Laid-Open No. 2005-246017

Michio Hiroto, Shunan Takahashi, Ryuta Ito, Tokihiro Fujimaki, “Actual and Mechanism of Electronic Load Therapy”, Gakugeisha, 2015

  Patent Document 1 stores electricity in a capacitor built in a device by a minus high voltage power source, connects the minus side of the capacitor to an electrode, causes electrostatic induction to the charged resin facing the electrode, and further, sets the potential of the charged resin to Since the human body is electrostatically induced and −3 KV static electricity is induced and charged in the human body, a discharge phenomenon occurs depending on the insulation resistance between the body and the ground.

  Non-Patent Document 1 has various safety problems as a device because an AC power source connected to a power outlet of an indoor wiring is used as a power source of a treatment device. For example, there is a possibility of personal injury due to deterioration of insulation of transformer, insulation withstand voltage of power input wiring, deterioration of parts, etc. Moreover, high frequency noise and ripple noise etc. are included in the power line, and the influence on the human body is good It can not be said. Further, since the power supply of the treatment device has a stable negative potential output, there is no change in the charge generated in the human body, and the charge amount of the electrostatic capacity of the human body is also stable, so the therapeutic effect is small. Furthermore, when an inpatient uses it in a hospital, the use of a power outlet in a hospital room is prohibited because of electromagnetic interference.

The present invention uses a storage battery charged by a charger instead of an AC power supply rectification power supply to solve various problems such as electrical appliance safety problems and electromagnetic noise, and to further enhance the therapeutic effect. In order to provide an electronic therapy device with excellent portability and high therapeutic effect, it is an electronic therapy device that applies a direct current potential to the capacitance of the human body and uses the electrons of the capacitance. .

In order to achieve the above object, the electronic treatment device according to the present invention connects the negative potential output terminal side to the human body and connects the positive potential output terminal side to the ground insulated from the human body to provide a static electricity possessed by the human body. It has the power supply device which can charge an electric capacity, This power supply device is a storage battery which can be attached or detached (1st solution means), It is characterized by the above-mentioned.

  In addition, a switch for charging / discharging the electrostatic capacity of the human body by turning on / off the output of the storage battery is provided on the negative potential output terminal side (second solution means).

  Further, a current limiting resistor is provided between the human body and the storage battery (third solution means).

  According to the first solving means, safety and therapeutic effect can be improved as compared with the prior art.

According to the second solution, the therapeutic effect can be further improved.

According to the third solution, it is possible to stimulate human cells and improve the therapeutic effect.

It is explanatory drawing explaining embodiment of this invention. It is a circuit diagram explaining a power supply device same as the above. It is a circuit diagram explaining charge of a storage battery same as the above.

Hereinafter, embodiments of the present invention will be described with reference to FIGS. 1 to 3, where 1 is a power supply device, 2 is a negative potential output terminal, 3 is a positive potential output terminal, 4 is grounded, 5 is a human body, 6 Is a ground terminal, 7 is an output cord, 8 is a ground cord, 9 is a conductor, 10 is a ground conductor, 11 is a ground cord, 12 is a resistor, 13 is a resistor, 14 is an output switch, 15 is an on / off switch, Reference numeral 16 is a resistor, 17 is a storage battery, 18 is a charging power supply unit, 19 is a charging contact, 20 is a power switch, 21 is a power plug, 22 is a power cord, and 23 is a battery housing case.

  The human body 5 is insulated from the ground 4, and the detachable storage battery 17 is attached to the power supply device 1, the minus of the storage battery 17 is connected to the negative potential output terminal 2, and the plus of the storage battery 17 is the positive potential output. Connected to terminal 3.

The negative potential output terminal 2 is connected to the conductor 9 by a detachable output cord 7 and is connected to the human body 5 through the conductor 9. On the other hand, a detachable ground cord 11 is connected to the positive potential output terminal 3 of the power supply device 1 and connected to the ground 4, and a detachable ground cord 8 is connected to the ground terminal 6 of the power supply device 1. An earth conductor 10 is attached to the tip of the earth cord 8 and connected to the human body 5. The earth terminal 10 is used or not used as a treatment, and can be switched by an on / off switch 15.

The output switch 14 can be used even when it is turned off. In this case, the output switch 14 is for removing static electricity generated in the body during sleep or the like. For example, the output switch 14 is electrically connected at intervals of 1 second or more by a relay. It may be turned on and off.

  The detachable storage battery 17 is preferably an electrolytic capacitor having a withstand voltage of 450 [V] and a capacitance of 100 [μF] or more. When the capacitance is 100 [μF], the human body 5 The discharge characteristics of the electrolytic capacitor in the state insulated from the earth 4 are as shown in Table 1, and can be used for about two days if the lower limit voltage V is set to 200 [V] from the voltage value in Table 1 below. become.

Since the discharge time t [second] of the electrolytic capacitor when current is passed through the human body 5 is t = C × (Vo−V) / I, the charging voltage Vo is 450 [V], and the lower limit voltage V is 100. If [V], the capacitance C of the electrolytic capacitor is 100 [μF], and the current I is 10 [μA], t = 100 × 10 ⁻⁶ × (450−100) / 10 × 10 ⁻⁶ = 100 × 350 × 10 ⁻⁶ / 10 × 10 ⁻⁶ = 35 × 10 ⁻³ / 10 ⁻⁵ = 35 × 10 ² = 3500 [seconds], that is, treatment for about 1 hour is possible.

This will be described in more detail below.

By insulating the human body 5 from the ground 4, the negative potential of the DC power supply by the capacitor 17 is directly connected to the human body 5, whereby the human body 5 is charged with a negative charge and the ground 4 is charged with a positive charge.

The charge amount Q of the human body 5 is Q = Co × V if the electrostatic capacity Co held by the human body and the applied negative voltage V are, for example, electrostatic capacity Co = 100 [pF] of the human body 5 If the applied voltage V = 400 [V], the charge amount Q becomes Q = 100 × 10 ⁻¹² × 400.

The number of electrons N of the charge amount Q can be given as N = Q / e when the electron elementary amount e is 1.60 × 10 ^−19, and therefore N = 100 × 10 ⁻¹² × ^400/1 . 60 × 10 ⁻¹⁹ = 4 × 10 ⁻⁸ /1.60×10 ⁻¹⁹ = 4 / 1.6 × 10 ¹¹ = 2.5 × 10 ¹¹ = 250 billion.

  In general, the number N of 250 billion electrons enters and exits the human body 5, and the electrons enter and exit by charging and discharging the capacitance Co of the human body 5. The charge once stored in the capacitance Co has no movement of electrons in the capacitance Co when the negative charge and the positive charge are attracted to each other and the balance is maintained.

In the first solution of the present invention, the output switch 14 is provided to charge and discharge the electrostatic capacitance Co of the human body 5 and to activate and exit electrons from the electrostatic capacitance Co of the human body 5.

In addition, since the electrons given to the human body 5 do not enter the human body 5 from the skin only by the electrons, the electrons are given to the hydrogen atom shell and supported by the hydrogen, minus hydrogen ions H ⁻ , atomic hydrogen. As H, it can be carried inside the human body 5. Electrons due to the electrostatic capacity of the human body 5 react with the ionized positive hydrogen ions H ⁺ contained in the moisture H ₂ O on the skin surface of the human body 5 to generate the atomic hydrogen H, which is absorbed into the body. Furthermore, the atomic hydrogen H that has entered the body is covalently bonded to form hydrogen molecules H ₂ , penetrates to every corner of the cell, combines with oxygen O to become water, purifies the dirt, and is discharged to the outside.

Atomic hydrogen H called active hydrogen has electrons in one unpaired electron state and either binds to something and shares electrons, or releases electrons to become positive hydrogen ions. When electrons are released by this chemical phenomenon, the electrons can be supplied to hydroxyl radicals (.OH) that are active oxygen to decompose the hydroxyl radicals (.OH). Further, the hydrogen atoms H are covalently bonded to each other to form hydrogen molecules H ₂ . The hydrogen molecules H ₂ are combined with oxygen O to become water H ₂ O and are discharged outside the body. The size of the water H ₂ O molecule forms various molecules (clusters) of small and large size and penetrates into the cell, but it is thought that it does not penetrate into every corner of the cell. However, the hydrogen molecules H ₂ and hydrogen H is the smallest element spans traveled throughout the human body. As a result, it also travels to tissues where water molecules cannot penetrate, where it becomes water and is purified and discharged to the outside.

Further, electrons react with hydrogen H, and two electrons are combined to generate stable negative hydrogen ions H ⁻ , which contribute to the activation of the body.

Further, when an electrolytic capacitor is used for the storage battery 17, the negative potential fluctuates in the direction of decreasing, and this fluctuation changes the charge amount of the electrostatic capacity of the human body 5 to generate free electrons. When charges are balanced with each other, there is no movement of electrons, but there is fluctuation in the amount of charge due to fluctuations in the voltage of the power supply, there is movement of electrons trying to balance negative and positive charges, and free electrons that are pushed out Effectively generates the positive hydrogen ion H ⁺ , atomic hydrogen H, and hydrogen molecule H ₂ , reduces the oxidized cells, and further decomposes the active oxygen.

According to the second solution, when the negative charge of the human body 5 and the positive charge of the ground 4 are balanced with each other, there is no movement of electrons, so that the electrostatic capacitance of the human body can be obtained by turning the output switch 14 on and off. The charge of the battery is charged and discharged, the electrons with the capacitance of the human body enter and exit the human body, and the extruded electrons react with the positive hydrogen ions H ⁺ to generate negative hydrogen ions H ⁻ and active hydrogen H, effectively The oxidized cells are reduced, and further, electrons are given to OH radicals of active oxygen to decompose the OH radicals as active oxygen.

When the output switch 14 is off, when static electricity is generated by clothes, bedding, etc., if the body is insulated, static electricity is induced in the human body 5 by the electrostatic induction action, and static electricity in the body due to blood flow. Also occurs. It has already been reported that these static electricity is undesirable for the human body. Therefore, a discharge resistor that can discharge the human body 5 so that static electricity is not charged is provided.

According to the third solution, since the acupuncture points of the human body 5 easily flow current, the acupuncture point is stimulated by flowing the current through the acupuncture points, and the body fluid of the electrolyte is electrolyzed, so that it is ionized. The positive hydrogen ion H ⁺ reacts with an electron to become active hydrogen H, and two electrons react with the positive hydrogen ion H ⁺ to become a negative hydrogen ion H ⁻ .

The current flowing through the human body 5 can be controlled by the current limiting resistor 13, but when the current is passed for a long time, it is preferably 10 [μA] or less for safety.

  By using the removable storage battery 17 as the power source, safety has increased and it can be used outdoors, and by using an electrolytic capacitor for the storage battery 17, the terminal voltage of the electrolytic capacitor changes with time. As a result, the charge amount of the electrostatic capacity of the human body 5 is changed, and the electron movement of the electrostatic capacity of the human body 5 is promoted, and the chemical reaction between the electrons and the oxide in the body is promoted.

In the confirmation, as a therapeutic effect, the body temperature increased from 35.3 degrees to 36.3 degrees, the body temperature increased, the cold feet disappeared, the hay fever was cured, the nose clogged disappeared However, by using a storage battery using an electrolytic capacitor, it is possible to demonstrate an effect equivalent to or better than that shown in Non-Patent Document 1, especially for ALS patients and dementia. This is expected to contribute to the future aging society. In the future, the use of electronic functions can be expected to be effective even for intractable diseases that cannot be realized by Western medicine, resulting in a reduction in medical costs and the realization of a happy society.

DESCRIPTION OF SYMBOLS 1 Power supply device 2 Negative potential output terminal 3 Positive potential output terminal 4 Ground 5 Human body 6 Ground terminal 7 Output cord 8 Ground cord 9 Conductor 10 Ground conductor 11 Ground cord 12 Resistor 13 Resistor 14 Output switch 15 On-off switch 16 Resistance 17 Battery 18 Charging power supply 19 Charging contact 20 Power switch 21 Power plug 22 Power cord 23 Battery storage case

Claims (3)

  The negative potential output terminal side is connected to the human body, and the positive potential output terminal side is connected to the ground insulated from the human body, thereby including a power supply device capable of charging the capacitance of the human body. An electronic therapy device comprising a storage battery to which a power supply device can be attached and detached.   The electronic therapy device according to claim 1, wherein a switch for charging / discharging the electrostatic capacity of the human body by turning on / off the output of the storage battery is provided on the negative potential output terminal side.   The electronic therapy device according to claim 1, wherein a current limiting resistor is provided between the human body and the storage battery.

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