JP2005087427A - Electric potential therapy apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To eliminate the passing of a current, even if a third person in contact with the ground touches a subject, and prevent him/her from feeling an electric shock in an electric potential therapy apparatus, wherein a potential close to an impressed high voltage is applied to a human body (the subject) compared with the ground, so that if the third person in contact with the ground touches the subject, a current flows to make him/her feel the electric shock. <P>SOLUTION: This electric potential therapy apparatus is characterized in that one of insulated conductors is directly installed near a part of the human body or installed via an auxiliary insulator, another conductor is installed near the opposite side thereto with the human body positioned therebetween, and the respective conductors are fed with potentials of producing potential difference by a transformer. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a potential treatment device that performs treatment using a high voltage.

FIG. 4 is a diagram showing a normal use state of a potential treatment device that has been conventionally used. A voltage generated from the potential treatment device main body is applied to a conducting conductor (A: electrode) covered with an insulator. Then, it grounds to the human body (the subject to be treated) insulated from the ground through the insulator 1. One voltage is connected to the ground through a commercial power supply wire via a resistance (R ₀ ) called a crossover resistance, and a conducting conductor (B) is connected to the ground and the floor, wall, ceiling, etc. of the electrically connected house. : Electrode). A human body that is in the electric field and insulated from the ground is affected by the electric field to be stimulated and treated. However, if a third party who is not insulated from the ground touches the human body being treated (the person to be treated), although it is not dangerous, a small current flows and both feel electric shock.

  As described above, since a potential close to the applied high voltage is applied to the human body (the person to be treated) compared to the ground, a current flows when a third party in contact with the ground touches, and an electric shock is felt. Therefore, if the voltage applied to the human body (the person to be treated) is separated from the ground, even if a third party in contact with the ground touches, a current does not flow and no electric shock is felt. B: Electrode) is not the ground and the floor / wall / ceiling of the house that is electrically connected, but a conductive conductor (B: electrode) insulated from the ground is newly installed to apply a high voltage. To.

  Install one insulated conductor near one part of the human body, and another insulated conductor near the opposite side of the human body. This is characterized in that a potential that has been awaited is supplied.

  The two current-carrying conductors (A: electrode) and (B: electrode) can be installed near the human body (the person to be treated), so that the electric field strength equivalent to the conventional one can be generated at a lower voltage than the conventional one. A human body in an electric field created by a current-carrying conductor is stimulated by being affected by the electric field.

  At this time, even if a third party in contact with the ground touches the human body being treated (the person to be treated), no electric current flows and no electric shock occurs.

  Install one insulated conductor near one part of the human body, and install another insulated conductor near the opposite side of the human body. It is characterized by the fact that the potential that has been made to wait does not cause electric shock to a third party.

  In the embodiment of FIG. 1, a conducting conductor (A: electrode) covered with an insulator 1 and insulated from the ground is grounded or approached to the human body (the subject), and the other conducting conductor is similarly used. As a current-carrying conductor (B: electrode) insulated from the ground with an insulator, this is grounded or approached to a position sandwiching the human body (the patient), and a high voltage is applied to each of the current-carrying conductors A and B At that time, the human body in the electric field created by the two conducting conductors A and B is acted upon by the electric field to be treated. At this time, even if a third party in contact with the ground touches the human body being treated (the person to be treated), since the potential of the human body is low with respect to the ground, the electric current is small and the occurrence of electric shock is small.

  If one energizing conductor (A: electrode) is near the buttocks or feet of the human body, the other energizing conductor (B: electrode) is closer to the head or both sides of the back than the human body. Effective treatment is possible.

  Further, when one energizing conductor (A: electrode) is arranged near the back of the human body, the other energizing conductor (B: electrode) can be treated more effectively by placing it near the chest or abdomen.

  Furthermore, a third party who is not insulated from the ground by separating the current-carrying conductor (electrode) A covered with the insulator and the human body (the patient) by using the auxiliary insulator 2 having a high insulating effect. Even if it touches the human body being treated (subject), almost no current flows and no electric shock is received, and compared to the electric potential therapy device of Example 1, there is a risk that the third party in contact with the earth will receive electric shock almost. There is no. The human body (the person to be treated) between the current-carrying conductors (electrodes) A and B covered with two insulators is equivalent if the distance between the two conductors (electrodes), the conductor area, and the applied voltage do not change. You will receive an electric field. The auxiliary insulator 2 having a high insulation effect may be provided with a space so that the human body (the subject) is separated from the conductive conductor A (electrode). The thickness of the auxiliary insulator 2 or the distance from the human body is characterized by being separated by the auxiliary insulator 2 having a thickness of 10 mm or more, which is less likely to receive electric shock to the human body within the effective treatment range of the electric field. In addition, since the electric field strength of the human body under treatment (the person to be treated) does not change unless the distance to the two energizing conductors (electrodes) A and B, the conductor area, and the applied voltage are changed, the therapeutic effect does not change. .

  As an example of use, when sitting on a chair, as shown in FIG. 2, one conductive conductor (A: electrode) is placed near the buttocks or the foot of the human body, and the auxiliary insulator 2 is overlaid thereon, and the other Conductive conductors (B: electrodes) are arranged on both sides of the backrest, and more effective treatment can be achieved by placing them on the human head or in the vicinity of both sides of the back.

  Furthermore, in the state of lying down on a futon or the like, when the auxiliary insulator 2 is placed on one conductive conductor (A: electrode) as shown in Fig. 3 and is covered so that it touches the back of the human body The other current-carrying conductor (B: electrode) can be treated more effectively by placing it near the chest or abdomen.

Explanatory drawing of the potential treatment device according to the present invention Explanatory drawing of the electric potential treatment device concerning other examples of the present invention. Use state explanatory drawing of the potential treatment device concerning other examples Explanatory diagram of conventional potential therapy device

Explanation of symbols

A energizing conductor B energizing conductor 1 insulator 2 auxiliary insulator

Claims (2)

  Install one insulated conductor near one part of the human body, and another insulated conductor near the opposite side of the human body. An electric potential treatment device characterized in that it is capable of supplying a long-awaited electric potential.   The one conducting conductor installed in the vicinity of a part of the human body is separated by an auxiliary insulator having a thickness of 10 mm or more that is less likely to receive electric shock to the human body in the effective treatment range of the electric field. Potential therapy device.

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