JPS60222800A - Ion generation regulator by radioelement - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a device for regulating ion generation using radioactive isotopes.

Conventionally, as described in US Pat. No. 4,386.276, for example, a radioactive ore (for example, monazite) is used to generate an ionized gas by its radiation, and the ionized gas is converted into a liquid or It is known to be useful in medicine, food, processing, etc. when brought into contact with solid objects.

Radioactive isotope rays generally emit a-rays and beta-rays simultaneously, and positive and negative ions are generated by these rays. Negative ions are useful for purifying indoor air and producing ionized water, while positive ions are effective in treating cancer and other conditions, but are generally considered harmful. In order to exhibit the effects of ions without any hindrances in applications, it is necessary to select either positive ions or negative ions depending on the application.

The purpose of this device is to satisfy the above requirements, and it is equipped with a radioactive isotope light 'a' inside, and is used for ion generation to generate F-plus ions and negative ions by the radiation of the e-ray. a device body, a blower that sends out the positive ions and negative ions generated in the ion generating device to the entire outside, and an ion adsorption electrode that adsorbs negative ions or positive ions inside the ion generating device connected to the ion generating device. It consists of an ion sorting device and a power source that applies a positive or negative potential to the ion adsorption electrode, and is characterized in that it selectively generates or collects either positive ions or negative ions.

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be explained with reference to all drawings.

In the drawings, (1) is a blower, and (2) is the blower (1).
) is an ion generating vessel that is equipped with a raw material containing a radioactive isotope, such as uranium or thorium, inside the vessel (2). The interior of the ion sorting vessel (4) (1) passes through the Eri passage (3)
I decided to send it. A net-like ion adsorption electrode (5) is arranged inside the ion sorting vessel (4), and positive ions are introduced into the inside by applying a positive or negative potential to the ion adsorption electrode (5). Among negative ions, negative ions or positive ions are adsorbed.

(6) is a power source, and the power source (6) includes, for example, a battery (6I) and a changeover switch (62). The battery (61) is composed of battery units (6+a) and (6t) whose polarities are opposite to each other.
h) and the selector switch (62) is the knob (7).
) operations,! ' Turn to the left or right to contact the negative terminal of the battery unit (61a) or the positive terminal of the battery unit (6+b) to apply a negative or positive potential to the ion adsorption electrode (5). The contacts (8) and (9) to be applied are on the 'lr insulator OQ.

Thus, now turn the knob (7) to the left and touch the contact (8).
is brought into contact with the negative terminal of battery 22) (6+a) to apply a negative potential to the ion adsorption electrode (5).

The air sent into the ion generating vessel (2) by the blower (1) passes through the passage (3) and the positive and negative ions generated by the radiation of the radioactive isotope to the inside of the ion sorting vessel (4). The positive ions are adsorbed by the ion adsorption electrode (5) and its outlet 0
1) More negative ions flow out.

The radioactive isotope can supply a relatively large amount of negative ions even if the amount is small.

As described above, according to the present invention, there is provided an ion generating vessel which includes a radioisotope inside and generates all positive ions and negative ions by radiation of the element, and an ion generating vessel which includes a radioactive isotope and generates all positive ions and negative ions in the ion generating vessel. an ion sorting device comprising an air blower that sends out ions to the entire outside, an ion adsorption electrode that adsorbs negative ions or positive ions in the interior connected to the ion generation device, and a positive or negative potential for the ion adsorption electrode. Since it consists of a power supply that gives +j to
In this way, in the case of negative ions, it is possible to improve health by supplying ionized water to the living room, etc., and use it as ionized water for drinking.Additionally, ionization used for cultivating plants can promote their growth. You can get all the effects such as curtailment.

[Brief explanation of the drawing]

The drawing shows a diagram of an embodiment of the invention.

Claims (1)

[Claims] An ion-generating vessel that has a radioactive isotope inside and generates positive ions and negative ions using the radiation of the element, and a blower that sends out the positive and negative ions generated in the ion-generating vessel to the outside. , an ion sorting vessel that is connected to the ion generating vessel and has an ion adsorption electrode that adsorbs negative ions or positive ions, and a power supply that applies a positive or negative potential to the ion adsorption electrode, An ion generation and adjustment device using a radioactive isotope, characterized in that it selectively generates or collects either positive ions or negative ions.