JPS5933414Y2 - Radon gas containing steam generator - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a steam generator containing radon gas.

There have been many studies on the medical effects of bathing in hot springs (mineral springs) containing radioactive elements, and they have been applied to the treatment of various diseases.

Radioactive flux refers to 11 mineral springs that contain more than 5.5 radon gas than pine, and this radioactive Toto therapy is said to be effective mainly due to the radon gas absorbed from the lungs. There is.

Now, to obtain a large amount of radon gas artificially, it is possible to use a large amount of nuclear material, but since nuclear material is extremely dangerous,
Its concentration or amount is regulated by law.

Therefore, the present applicant has already proposed a radon gas generator that efficiently generates radon gas using radioactive substances below the legal limit, in other words, below a value that does not adversely affect the human body.

As shown in FIGS. 1 to 3, this radon gas generator divides the inside of a cylindrical airtight container 1 into multiple floors of chambers 3 at required intervals using an appropriate number of partition plates 2. , an inner tube 4 and an outer tube 5 made of a porous material are inserted concentrically, and a sand-like radioactive element-containing ore 6 is filled between the inner tube 4 and the outer tube 5, and the partition is closed. The inner tube 4 is attached to the plate 2.
A central hole 2a that communicates with the container 1 and a peripheral hole 2b that communicates with the void formed by the outer tube 5 and the container 1 are provided alternately for each floor. For example, air at 4 atmospheres is supplied to the outer tube 5 in the first chamber 3, the sand-like radioactive element-containing ore 6, the inner tube 4, the center hole 2a of the partition plate 2, the inner tube 4 in the second chamber 3, and the sand. Ore containing radioactive elements 6,
The compressed air containing radon gas is configured to be passed through the outer tube 5, the peripheral hole 2b of the partition plate 2, and the third chamber 3 in this order, and taken out from the outlet 8 of the container 1 in the final chamber 3.
The radon gas-containing compressed air from the outlet 8 is fed into the hot water in the bathtub to perform bath therapy similar to that using the radioactive flux.

Therefore, the present invention uses the radon gas generator to
It is designed to generate water vapor containing radon gas, so that the radon gas can be inhaled, for example, in a bathroom, sauna room, etc.

An embodiment of the present invention will be described below with reference to FIG.

In FIG. 4, A is the radon gas generator shown in FIGS. 1 to 3, and compressed air from an air compressor is supplied to the input lower of the radon gas generator A.

The outlet 8 of the radon gas generator A is connected to the lower inlet of the water tank filter B, and the radioactive element-containing ore 6 in the radon gas generator A is stored in the upper space of the water tank filter B. The air is filled with radon gas from which fine dust has been removed.

The upper outlet of the aquarium filter B is connected to the inlet of a steam generator C, and the outlet of the steam generator C is connected to, for example, a bathroom or a sauna room, and the water vapor containing radon gas from the steam generator C is connected to the inlet of the steam generator C. This made it possible to inhale water vapor, for example, in a bathroom or a sauna room.

Note that the steam generator C may be provided with a heating device to bring the generated steam to a required temperature and may be used as sauna steam.

As described above, according to the present invention, the radon gas generator A
Since the radon gas-containing compressed air from the radon gas can be sent through the water tank filter B together with the steam from the steam generator C, the radon gas-containing steam free of fine dust from the sandy radioactive element-containing ore 6 in the radon gas generator A can be sent out. It can be safely inhaled in the bathroom or sauna room.

Moreover, the compressed air supplied from the lower part of the container 1 of the radon gas generator A to the first chamber 3 is transferred to the outer tube 5 made of a porous material in the first chamber 3, the sand-like radioactive element-containing ore 6, and the porous The inner tube 4 made of a substance, the center hole 2a of the partition plate 2, the second
The inner tube 4 in the chamber 3, the sandy radioactive element-containing ore 6, the outer tube 5, the peripheral hole 2b of the partition plate 2, and the third chamber 3 are passed through in this order, and the outlet 8 of the container 1 in the final chamber 3 is passed through. Since the compressed air containing radon gas is taken out from the chamber 3, the compressed air can be sufficiently brought into contact with the sandy radioactive element-containing ore 6 in each chamber 3, and therefore the radon gas can be taken out efficiently.

[Brief explanation of the drawing]

The figures show an embodiment of the present invention, in which Fig. 1 is a longitudinal sectional front view of the radon gas generator, Fig. 2 is a sectional view taken along the E-I line in Fig. 1, and Fig. 3 is a sectional view taken along the Roro line in Fig. 1. A cross-sectional view along the line, and FIG. 4 is a system diagram. A... Radon gas generator, 1... Container, 2... Partition plate, 2a, 2b... Hole,
3... Chamber, 4... Inner tube, 5...
・Outer pipe, 6... Sand-like radioactive element-containing ore, 7
...Entrance, 8...Exit, B...
・Water tank type filter, C...Steam generator.

Claims (1)

[Scope of utility model registration request] The inside of a cylindrical airtight container 1 is divided into multiple floors of chambers 3 at required intervals by an appropriate number of partition plates 2, and inside each chamber 3, an inner tube 4 and an outer tube 5 made of a porous material are arranged concentrically. At the same time, sand-like radioactive element-containing ore 6 is filled between the inner tube 4 and outer tube 5, and the partition plate 2 has a center hole 2a communicating with the inner tube 4 and an outer tube. Peripheral holes 2b communicating with the void formed by the pipe 5 and the container 1 are provided alternately for each floor, and the compressed air supplied from the inlet lower of the container 1 to the first chamber 3 is connected to the first chamber 3. Outer tube 5 in chamber 3, sandy radioactive element-containing ore 6, inner tube 4, center hole 2a of partition plate 2, inner tube 4 in second chamber 3, sandy radioactive element-containing ore 6, outer tube 5, partition An outlet 8 of a radon gas generator A, in which the compressed air containing radon gas is passed through the peripheral hole 2b of the plate 2 and the third chamber 3 in this order, and taken out from the outlet 8 of the container 1 in the final chamber 3.
is connected to the lower inlet of the water tank type filter B, and the upper outlet of the water tank type filter B is connected to the inlet of the steam generator C,
A radon gas-containing steam generator that extracts radon gas-containing steam from the outlet of the steam generator C.