JP2000107752A - Apparatus for activating water - Google Patents

Abstract

PROBLEM TO BE SOLVED: To activate water such as city water without replacing a part by rotating each approximately far-infrared light ray radiation ceramic board in which numbers of passage pores are formed, and collision blades are formed on the side of its input side by collision with a water flow. SOLUTION: In a group 10 of approximately far-infrared radiation ceramic boards comprising artificial electric stones to be set in a cylinder body 9 free in a water flow which is fitted to the collar part 6 of a cylinder main body 5 by bolts 7 and nuts 8, numbers of the ceramic boards 15 are installed on central shafts 13 installed on bearing plates 11, 12 installed in the middle parts of the base end parts of an input inside connection port 1 and an output side connection port 2 through spacers 14. In these ceramic boards 15, a lot of passage pores are formed, collision blades 17 are installed on the side of its input side, and the boards 15 are made freely rotatable by the collision with a water flow.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for activating water such as tap water or the like, domestic water, agricultural water, aquaculture water, seawater, industrial water and the like.

[0002]

2. Description of the Related Art Conventionally, this type of apparatus has an ion exchange system, a filtration system, an adsorption system, and the like. However, all of these systems require replacement of parts and increase running costs. However, there is a danger that the catalyst dissolves and is taken into the body or is released to the natural world.

[0003]

DISCLOSURE OF THE INVENTION The present invention has been studied to solve these disadvantages, and it is possible to replace living parts such as tap water, agricultural water, aquaculture fresh / seawater, without replacing parts.
It aims at activating water such as industrial water and providing inexpensively available water as well as drinking water as well as water for animals and plants and for other purposes.

[0004]

SUMMARY OF THE INVENTION The present invention provides a water-flowable tubular body having an input-side connection port and an output-side connection port connected to a water supply pipe via a flange, and an artificial pipe mounted inside the pipe body. Approximate far-infrared radiating ceramic disc group consisting of tourmaline. Approximate far-infrared radiating ceramic disc group is rotatably installed on the center axis of the cylinder via spacers. These approximate far-infrared radiating ceramic discs are provided with a number of small holes, and striking wings are provided on the input side to rotate the approximate far-infrared radiating ceramic disc by striking the water flow. Things.

[0005]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in more detail with reference to the illustrated embodiment. An input side connection port 1 and an output side connection port 2 connected to a water supply pipe (not shown) such as a water pipe are connected via flanges 3 and 4. It comprises a water-flowable cylinder 9 fastened to the flange 6 of the cylinder body 5 with bolts 7 and nuts 8, and a group of approximate far-infrared radiation ceramic boards 10 made of artificial tourmaline loaded inside the cylinder 9. Approximate far-infrared radiation ceramic panel group 10 includes a number of approximations via spacers 14 to center shafts 13 provided on bearing plates 11 and 12 provided at the center portions of base ends of both connection ports 1 and 2. The far-infrared radiation ceramic boards 15, 15... Are rotatably installed.
5, 15 ... are provided with a number of small holes 16, 16 ... and a plurality of striking wings 17, 17 ... are provided on the side of the input side thereof. 15 are rotated.

The artificial tourmaline is preferably made of kaolin and acid clay as main materials, prepared by mixing a metal glaze, applying the mixture to the surface, and firing at a high temperature.

In the figure, 18 is an O-ring and 19 is a washer.

[0008]

The present invention is constructed as described above. To use the present invention, first connect the input side connection port 1 and the output side connection port 2 to the water supply pipe, and water intrudes from the input side connection port 1. As a result, the water passes through the flow holes 16, 16, while contacting the ceramic plates 15, 15.
17 are violently agitated and the ceramic plates 15, 15 are rotated, and water is scattered, swirled or strayed to increase the contact with the ceramic plates 15, 15 as much as possible. , 15... Always emit a wavelength of 5 to 13 microns and react to positive and negative ions in water. In particular, hydrogen is the largest amount of far-infrared absorbing and radiating substance in the natural world, and it is also an accepting donor, so that rapid activation of hydrogen occurs inside the cylinder, prompting the excitation of other ions in the water, causing chlorine compounds and hypoxia. Colloids such as chloric acid and odorous substances are decomposed, replaced by mineral components or ions, and activated by being hydrated or molecularized.

[0009]

As described above, according to the present invention, a water-flowable tubular body having an input-side connection port and an output-side connection port connected to a water supply pipe via a flange, and an artificial electric machine mounted inside the tubular body It consists of a group of approximate far-infrared radiating ceramic discs made of stone.
A number of approximate far-infrared radiating ceramic boards are rotatably installed via a server, and these approximate far-infrared radiating ceramic boards are provided with a large number of small holes, and are provided with striking wings on the input side. , The approximate far-infrared radiation ceramic plate is made rotatable by the impact of the water flow, so that the water is scattered, swirled or strayed to increase the contact with the ceramic plates 15, 15 as much as possible. Approximate far-infrared rays radiated from 15, 15, ... react with positive and negative ions in water. In particular, hydrogen is the largest amount of far-infrared absorbing and radiating substance in nature, and it is also a receiving donor, so it has a rapid rate inside the cylinder. Activation of hydrogen occurs, prompting the excitation of other ions in the water, decomposing colloids such as chlorine compounds, hypochlorous acid, and odorous substances,
It is activated by being replaced by mineral components or ions and hydrated or molecularized, and when used in agricultural water, aquaculture water, industrial water, etc. as well as domestic water, it exhibits an effective effect for its purpose. In particular, drinking water is more likely to be obtained only by decomposing and removing odors and harmful substances, and has the effect of promoting plant growth and promoting animal growth in aquaculture.

Further, minerals and the like contained in water hardly adhere to the group of ceramic disks due to the rotation of the ceramic disk by the water flow, and the mineral components and the like are hydrated and released.
It was also effective as a countermeasure against red rust, and it was found that it was not easy to generate and tended to gradually decrease.

[0011]

[Experimental example] 1. Verification method, tap water is sampled. When the same tap water is treated by the apparatus of the present invention (hereinafter referred to as BW treated water), the above sample is measured by O-NMR (oxygen nuclear magnetic resonance apparatus).
You. The above sample is exposed to a magnetic field of 1500 Gauss for 5 minutes and stored in a constant temperature room at 23 ° C. for 48 hours. These are referred to as samples ','. The water of ',' is measured again by O-NMR. , And ', and' are compared. The higher the energy state, the smaller the numerical value. 2. Conclusion According to data conducted at the Kanagawa Prefectural Institute of Advanced Industrial Science and Technology,
For BW treated water, 117 → 'was 114 and 2.5% difference, while raw tap water was 109 →' for 93 and 14.
There was a 7% numerical difference. This numerical value is "line width of 17 oxygen spectrum / Hz". That is, it was confirmed that the BW treated water increased the internal energy sustainability about six times as much as the tap water before the treatment. Water having a high energy state (high activity) has a high ability to repair external forces due to the change in the fragmentation of clusters and the resulting fragmentation of mineral particles. It is considered that the water activated by the apparatus of the present invention returned to a value close to the original value of O-NMR after 48 hours of exposure to the external force of the magnetic field lines.

[Brief description of the drawings]

FIG. 1 is an exploded perspective view of a device of the present invention.

FIG. 2 is an explanatory plan view of an approximate far-infrared radiation ceramic board.

FIG. 3 AA of the approximate far-infrared radiation ceramic disk of FIG. 2;
FIG.

[Explanation of symbols]

 1 is an input side connection port 2 is an output side connection port 3 is a flange 4 is a flange 5 is a cylinder main body 6 is a flange portion 9 is a cylindrical body 10 is a group of approximate far-infrared radiation ceramic boards 13 is a center axis 15 is an approximate far-infrared radiation ceramic Panel 16 is distribution hole 17 is striking feather

Claims (1)

[Claims] An approximate far-infrared radiation comprising a water-flowable cylinder provided with an input-side connection port and an output-side connection port connected to a water supply pipe via a flange, and an artificial tourmaline loaded inside the cylinder. The group of ceramic boards is composed of a plurality of ceramic boards. The ceramic boards are provided with a large number of ceramic boards, which are rotatable around a central axis of a cylindrical body via a spacer. A water activation device in which a radiation ceramic board is provided with a number of small holes and an impingement wing is provided on a side face on an input side thereof so that an approximate far-infrared radiation ceramic board can be freely rotated by impact of a water flow.