JPH02180691A - Methods for making activated water and for forming pipeline for making activated water - Google Patents

Abstract

PURPOSE:To continuously make highly activated water by passing water through a pipeline having a film containing far infrared ray emitting substance provided to the inner wall surface thereof and absorbing far infrared rays emitted from the film by water. CONSTITUTION:The inner wall surfaces of the main pipeline 2, branch pipelines 3 and branch pipelines 5 being the pipelines arranged to a water supply system are lined with a film containing a far infrared ray emitting substance. The inner wall surfaces of the arranged pipelines become far infrared ray emitting bodies and heat rays (wavelength: 3.0-1000mum) of a far infrared region are always emitted to the water stagnated in the arranged pipelines. The max. value of the radiation spectrum of the aforementioned heat rays is distributed within a range of about 3-30mum (wavelength) and this range almost coincides with the max. value distribution range (wavelength: 6-14mum) of the energy absorption spectrum of water and the emitted heat rays are efficiently absorbed by water.

Description

[Detailed Description of the Invention] (Industrial Application Field) The present invention relates to an improvement in a method for producing activated water using far infrared rays, making it possible to continuously obtain highly activated water. The present invention relates to a method for producing activated water, and a method for forming a pipeline for producing activated water.

(Prior art) Shortening the fermentation time in the edible bread manufacturing process by activating water by absorbing far infrared rays.

It has various effects such as shortening the maturation time in brewing, promoting plant growth in hydroponic cultivation, preventing the formation of water scale, and improving the taste of boiled dishes.

Therefore, the activation of forewater is generally explained as ``a state in which water absorbs energy from the outside and the vibrations of water molecules become active.'' By irradiating energy with a near wavelength of about 3 to 14 μm (that is, energy in the far infrared region), this is efficiently absorbed by water, and water activation is achieved.6 The energy in the far infrared region is When absorbed by water and activated, water molecules physically dissociate into hydrogen ions H+ and hydroxyl ions ○H-, and the ability to take in gas molecules such as oxygen and nitrogen from the outside increases. (e.g. increase in dissolved oxygen) or become slightly alkaline (PH 8).
．． It has been reported that changes in physical properties such as (approximately 3) appear.

By the way, as a conventional method for obtaining activated water as described above, a ceramic ring far-infrared radiator (for example, Biomate manufactured by Nichiretsu Kogyo Co., Ltd., etc.) that emits far-infrared rays at room temperature is immersed in a water storage tank. The method is used.

However, the conventional water activation method requires a separate water storage tank for activation, and has the disadvantage that activated water cannot be easily obtained at low cost in ordinary households.

Furthermore, it is difficult to ensure a sufficient contact area and contact time between the water and the far-infrared radiator due to the capacity of the water storage tank, the size of the far-infrared radiator, and the like. As a result, it becomes difficult to activate water to a high degree.

There is a problem in that highly activated water cannot be obtained continuously.

(Problems to be Solved by the Invention) The present invention solves the above-mentioned problems in the conventional method of producing activated water using a room-temperature far-infrared radiator, namely (a) the need to provide a separate water storage tank for activation. and cannot be easily applied to general households due to costs, installation space, etc.
(This is an attempt to solve problems such as the difficulty of increasing the contact area and contact time between the far-infrared radiator and water, and the inability to continuously obtain highly activated water.) A method for producing activated water in which highly activated water can be continuously supplied by using the inner wall surface of a pipe as a far-infrared ray emitter and irradiating water with far-infrared energy. The present invention provides a method for forming a pipeline for producing activated water to be used for this purpose.

(Means for solving the problem) The inventor is a pioneer in Japan in the development of rehabilitation technology for buried water pipes, gas pipes, etc., and has been engaged in technology development and pipeline rehabilitation construction for many years. I came.

Therefore, when rehabilitating water pipes, etc., the inner wall surface of the pipe is first ground using a grinding pig or sand jet stream.
Next, a lining coating film of epoxy resin or the like is formed on the ground inner wall surface of the pipe by a liquid phase method or a gas phase method. The present invention can be used instead of (or on top of) the lining coating film made of epoxy resin or the like.

By forming a lining coating containing a far-infrared emitting substance, pipes can be used as far-infrared radiators,
The basic idea is to irradiate energy in the far-infrared region from the entire inner wall surface to the water inside the pipe.

In other words, the invention described in claim (1) allows water to pass through a pipe line whose inner wall surface is provided with a coating film containing a far-infrared emitting substance, and causes the water to absorb the far-infrared rays emitted from the coating film. The basic structure of the invention is to continuously produce activated water.

Furthermore, the invention described in claim (2) is based on the invention described in claim (1).
The basic structure of the invention is a combination of the water activation treatment described in 1. and the activation treatment by magnetization of water.

Furthermore, the invention as set forth in claim (4) has the basic structure of distributing a lining agent containing a far-infrared emitting substance into the pipe to form a lining film on the inner wall surface of the pipe. 6 In addition, the invention described in claim (5) provides a method for forming a pipeline for producing activated water, by circulating an adhesive lining agent into the pipeline, and applying the adhesive lining agent to the inner wall surface of the pipeline. The basic structure of the invention is to flow a powder of a far-infrared emitting substance into a pipe after forming a film, and to fix the powder onto the film.

(Function) The far-infrared emitting material in the lining coating formed on the inner wall surface of the pipe absorbs the heat of the pipe (pipe temperature 280-290K) and emits heat rays in the far-infrared region (wavelength 3-101000P). radiate.

The maximum value of the energy absorption spectrum of water is approximately 6 to 14
By resonating the natural frequency of the molecules constituting water with the frequency of the far infrared rays, most of the heat rays emitted from the far infrared rays are efficiently transferred to the water. It gets absorbed.

When water absorbs heat rays in the far-infrared region, the vibrations of water molecules become extremely active, resulting in a so-called activated state. In addition, water activated by energy absorption has effects such as shortening fermentation time, shortening ripening time, promoting plant growth, and preventing limescale formation, as described above.

(Embodiment) Fig. 1 shows an embodiment of the invention as set forth in claim (1), and in Fig. 1, 1 is a water tank of an apartment, etc.;
2 is the main pipe, 3 is the branch pipe, 4 is the water meter for each door,
5 is a branch pipe, and 6 is a water faucet.

In the present invention, the pipe line of the water supply system, that is, the main pipe line 2,
The inner wall surfaces of the branch pipe 3 and the branch pipe 5 are lined with a film containing a far-infrared emitting substance, as will be described later. In other words, the inner wall surface of the pipe becomes a far-infrared radiator,
Heat rays in the far infrared region (wavelength 3.0 to 1000 μm
degree) is constantly emitted.

The thickness of the lining coating film formed on the inner wall surface of the pipe passage is approximately 0.2 to 2 m, and in this embodiment, alumina (
A1220. ) and silica (SiO2).

A coating film with a thickness of 1.0 to 1.2 mm is formed using an organic paint (trade name: Tyrancoat, manufactured by Ube Industries, Ltd.) containing fine powder of ceramic sintered bodies mainly composed of magnesia, etc. There is.

The maximum value of the radiation spectrum of heat rays from the far-infrared emitting material (fine powder of ceramic sintered body) in the coating film is about 3~
It is distributed between 30 μm (wavelength), which approximately matches the distribution range of the maximum energy absorption spell of water (wavelength 6 to 14 μm), and the emitted heat rays are efficiently absorbed by water.

FIG. 2 is an implementation system diagram of the invention set forth in claim (2), in which water from the elevated tank 1, etc. is first passed into the magnetic treatment device B, and the water is magnetized here, thereby producing so-called water magnetism. Process. After that, the magnetically treated water is passed through a pipe A whose inner wall surface is coated with a coating film containing a far-infrared emitting substance, where it is subjected to an activation treatment by so-called far-infrared absorption.
Water is supplied from the water tap 6.

In this example, the water after magnetic treatment is activated by irradiating it with far infrared rays, but magnetic treatment may be performed after the activation treatment (or the magnetic treatment may be performed in the middle of the activation treatment). Of course, it is also possible to interpose a treatment or to perform the magnetic treatment in multiple steps.

Further, in this embodiment, water is allowed to pass in one direction, but as shown by the dotted line in FIG. 2, the water may be appropriately circulated via the circulation pump 7.

The magnetic treatment device is composed of a water tank and a DC type magnet (or permanent magnet), and the water is collected within the magnetic field of the magnet (stone &
Calcium, magnesium, iron,
Impurities such as silica are magnetized, making it difficult to cause ionic crystals and oxidation, and as a result, the generation of scale and the like is prevented.

According to the invention of claim (2), the magnetic treatment effect and the far-infrared treatment effect are synergistic, and excellent effects are exhibited in terms of preventing limescale and the like.

Next, a method of using the inner wall surface of the pipe as a far-infrared radiator;
That is, a method for forming a coating film containing a far-infrared emitting substance on the inner wall surface of a pipe will be explained.

When forming a coating film, the inside of the pipe is first cleaned.

Next, the inner wall surface of the pipe is coated with the so-called air flow method or liquid phase method.
A film is formed using a lining agent that is a mixture of fine powder of ceramic sintered body and organic paint.

That is, when using the airflow method, a fluid mixture of the lining agent and air is jetted inward from an opening at one end of the pipe, and the lining agent adhered to the inner wall surface of the pipe is exposed to the air flow within the mixed fluid. By causing the liquid to flow forward, a film having a thickness of about 0.2 to 280 I is formed on the inner wall surface of the pipe.

In addition, when using the so-called liquid phase method, a pig and a lining agent are placed inside the open end of the pipe, and the pig is moved forward using air pressure or a wire to form a coating on the inner wall of the pipe. form.

In addition, in the above method, a coating film is formed on the inner wall surface of the pipe using a lining agent containing a far-infrared emitting substance, but first an adhesive layer is applied to the inner wall surface of the pipe after cleaning. It is formed by an air flow method, a liquid phase method, brush painting, etc., and then a powdery far-infrared emitting material (for example, fine powder of ceramic sintered body) is sprayed onto the adhesive layer, and far-infrared radiation is applied onto the adhesive layer. A thin layer of emissive material may also be formed.

(Effect of the invention) In the invention of claim (1), the entire inner wall surface of the piping path can be used as a far-infrared ray emitting surface, that is, as a holding assembly for far-infrared emitting material, and the far-infrared rays can be Activation treatment using far infrared rays can be performed without the need for special equipment for irradiating water with heat rays from a substance.

In addition, because the far-infrared emitting material is fixed in the form of a coating on the inner wall of the pipe, far-infrared rays are uniformly and continuously irradiated into the water from the outer circumferential surface of the pipe. Activation processing can be performed continuously.

Furthermore, by using a lining agent for rehabilitation of the inner wall surface of the pipeline and mixing a far-infrared emitting substance into it, the rehabilitation of the pipeline and the fixation of the far-infrared emitting substance to the inner wall surface of the pipeline are carried out at the same time. It is extremely advantageous economically.

On the other hand, in the invention of claim (2), the activation effect by magnetic treatment and the activation treatment by far infrared rays act synergistically, resulting in extremely high practical utility in terms of preventing the formation of water scale, etc. It is played.

In addition, in the inventions of claims (4) and (5), the inner wall surface of the pipe can be safely used as a far-infrared radiation surface by utilizing the airflow method or liquid phase method technology in lining treatment. It becomes possible to utilize the water effectively and effectively, and it becomes possible to significantly reduce the activation treatment cost and perform continuous high-level activation treatment of water.

As mentioned above, the present invention has high practical utility.

[Brief explanation of the drawing]

FIG. 1 is an implementation system diagram of the invention of claim (1). FIG. 2 is an implementation system diagram of the invention of claim (2). A Piping line 3 Branch line B Magnetic treatment device S Branch line 2 Main line 6 Faucet patent applicant Representative of Japan Technology Development Center Co., Ltd.
Kiyonori Niino

Claims (5)

[Claims] (1) Water is passed through a pipe line whose inner wall is coated with a coating film containing a far-infrared emitting substance, and the water is continuously activated by absorbing the far-infrared rays emitted from the coating film. A method for producing activated water, characterized by producing activated water. (2) Connecting a piping path with a coating film containing a far-infrared emitting substance on the inner wall surface and a magnetic treatment device, passing water into the piping path and allowing the water to absorb the far-infrared rays emitted from the coating film. A method for producing activated water, which comprises continuously producing activated water by magnetizing water. (3) Claim (1) in which water is circulated within the piping path.
) and (2). (4) A method for forming a pipeline for producing activated water, in which a lining agent containing a far-infrared emitting substance is passed through the pipeline to form a lining film on the inner wall surface of the pipeline. (5) After distributing an adhesive lining agent into the pipe to form a film of the adhesive lining agent on the inner wall surface of the pipe, passing far-infrared emitting material powder into the pipe to form a film of the adhesive lining agent on the inner wall surface of the pipe. A method for forming a pipeline for producing activated water, the powder being fixed thereon.