JPH06226261A - Improvement of water quality by magnetic lines of force - Google Patents

Abstract

PURPOSE:To effectively utilize magnetic lines of force and activate vibrations of water molecules so as to improve water quality by passing water into a cylindrical and tubular body having magnetic force or placing the water in a still placement state. CONSTITUTION:The cylindrical and tubular body having the magnetic force is formed by applying a magnetic coating material to an object 3 or winding a magnetic sheet 1 to a cylindrical shape or arranging a permanent magnet. The water is passed therein or is placed in the still placement state, by which the water quality is improved. The cylindrical and tubular body formed to pass the water therein includes, for example, a water work pipe. On the other hand, the cylindrical and tubular body formed to place the water in the still placement state includes, for example, a container, flower vase, etc. An excellent effect is confirmed in, for example, experiment for growth of raddish sprouts or mushrooms or experiment for water absorption of cut flowers as a result of the water improvement.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a water quality improving method for measuring activation of water.

[0002]

[Prior art]

Background Today, there is a strong concern about deterioration of water quality in rivers, lakes, and swamps.
Although the deterioration of water quality is one of the macroscopic manifestations of global environmental destruction, it results in the deterioration of water quality of water supply, which has a serious impact on human life. Is invited.

Problems of the prior art The fundamental means for improving water quality is to restore the ecosystem by decentralizing the population, complete sewerage, old forests, discontinuation of pesticide use, complete purification of industrial wastewater, etc. It is a thing. However, it takes a long time to implement these measures, and this is a problem that cannot be suddenly met.

[0004]

SUMMARY OF THE INVENTION In view of the above situation, it is an object of the present invention to provide effective water quality improvement by effectively utilizing the magnetic lines of force.

[0005]

[Means for Solving the Problems]

Concept It was judged that the method of contrasting the magnetic field lines with water, which is the most effective means, is optimal. Therefore, the method of passing water through the inside of the cylindrical or tubular body and the method of improving the water quality, which requires time in a stationary state, were judged to be the most efficient method through experiments.

The inventor of the present invention has previously disclosed Japanese Patent Laid-Open No. 62-18673.
The invention of No. 0 was proposed, and it was proposed to increase the amount of dissolved oxygen in water by floating a non-water-absorbing material such as a non-water-absorbing chemical fiber on the water surface. The present invention has been reached by determining that the effective use of is the simplest and most effective method.

Application Form In the present invention, the method of applying the target water is as follows: 1. A method of applying a magnetic paint. 2. A method of winding a magnetic sheet into a cylindrical shape. 3. Method of concentrating the magnetic force lines using a ready-made permanent magnet (cylindrical shape).

The magnetic paint can be easily prepared by blending a binder such as Almatex with a powder of magnetic powder, metal oxide, rock or the like.

The magnetic sheet can be made by cutting a wooden material such as polypropylene into a suitable width of 10 to 20 cm and applying a magnetic paint to this sheet. It is sufficient to wait for the paint to dry and bring the coated surface into contact with a strong magnet to increase the magnetic force (magnetization). In addition, the size of the sheet should be made according to the applicable property.

From the above-mentioned preparation method, a magnetic paint, a magnetic sheet, a magnet or the like is formed into a cylindrical or tubular body. Therefore, this can be easily done by considering a method in which the magnetic force lines can be concentrated on the target water inside.

Uses The present invention is effective for all of water and water.
Therefore, it is effective for so-called electrolytic substances such as water, human body, plants, foods, and fermentation of organic substances.

[0012]

As shown in the drawings, the magnets constituting the present invention employ cylindrical and tubular bodies in order to efficiently concentrate the magnetic force. Therefore, since the magnetic field lines are concentrated in the inner space of the magnetic body and the target water is allowed to pass through the space or is allowed to stand still, the magnetic field lines are concentrated on the ion molecules or the like that compose the water quality. As the reaction, vibration of water molecules (movement, stretching,
Rotation etc.). It is believed that the so-called Brownian movement will be activated more intensely, which will result in the improvement of water quality. However, although the reason for this may be unclear, it can be inferred from many experimental results, but in addition, germination experiments of radish radish, mushroom growth experiment, water absorption experiment of cut flowers, water transpiration rate of Examples Water quality has been improved through experiments, cypress growth experiments, conductivity experiments, etc.
It can be inferred that forces such as transpiration and osmotic pressure were also generated.

[0013]

The embodiments of the present invention will be described below, but the examples are merely for the purpose of explanation, and do not imply any limitation or restriction of the inventive idea.

1. A comparative test from germination to harvesting (13 cm) was carried out using 5 experimental pots in which a magnetic sheet was wound on the outside (body) of a culture pot (plastic) of radish radish and 5 untested pots. . The experimental pots were harvested on average 7 days. The experimental pots were harvested on average 10 days, and the harvest results differed by 3 days. Especially, the germination was quick and the experimental pots were overwhelmingly superior in terms of color and appearance.

2, oyster mushroom culture pot (plastic)
Using 5 experimental pots each having a magnetic sheet wound on the outer side and 5 non-rolled experimental pots, comparative experiments were carried out from bacterial culture to harvest (scraps medium). The experimental pots were harvested on average for 65 days. The experimental pots were harvested on average for 90 days, and there was a difference in growth of 25 days, but the size of the fruit bodies harvested and the average appearance were excellent.

3, magnetic paint 2 on the water supply swing nozzle tube 4
Was applied (22 cm outside the nozzle tube), water 1 that passed through the nozzle, and conventional tap water 1 were sampled to conduct a comparative experiment of electrical conductivity. Magnetic nozzle (experimental water) Water 0.56V Normal nozzle (experimental water) Water 0.44V As a result, the difference is 0,12V, and Brownian motion of water that passed through the magnetic nozzle was violent and conductivity was increased. I think that the.

4. Iwashimizu was sampled 1 in an experimental pot in which a magnetic sheet was wound, and 1 in an experimental pot in which it was not rolled, and the electric conductivity was measured and compared 60 minutes after standing. Experimental pot 0.38V Tested pot 0.28V The result shows that the conductivity difference was 0.10V and the conductivity of the experimental pot was increased, but it is considered that the conductivity is low because the ion concentration is lower than that of tap water. Be done.

5, March 28, 1992 Experimental tree 5 in which the coated surface of a magnetic sheet (polypropylene wood) having a width of 20 cm was brought into contact with the plant body at the base of the cypress 31 year old (in Osaka prefecture) 5
A book and five test trees wrapped with polypropylene sheets were selected in the same forest, and a growth comparison experiment was performed. December 27, 1992 The chest height around each experimental tree was measured. Experimental tree average 1.52 cm Experimental tree average 1.01 cm The result showed a growth difference of 0.51 cm, but the growth rate was about 3
That's an amazing difference of 0%. This is usually due to tissue activation.

6. Using a chrysanthemum cut flower in a cylindrical glass cup 3, a comparative experiment up to dropping was carried out. The experimental cups 3 with the magnetic sheet 1 and the experimental cups with a vinyl sheet were filled with tap water, and each three selected chrysanthemum flowers were inserted to compare the number of days until falling. Experimental cup (3) 35 days (Flowering) Experimental cup 25 days (Flowering) There was a difference of 10 days in the results, which seems to be the improvement of water quality and the accompanying osmotic effect.

7. A growth experiment was carried out using a hydroponic pot (plastic) of Orizullan. Five experimental pots in which magnetic sheets were wound around the pots of the pots and five experimental pots in which vinyl sheets were wrapped were selected, and comparative experiments were conducted on the 14th day after implementation. As a result, all the experimental pots were more vivid in color and luster than the experimental pots.

8. Plastic container (350 x 900 m
m) was used for the transpiration comparison experiment. 10 cc of each tap water was put into a test pot wound with a magnetic sheet and a test pot wound with a vinyl sheet, and a comparative experiment was conducted on the time until it reached 0 cc. Experimental pot: 0 cc at 430 hours, Experimental pot: 550 hours at 0 cc The results indicate that the transpiration effect by water quality improvement was promoted.

9. The magnetic paint 2 is applied to the water oscillating nozzle tube 4.
Is applied (22 cm on the outside of the nozzle), 500 cc of water that has passed through the nozzle pipe and 500 cc of conventional tap water are collected,
The hydrogen ion concentration was compared and tested. Magnetic nozzle tube PH = 6,4 Conventional nozzle tube PH = 6,6 The result showed a difference of 0,2 PH, which seems to be the result of the decrease of hydroxide ion due to Brownian motion.

INDUSTRIAL APPLICABILITY As described above, the present invention is simple and easy, and can be used by anyone, and by using it, anyone can honor environmental activities through improving water quality. By providing such a water quality improvement method, it is possible to contribute to the industry and the public.

[Brief description of drawings]

FIG. 1 is a perspective view showing an embodiment in which a magnetic sheet (magnetic body) is wound around a cup of the present invention.

FIG. 2 is an internal cross-sectional view showing an embodiment in which a magnetic sheet (magnetic substance) is wound around the cup of the present invention.

FIG. 3 is a side view showing an embodiment in which a magnetic paint (magnetic substance) is applied (hatched portion) to the swing nozzle nozzle of the water supply according to the present invention.

[Explanation of symbols]

 1 magnetic sheet (magnetic body) 2 magnetic paint (magnetic body) 3 cup 4 water supply nozzle

Claims (1)

[Claims] 1. A method of improving water quality by magnetic lines of force, characterized in that water is passed through the inside of a cylindrical body or a tubular body having a magnetic force, or the water quality is improved in a stationary state.