WO2004020346A1

WO2004020346A1 - System for purifying/activating water and method for purifying/activating water

Info

Publication number: WO2004020346A1
Application number: PCT/JP2002/008642
Authority: WO
Inventors: Yoshikazu Jufuku
Original assignee: Kouou Co., Ltd.
Priority date: 2002-08-28
Filing date: 2002-08-28
Publication date: 2004-03-11
Also published as: AU2002328572A1; JPWO2004020346A1

Abstract

Treating water injected from a water injection opening (111) into an upper chamber (130) is further injected, at a constant pressure, into an inner tube (140) filled with ceramic particles by the actions of a plurality of pyramidal crystals disposed in the upper chamber (130) and the magnetic force from each magnet incorporated in a tube (210), fed downward while being rotated torsionally leftward into a lower chamber (150), fed upward through each outer tube (120) filled with ceramic particles by the action of a pyramidal crystal (246) while being rotated torsionally rightward, and dropped like a fall into an inner chamber (160) from the upper opening of each outer tube (120) while being mixed with air before being outputted as purified and activated functional water from an outlet opening (112). Since raus water is passed through a magnetic field and ceramic particles and subjected to air mixing action in the inner chamber in the form of fall, “functional water” closest to humor and most friendly to the bodies of human or animal and to the plants where small cluster state is sustained can be produced through correlative actions of the magnetic force, far infrared ray effect, air mixing, and the like.

Description

Description Water Purification Activation System and Water Purification Activation Method

The present invention relates to a water purification activation system and a water purification activation method, for example, a water purification activity that reduces water molecules (clusters) and water that has a property that aerobic microorganisms that decompose and remove dirt and odor are easy to propagate. The present invention relates to a water purification system and a water purification activation method. Background Art A conventional water purification device is a water purification method for removing impurities in water using activated carbon, or, in a large scale, for example, generates fine bubbles in raw water into which a flocculant has been injected, and generates fine bubbles in flocs. Attach and float by its buoyancy, and separate and remove most of the turbid components as floating scum. Then remove the remaining turbid components by sand filtration, and obtain treated water to obtain river water, lake water, etc. Was removed by flotation and sand filtration.

However, in the conventional water purification method described above, the activated carbon absorbs impurities, and the suspended components remaining after flotation are trapped in the sand filtration layer, so that the absorption capacity of the activated carbon gradually decreases or the sand filtration layer The filtration resistance gradually increases. For this reason, it was necessary to periodically change the activated carbon and backwash the sand filtration layer. '

In addition, conventional water purification equipment also removes valuable components such as minerals contained in water, making use of the inherent effects of water. I didn't.

The present invention has been made with the object of solving the above-mentioned problems, and has a water purification activation system capable of purifying water and further increasing the vitality of water without lowering the inherent effects of water. It is an object to provide a water purification activation method. DISCLOSURE OF THE INVENTION In order to achieve the above object, the water purification activation system of the present invention comprises, for example, a magnetic field generating means for irradiating treated water with lines of magnetic force, and at least a part for passing the treated water while rotating it spirally. And a mixing means for mixing the treated water with air in the form of a waterfall.

As a result, the treated water activated by the lines of magnetic force is given a filtering action by the ceramic and a far-infrared effect, and the treated water is passed through the ceramic while being spirally rotated, thereby maintaining the smallest state of the cluster. In addition, it is possible to prepare an environment suitable for the coloration of the aerobic pacteria by the mixing means.

For example, the magnetic field generating means includes a plurality of magnets arranged diagonally. Alternatively, the magnets are arranged diagonally at regular intervals in the ring-shaped tube such that the inside becomes an S pole. Alternatively, the magnetic field generation means is positioned and fixed in the center of a circular upper chamber having a treated water inlet on a side wall, and the upper opening of the spiral passage means is located below the magnet position. It is characterized by having. As a result, it is possible to efficiently irradiate the treated water with lines of magnetic force having substantially the same intensity, and to efficiently activate the water. Also, for example, the helical passage means includes a cylindrical body divided in a spiral at a substantially central portion in a longitudinal direction, and the cylindrical body is filled with a ceramic member. For this reason, it is possible to realize an efficient filtering action and to give a far-infrared effect from ceramic particles.

Further, for example, the helical passage means includes: a first cylindrical body having an opening at a bottom of the upper chamber; a lower chamber connected to the other opening of the first cylindrical body; and a lower chamber side wall. A second cylinder connected to an upper side wall of the inner chamber below the upper chamber. Therefore, water can be efficiently circulated in a small installation area.

Furthermore, for example, the first cylindrical body is divided into two in a longitudinal direction in a left-handed spiral, and the second cylindrical body is divided into two in a longitudinal direction in a right-handed spiral. I do. For this reason, a more efficient far-infrared effect is given, and this state is easily maintained.

Further, for example, the ceramic member filled in the first cylinder and the second cylinder is filled with ceramic particles generated by sintering rock generated in a relatively high temperature state. It is characterized by having. As a result, the treated water can absorb and radiate electromagnetic waves with wavelengths of about 4 m to 8 zm, which are suitable for growing organisms.

Further, for example, the upper chamber is further provided with a polyhedral crystal, for example, a tetrahedral crystal, an octahedral crystal, a hexahedral crystal, and a dihedral crystal, for example, in this order. Giving crystal energy to the

By arranging the positions of the quartz crystals so as to be between the sources of the magnetic field generating means, the energy of the quartz crystals can be efficiently given to the treated water.

Furthermore, at least the upper part of the internal chamber is formed airtight, The mixing means has a simple configuration including a configuration in which treated water from an opening provided in the upper side wall of the second cylindrical body is injected in a waterfall shape in the internal chamber. This can provide an environment favorable to aerobic bacteria.

Furthermore, for example, by positioning and fixing a pyramid-shaped crystal at the uppermost part in the upper chamber and the lowermost part in the lower chamber, energy can be given to the treated water, and it is easy to maintain a small state of one cluster.

Further, for example, by arranging a crystal, for example, a polyhedral purple crystal, a polyhedral rose pink crystal, and a polyhedral transparent crystal at an output port from the lower chamber, crystal energy can be efficiently given to the treated water. It is possible to maintain the effect on

Further, for example, by providing a filter means for filtering the treated water as a pretreatment, it is possible to suppress the reduction of the water purification and activation effect by pollutants.

An inlet for injecting water to be treated; a first chamber connected to the inlet; a plurality of magnets disposed at equal intervals in the first chamber; A first tube having a first opening of the portion for drawing out water injected into the first chamber; and a second tube connected to a second opening at the other end of the first tube. A second chamber having a first opening at one end in the second chamber for leading out water injected into the second chamber; and an other end of the second cylinder on an upper side wall. A third chamber into which water to be treated is injected from a second opening at the other end of the second cylinder, at least an upper part having an airtight structure, and a lower part of the third chamber; An output port connected to a side wall for taking out treated water, wherein the first and second cylinders are filled with ceramic particles. Accordingly, it is possible to achieving the object of the present invention. Furthermore, for example, since the first cylinder and the second cylinder are helically divided into two in the longitudinal direction, a filtering action and a far-infrared ray effect can be efficiently given to the treated water.

Also, for example, the first chamber is disposed at the top, the third chamber is disposed at the middle, and the second chamber is disposed at the bottom in a liquid-tight manner. The first cylinder has a first opening at one end. A second opening is connected to the bottom of the first chamber, a second opening at the other end is connected to the upper part of the second chamber through the second chamber, and the second cylinder is connected to the third chamber. A first opening at one end is connected to the side wall of the second chamber, and a second opening at the other end is connected to an upper side wall of the third chamber; The third chamber has at least an airtight structure at an upper portion, and water to be treated is injected in a waterfall form from a second opening of the second cylinder, so that efficient water purification and activation can be performed with a small area. realizable. BRIEF DESCRIPTION OF THE DRAWINGS FIGS. 1 (A) and 1 (B) are schematic views of a water purification activation system according to an embodiment of the present invention, FIG. 1 (A) is a plan view, and FIG. ) Is a front view.

FIG. 2 is a diagram for explaining a schematic structure of the water purification activation device of the present embodiment.

FIG. 3 is a plan view of the water purification activation device of the present embodiment.

FIG. 4 is a diagram for explaining the structure of the upper chamber (raw water injection chamber) of the water purification activation device of the present embodiment. BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, an example of an embodiment of the present invention according to the present invention will be described with reference to the drawings. Although the drawings used in the description show the outline of the dimensions, shapes, arrangements, and the like of the respective components to the extent that the present invention can be understood, they are illustrated with partially enlarged magnifications for convenience of description. In some cases, it may not necessarily be similar to the actual thing or description such as the embodiment. Also, in each of the drawings, similar components are denoted by the same reference numerals, and redundant description may be omitted.

First, the principle of water purification activation in the water purification activation system of the present embodiment will be described. The water purification activation system of the present embodiment has the following two functions when roughly classified.

(1) Water purification function to make clean water

In addition to the function of removing pollutants by the built-in filter of the filter device, the function of purifying water with a filter material mainly made of ceramic particles generates "clean water" by removing impurities, harmful substances and bacteria.

(2) Activation function to activate water

The function of activating water by the action of magnetic force from magnet, the effect of far infrared rays by ceramic particles, etc.

The remarkable effect of the present embodiment lies in (2) the water activating function. The water activating function of the present embodiment will be described in detail below. The system of the present embodiment is provided with the following activation function for so-called ordinary water to generate “functional water”.

(1) A function that activates water to subdivide water molecules called clusters and make them smaller. (2) A function that decomposes and removes dirt and odors, and converts them into a property that aerobic bacteria, which are gasified, can easily propagate.

(3) Function to neutralize water (property to bring pH (pH) as close to neutral (pH 7) as possible).

The synergistic effect of these functions makes it possible to accurately remove dirt and odors.

Hereinafter, the configuration of a water purification activation system according to an embodiment of the present invention that can provide the above functions to water will be described in detail with reference to the drawings. 1 (A) and 1 (B) are schematic views of a water purification activation system according to an embodiment of the present invention, wherein FIG. 1 (A) is a plan view and FIG. 1 (B) is a front view. FIG. FIG. 2 is a diagram for explaining a schematic structure of the water purification activation device of the embodiment, FIG. 3 is a top view of the water purification activation device of the embodiment, and FIG. 4 is a water purification activation device of the embodiment. It is a figure for explaining the structure of the upper chamber (raw water injection chamber) of the device.

In FIGS. 1A and 1B, 10 is a filter device, and 100 is a water purification activation device. In the filter device 10, 11 is an inlet for raw water, 1 2 is an outlet for filtered treated water, 13 is an exhaust valve for the upper air, 14 is a filter for when the use of the filter device is interrupted or when an internal filter is used. This is a drain valve for draining water from the equipment when cleaning or replacing the equipment. The filter device 10 is provided with a filter device therein and mainly removes turbid components in raw water.

The most suitable filter installed in the filter device 10 is selected according to the turbidity of raw water injected from the inlet 11. It also depends on the use of water treated by the purification activity system.For example, water used for hydroponic cultivation requires a little rough filtering, while water used for drinking is finer. A fine filter that can remove impurities We will have a ring. The configuration of this filter device can be various known filter structures. If the raw water is tap water with low pollution, for example, a hollow fiber membrane with a pore diameter of about 1 micron

(Or a permeable membrane) may be used as the filtration filter, or, for example, an Osaka Gas Chemical silver processing filter may be applied. '' In the water purification activation system 100, 1 1 1 is the treated water inlet, 1 1 2 is the treated water output port, 1 1 3 is the upper air exhaust valve, 1 1 4 is the drain valve, 1 2 1 Reference numerals 1 to 26 denote six outer cylinders A to F, which extend upward from the lower part of the apparatus and are internally partitioned into a right-handed spiral.

As shown in Fig. 2, the main body of the water purification activation device 100 has an upper chamber 130 connected to the injection port 111, an upper opening at the bottom of the upper chamber 130, and a lower opening. Are connected to the upper part of the lower chamber 150, respectively, and the inside of the cylinder is partitioned into a spiral with a left-hand twist in the direction of water flow. (See Fig. 3), the upper part is connected to the lower opening of the inner cylinder A14 1 to the inner cylinder F146 and the upper part of the side wall is the lower opening of the outer cylinder A121 to the outer cylinder F126 The upper part of the lower chamber 150 connected to the outer cylinder is connected to the upper opening of the outer cylinder A121 to outer cylinder F126 and the output port 112 near the bottom of the side wall. At least the upper portion is connected to the inner chamber 160 which is airtightly connected.

The upper chamber 130, the inner chamber 160, and the lower chamber 150 are liquid-tightly separated from each other, and the raw water injected into the upper chamber 130 from the inlet 1 11 is It passes through a strong magnetic field atmosphere in the upper chamber 130, and is affected by the crystal described later, and from the upper opening of the inner cylinders A141 to F16, the inner cylinders A141 to F1 4 Enter within 6.

Then, it falls inside the inner cylinders A11 to F146 in a spiral shape while being filtered by the ceramic, and is sent to the lower chamber 150. And the lower chamber The outer cylinder A 1 2 1 to the outer cylinder F 1 26 enter through the lower opening of the outer cylinder A 1 2 1 to the outer cylinder F 1 26 on the side of the 150.

Then, it rises spirally in the outer cylinder A121 to outer cylinder F126 while being filtered by the ceramic, and drops into the inner chamber 160 from the uppermost side wall of the inner chamber 160. At least the upper part of the inner chamber 160 has an airtight structure, and an air layer exists at the upper part of the inner chamber 160.

As a result, in the internal chamber 160, the treated water flows down from above into the room in a waterfall-like manner, generating ozone and the like, and efficiently mixing with air. Then, the mixed water is output from the output port 112 provided on the side wall of the internal chamber 160 as functional water activated for water purification.

As shown in FIG. 3, six inner cylinders A 14 1 to inner cylinder F 14 penetrate the inner chamber 160 at substantially equal intervals and are connected to the lower chamber 150. As described above, the inside of the inner cylinders A14 1 to F14 is divided into two parts in the longitudinal direction in a spiral shape with left-handed twist, and the spiral of each inner cylinder A14 1 to inner cylinder F14. In the cylindrical body, for example, soil produced in a relatively high temperature state, for example, in Kagoshima, ceramic particles of about 1.2 cm in diameter produced by sintering the soil of the Shirasu plateau, which is a lava plateau. The body is filled.

For example, the granite stone of the ceramic component is often lava formed by the eruption of a volcano, for example, when the temperature is 200 ° C (: ~ 500 ° C). It absorbs and emits electromagnetic waves to a certain degree, so it is contained in the range of 4 xm to 14 / im suitable for breeding organisms, and the treated water that has passed through this ceramic is 4 m It absorbs and emits electromagnetic waves of up to about 8 m.

The outer cylinder A 1 2 1 to the outer cylinder F 1 26 are divided into two parts in the longitudinal direction in a spiral shape with a right-hand spiral in the direction of water flow. The same ceramic particles as those in the above-mentioned inner cylinder are also filled in the cylinder. Note that white ceramic particles and red ceramic particles may be prepared as the ceramic particles, and white ceramic particles and red ceramic particles may be alternately filled in each adjacent cylinder.

Further, a ring-shaped tube body is suspended in the upper chamber 130 into which the raw water is injected, as shown by reference numeral 210 in FIG. 2, and each inner cylinder A 14 inside the tube body 210 is suspended. In the upper position of the 1 to inner cylinder F14, an even number of magnets of about 1000 gauss are arranged diagonally in each case. Since the magnet may corrode when exposed to water, it is desirable that the tube 210 be a liquid-tight structure so that the magnet is shielded from the treated water.

The magnets are arranged so as to be diagonal to each other, and each magnet is arranged inside the tube 210 so that the inside has an S pole and the outside has an N pole. Six magnets are arranged at equal angles. For this reason, the magnetic field intensity in the upper chamber 130 is made uniform, and the water injected into the upper chamber 130 is exposed to the strong magnetic field atmosphere generated by this magnet. Become. The strength and the number of the magnets are not limited to the examples described above, and may be stronger, and the number or the number may be more or less.

Further, inside the positions of the upper openings of the inner cylinders A141 to F146 at the bottom of the upper chamber 130 shown by reference numeral 400 in FIG. Crystal 22 1, crystal 22 3 cut into an octahedron, crystal 22 3, and crystal 22 3 Locked in the configuration shown in FIG. The disposition position of each crystal is determined to be a position between magnets arranged in the tube body 210.

In addition, the crystal is not limited to the above example. Alternatively, the shape of the polyhedron is not limited to the cut of 4 to 12, and a crystal having a larger number of faces or a plurality of pieces having the same number of faces may be provided.

In addition, a pyramid-cut crystal 2241 is positioned at the top of the upper chamber 130 so that the top is on the lower side, and a pyramid-shaped crystal is provided at the bottom of the lower chamber 150. It is arranged so that the top of the crystal 246 cut on the upper side is on the upper side. As a result, the water in the device is affected by these crystals and activated.

In addition, as shown in the cross-sectional structure in Fig. 2A, the output port 112 has purple crystal 310 cut into a 20-hedron and transparent crystal cut into a 20-hedron. (Clear crystal) 302 and mouth pink crystal 301 cut into a 20 face are arranged and locked. For this reason, water is also activated here, and the small state of the cluster is maintained.

In addition to the above, it is desirable to dispose a pure gold plate at the top of the upper chamber 130 and at the bottom of the lower chamber 150. This further activates the water and keeps the cluster small.

When using the system of the present embodiment having the above configuration, for example, raw water is injected from the raw water inlet 11 of the filter device 10 at a water pressure of about 2 kg to 10 kg.

For example, once the system has been installed, gradually open the valve of the source of raw water (such as water) and start supplying raw water. Then, water is sent into the system and water and air mix. For this reason, at first, the air vent valve 13 above the filter device 10 is opened to discharge air. Then, when only the water comes to be discharged from the air vent valve 13, the air vent valve 13 is closed. Thereby, the inside of the filter device 10 is filled with the water to be treated. The raw water injected into the filter device 10 is sent at the above pressure, whereby the raw water is filtered by the built-in filter, pollutants and the like are mainly removed, and the raw water is output from the output port at the same pressure. In the present embodiment, since the purpose is to remove pollutants and the like, the removal of mineral components and the like dissolved in the raw water is not performed.

The treated water that has been filtered and output from the output port 12 is sent to the injection port 11 of the water purification activation device 100 and injected into the upper chamber 13 from the inlet 11.

Then, water is sent into the upper chamber 130 in the water purification activation device 100, and water and air are mixed. For this reason, at first, the water purification activation device 1

0 0Open the upper air release valve 1 1 3 to discharge air. When only water is discharged from the vent valve 1 1 3, the vent valve 1

1 Close 3

As a result, the treated water injected into the upper chamber 130 becomes pyramid-shaped crystal 241, tetrahedral cut crystal 221, octahedral cut crystal 222, and hexahedral cut crystal. Each inner cylinder filled with ceramic grains while receiving the action of the crystal 23 2 and the action of the crystal 2 24 and the magnetic force from each magnet built in the tube 210. It is injected into the inner cylinder F146 at a constant pressure, and is sent downward while twisting and rotating in the left twisting direction.

As a result, in the upper chamber 130 and in each of the inner cylinders A141 to F146, the water clusters are fragmented and the small state of the clusters is maintained. become.

Then, the treated water receives the filtering action of the ceramic particles in each of the inner cylinders A141 to F146, and also receives the far-infrared effect due to the ceramic grains. As a result, the water purification effect is obtained and the cluster is small. It works so that a state is maintained.

The treated water that has entered the lower chamber 150 is sent into each of the outer cylinders A121 to F126 while receiving the action of the pyramid-shaped crystal 246. The treated water rises while twisting and rotating in a right-hand twist direction in each of the outer cylinders A 121 to F 126 filled with the ceramic particles. As a result, the water purification effect is further obtained and the small state of the class is maintained.

The treated water falls into the internal chamber 160 from the upper ports of the outer cylinders A121 to F126. Then, the treated water that has entered the internal chamber 160 is output from the output port 11 as functional water activated with purified water. In the present embodiment, the output is output from 112 at almost the same or higher pressure without substantially reducing the injection pressure of the current water injected from the injection port. At this time, the treated water was supplied with purple crystal 301, which was cut into a 20-hedron provided at the output port 112, and transparent crystal (clear crystal) 30, which was cut into a 20-hedron. 2 and the effect of rose pink crystal 301 cut into a 20-hedron.

The upper part of the inner chamber 160 is airtight, and even if water to be treated is injected from the upper ports of the outer cylinders A121 to F126 at a constant pressure, The air located above the vicinity of the output port 1 1 2 of the 160 is not discharged to the outside, but is sealed at the top.

For this reason, the treated water that has entered the internal chamber 160 from the upper port of each of the outer cylinders A121 to F126 is converted into a waterfall and injected into the inner chamber 160, and the air Is more positively mixed.

As described above, in the apparatus according to the present embodiment, raw water passes through the magnetic field, passes through the ceramic grains, and forms a waterfall in the internal chamber to receive the mixing action of air. Due to correlation effects such as air mixing, It can generate “functional water” that is the closest to body water and is the most familiar to human and animal bodies and plants.

In addition, the filtering action of the apparatus of this embodiment is strong, and the treated water is in a state close to pure water, so that the solubility is high, and together with the small state of the cluster, the action of dissolving various things from the surroundings occurs. Thereafter, various substances adhered to the device using the water and the like are dissolved in the water, and the effect of cleaning the device itself is obtained. For this reason, the inside of the pipe through which the treated water of the apparatus of the present embodiment is passed becomes clean, and impurities in the water storage tank are eliminated, so that the inside of the tank becomes clean. For this reason, cleaning of the apparatus can be omitted, and productivity is improved.

As described above, according to the present embodiment, the raw water is allowed to pass through the magnetic field, pass through the ceramic grains, and fall like a waterfall, so that the correlation of magnetic force, far-infrared effect, air mixing, etc. The action produces water with small clusters, which is said to be closest to living water and most compatible with human and animal bodies or plants.

For this reason, for example, if a bath tub after a person enters is left as it is, a large amount of fat or oil will stick to the bath tub wall, but even a small amount of water through the system of the present embodiment is added. This results in water containing fine clusters in the water, and these fats and the like are exfoliated.

Since this fine cluster can slide into the gap between various substances, it slips into the gap between these fats and oils. Since the slid clusters are waters (active water) that collide with each other and burst off, the clusters penetrate between the fat and oil particles, turning them into particles with no binding force and spontaneously exfoliating. .

In other words, these decomposed substances (fat and oil) are very fine

Four If the helicopter is in the bathtub, the fat and oil will be separated and separated one after another with just enough water.

Furthermore, since the fat and oil particles that have become finer are in a state of being dissolved in water (emulsion), they usually do not fall off without the use of detergents. It can be easily removed by the action.

For this reason, when water generated by the water purification system according to the present embodiment is passed through a pipe such as a water pipe, deposits on the pipe wall, iron rust, and scales that cause clogging of the pipe are peeled off. The pipes can be washed simply by passing water through them.

Further, the water generated by the system of the present embodiment has a property that aerobic microorganisms that decompose and remove dirt and odor are easily propagated, so that the water is "biochemically" contaminated and turbid. It also has the effect of removing foul odors.

In other words, anaerobic bacteria are bacteria that spoil things and generate bad smells, while “aerobic bacteria” are important substances that eventually break down things in the food chain and ecosystem on the earth. An organism that plays a role and facilitates the propagation of "aerobic bacteria" means that dirt and waste products are not decomposed and give off bad odors, but are decomposed and turned to gasification. Waste products can be decomposed and eventually turned into a gas that does not smell.

For this reason, by using the water purified and activated by the water purification system of the present embodiment, dirt and odors in the bath, the kitchen, the drain, the sewage sump, etc. are eliminated.

Furthermore, according to the present embodiment, the water is neutralized (the raw water pH

(pH) approaches neutrality), and many factories and processing sites that use chemicals In this case, the amount of the neutralizing agent such as caustic soda used can be reduced. Furthermore, by raising the solubility, for example, by giving “functional water” generated by the apparatus of the present embodiment to livestock, the breeding rate of livestock such as pigs, cattle, and chickens is promoted, and the meat quality is drastically improved. be able to.

In addition, by taking in magnetic force and far-infrared rays, water can be generated that produces active activity, and the effect of lowering the evaporation pressure can be confirmed.Water retention can be maintained, so that a fresh state can be maintained for a long time. However, the freshness of the plant grown in the water of this embodiment can be kept long.

In addition, the ceramic grains are exposed to sunlight at temperatures between 200 ° C. and 500 ° C. when the lava erupts, resulting in electromagnetic waves with a wavelength of 4.0-8.0 m. And emits electromagnetic waves that are almost the same as this absorption wavelength. For this reason, the water passing through the cylinder provided in the apparatus of the present embodiment receives electromagnetic waves having a wavelength of 4.0 to 8.0 wm from the ceramic particles in the cylinder, whereby water clusters are reduced. This water is used to maintain the activity of cells by maintaining the cell activity by attaching extracellular fluid to the cells, and to maintain the freshness and activation of plant cells.

For this reason, the treated water treated by the water purification system of the present embodiment penetrates into the cells and causes a rise in Ca 2+ in the cells, thereby inactivating the functions of the cells. It also has the effect of activating the cells of animals and animals, healing diseases, and maintaining health and beauty.

Claims

The scope of the claims

1. a magnetic field generating means for irradiating the treated water with lines of magnetic force;

A spiral passing means, at least partially filled with a ceramic member, for passing the treated water while rotating in a spiral shape,

And a mixing means for converting the treated water into a waterfall and mixing the air with the air.

2. The water purification activation system according to claim 1, wherein the magnetic field generating means includes a plurality of magnets arranged diagonally.

3. The water purification activation system according to claim 2, wherein the magnets are arranged diagonally at equal intervals in the ring-shaped tube so that the inside becomes an S pole.

4. The magnetic field generating means is positioned and fixed in the center of a circular upper chamber having an inlet for treated water on the side wall, and the upper opening of the spiral passage means is located below the magnet. The water purification activation system according to claim 1, wherein:

5. The helical passage means includes a cylindrical body which is spirally divided at a substantially central portion in a longitudinal direction, and wherein the cylindrical body is filled with the ceramic member. A water purification activation system according to any one of claims 1 to 4.

6. The helical passage means includes a first cylinder having an opening at the bottom of the upper chamber, a lower chamber connected to the other opening of the first cylinder, and a side wall of the lower chamber. The water purification activation system according to claim 5, further comprising a second cylindrical body connected to an upper side wall of the internal chamber between the upper chamber and the lower chamber.

7. The first cylindrical body is divided into two pieces in a longitudinal direction in a left-handed spiral, and the second cylindrical body is divided into two pieces in a longitudinal direction in a right-handed spiral. The water purification activation system according to claim 6.

8. The ceramic member filled in the first cylinder and the second cylinder is preferably filled with ceramic particles generated by sintering rock generated in a slightly high temperature state. The water purification activation system according to claim 5 or 6, wherein

9. The water purification activation system according to claim 4, wherein the upper chamber is further locked with a crystal cut in multiple faces.

10. The water purification device according to claim 9, wherein the polyhedral cut crystal is arranged in a circular shape in the order of tetrahedral crystal, octahedral crystal, hexahedral crystal, and dihedral crystal. Activation system.

11. The water purification activation system according to claim 10, wherein an arrangement position of each crystal is positioned so as to be a position between sources of the magnetic field generating means.

12. At least the upper part of the internal chamber is formed airtight, and the mixing means is configured to supply treated water from an opening provided on the upper side wall of the second cylindrical body into the internal chamber as a waterfall. 7. The water purification activation system according to claim 6, comprising a configuration for injecting water into the water.

13. The water activation system according to claim 6, wherein a pyramid-shaped crystal is positioned and fixed at an uppermost part of the upper chamber and a lowermost part of the lower chamber.

14. The water purification activation system according to claim 2, wherein a crystal is provided at an output port from the lower chamber.

15. The water purification device according to claim 14, wherein the crystal comprises polyhedral purple crystal, polyhedral rose pink crystal, and polyhedral transparent crystal. Activation system.

16. The water purification activation system according to any one of claims 1 to 15, further comprising a filter means for filtering treated water as pretreatment.

1 7. An inlet for injecting water to be treated,

A first chamber connected to the inlet;

A plurality of magnets arranged at equal intervals in the first chamber,

A first cylinder having a first opening at one end in the first chamber and leading out water injected into the first chamber;

A second chamber connected to a second opening at the other end of the first cylinder; and water having a first opening at one end in the second chamber and injected into the second chamber. A second cylinder for deriving

A second opening at the other end of the second cylinder is connected to the upper side wall, and at least the upper part has an airtight structure, and water to be treated is supplied from the second opening at the other end of the second cylinder. A third chamber to be injected,

An output port connected to a lower side wall of the third chamber for taking out treated water, wherein the first and second cylinders are filled with ceramic particles. .

18. The water purification activation system according to claim 17, wherein the first tube and the second tube are helically divided into two in a longitudinal direction.

1 9. The first chamber at the top, the third chamber at the middle, and the second chamber at the bottom are liquid-tightly arranged, respectively.

In the first tube, the first opening at the one end is connected to the bottom surface of the first chamber, and the second opening at the other end passes through the third chamber and is connected to the second chamber. Connected to the top,

The second cylinder is disposed along the third room outside, and the first cylinder at one end is provided. An opening is connected to the side wall of the second chamber, and a second opening at the other end is connected to an upper side wall of the third chamber;

18. The third chamber, wherein at least the upper portion has an airtight structure, and water to be treated is injected in a waterfall form from a second opening of the second cylinder. Water purification activation system according to 4.

20. The water purification activation system according to any one of claims 17 to 19, further comprising a plurality of polyhedral crystals arranged at equal intervals in the first chamber.

21. The water purification activity according to claim 20, wherein the polyhedral crystal has counterclockwise tetrahedral, octahedral, hexahedral, and 12 dihedral crystals.

22. The method according to any one of claims 17 to 21, wherein the first cylinder and the second cylinder are twisted in different directions from each other and divided into a spiral shape. Water purification activation system.

2 3. Irradiate the treated water with lines of magnetic force and pass the treated water, which has been irradiated with the lines of magnetic force, while rotating it spirally through a helical cylinder filled at least in part with a ceramic member, and then drop the treated water A method for activating water purification, wherein the water is mixed with air.

24. The water purification activation method according to claim 23, wherein the irradiation of the magnetic field lines is performed by magnetic field lines generated from a plurality of magnets arranged diagonally.

25. The method for activating water purification according to claim 24, wherein the magnets are arranged diagonally at regular intervals in the ring-shaped tube such that the inside becomes an S pole.

26.The cylinder is spirally divided at a substantially central portion in the longitudinal direction, and the treated water has a first cylinder twisted left-handed and a right-handed thread. The water purification activation method according to any one of claims 23 to 25, wherein the water is passed while rotating through two of the second cylinders.

27. The ceramic member filled in the first cylindrical body and the second cylindrical body is a ceramic particle formed by sintering rock generated in a slightly high temperature state. The water purification activation system according to claim 23 or claim 26.

28. The method according to claim 24, further comprising irradiating the treated water through a treated water into a room in which a quartz crystal cut along with a magnet is arranged, and irradiating the treated water with the crystal energy. Activation method of water purification.

29. Claim 23 to Claim 28, wherein the treated water is output by passing through a passage in which polyhedral purple quartz, polyhedral rose pink quartz, and polyhedral transparent quartz are arranged. The water purification activation method according to any one of the above.

30. The water purification activation method according to any one of claims 23 to 29, further comprising passing treated water through a filter as pretreatment.