KR200350697Y1 - Apparatus for producing magnetized mineral water - Google Patents

Abstract

The present invention relates to a mineral magnetized water treatment apparatus, which includes a case housing having a water tank in which water is stored and a magnetization treatment tank; A mineral source disposed in the tank; Treated water supply pipe for supplying water from outside to the tank, connected between the water tank and the magnetization tank so that the inlet and outlet are arranged around the mineral source in the tank, and the water is magnetized and mineralized to the magnetized water to treat the treated water. A piping unit including a treated water circulation pipe for forced continuous circulation and a treated water discharge pipe for discharging the treated water to the outside; And a magnetization unit disposed in the treatment water circulation pipe in the magnetization treatment tank to magnetize the treatment water passing through the circulation pipe.

Description

Mineral magnetized water generation and treatment device {APPARATUS FOR PRODUCING MAGNETIZED MINERAL WATER}

The present invention relates to a device for generating and treating mineral magnetized water, and more particularly, to generate magnetized water by atomizing cluster particles of water together with ionization of water by using strong magnet magnetism, and the generated magnetized water contains an active mineral component. The present invention relates to a device for producing and processing mineral magnetized water by circulating a mineral material (an elvan, a boulder, etc.) or charcoal, to contain mineral components in mineral material or charcoal in the magnetized water particles by utilizing ion exchange and substitution effects of magnetized water.

Water is an essential material for life support for animals and plants including humans, and recent research has shown that various kinds of water exist.

Typically, water is a combination of hydrogen and oxygen, but is classified into a hexagonal ring structure (hexagon number) or a pentagonal ring structure (pentagon number) according to the bonding structure, among which the hexagonal ring structure has an intermolecular gap constituting water. Because it is narrower than general water, it has strong penetrating power. Because of this property, it is easily absorbed into the cell membranes of animals and plants, including the human body, to protect the cell membranes, supply oxygen and nutrients smoothly, and thus enhance cell vitality. It is known to do.

In general, in order to make such hexagonal water, electrolysis, refrigeration, introduction of germanium ions, which are horn structure forming ions, and a method of producing magnetized hexagonal water by applying a magnetic field to water in a 90 degree direction may be used.

Among them, the principle of magnetized water generation is explained, and in general, water molecules are clustered in a form of 15-20. When a magnetic field is applied to water, hydrogen constituting the water molecules toward the -pole (N pole) and oxygen molecules are + The attraction force acts toward the pole (S-pole), and the magnetic force of the water molecules rotates rapidly. When the water molecules rotate at a high speed, they collide with a myriad of negative charges (anions) formed in the magnetic field, thereby miniaturizing the water molecules. Thereafter, the micronized water molecules are recombined and activated and ionized to form clusters, and the recombination structure forms a hexagonal structure to form hexagonal water.

On the other hand, if a specific mineral or the like is contained in the drinking water of the human body and the animal, the cell activation effect of the human body or the animal can be doubled according to the unique characteristics of the mineral.

In addition, various desirable conditions are required for the growth of plants, especially crops. Currently, the most widely used methods for producing high quality crops in farms are the supply of fertilizers and nutrients and the spraying of pesticides. However, this method leads to acidification of the soil and, if excess is supplied, the soil that absorbs the surplus goes beyond natural self-cleaning and leads to soil degradation.

In view of this point, a magnetized water generating device for magnetizing water to become magnetized water and a mineral water generating device for containing specific minerals in water have been proposed to benefit the growth or growth of humans and animals and plants.

However, the magnetization water generating apparatus has a problem that it is difficult to generate water having cluster particles that have been miniaturized according to various conditions such as water flow rate and magnetic field strength in a single generation cycle, and that the magnetized water is difficult to continuously maintain the micronized cluster structure. In addition, in the case of producing a magnetized water for the purpose of growing the crop, it is possible to promote the growth of the crop by a certain amount of cluster atomization, but because it does not contain other necessary components separately, therefore the components necessary for growing the crop separately Must be supplied.

In addition, the mineral water generating device has a problem that it is difficult to obtain a mineral-containing water of a desired degree because the mineral water generator is usually in a closed structure, so that it is not easy to exchange the mineral source and the amount of elution is small.

There has been proposed a mineral magnetized water treatment apparatus combining the magnetized water generator and the mineral water generator.

As shown in Fig. 5, the conventional mineral magnetized water treatment device is a magnetized water generating device 4 using a mineral source 30 including a mineral content 33 and a permanent magnet in a predetermined pipe ("P"). It includes, wherein the water supplied in the direction of the arrow passes through the mineral source 30, the predetermined mineral is contained in the water, the mineral-containing water has a configuration to obtain the mineral magnetized water while passing through the magnetization device (4).

However, such a conventional mineral magnetized water treatment device has a mineral absorption process and a magnetization process performed in one cycle, so the degree of mineral content is minimal and it is difficult to expect a mineral containing effect, and the magnetized water is characterized by its magnetized water. There is a problem that it is difficult to maintain the continuous array structure, it is difficult to expect the mineral containing effect and the magnetization treatment after all.

The object of the present invention is to solve the above-mentioned problems of the prior art, by applying a circulation system to produce the magnetized water and at the same time the mineral is contained in the magnetized water, and also to induce repeated magnetized water and mineral treatment, mineral-containing magnetized water having the atomized cluster It is to provide a mineral magnetized water treatment device that can be obtained continuously.

1 is a side cross-sectional view of the mineral magnetized water treatment apparatus of the present invention.

2 is a rear view of the mineral magnetized water treatment apparatus of the present invention.

3 is a longitudinal sectional view and a plan view of the mineral source in the water tank of the mineral magnetized water treatment apparatus of the present invention.

4 is a cross-sectional view showing a circulation process during the magnetization treatment and mineral treatment of the water supplied by the mineral magnetization water treatment apparatus of the present invention.

5 is a view schematically showing a magnetization apparatus according to the prior art.

<Explanation of symbols for the main parts of the drawings>

10; Case housing

10A: Countertop

10B: magnetization tank

11: cover

20A: Supply line

20B: circulation tube

20C: discharge line

25: on-off valve

30: mineral source

31: Case net

31S: flow space

31C: Case net cover

33: mineral content

40: magnetization processing unit

C: control box

M: motor

In order to achieve the above object, the present invention comprises a case housing having a water tank and a magnetization treatment tank in which water is stored;

A mineral source disposed in the tank;

Treated water supply pipe for supplying water from outside to the tank, connected between the water tank and the magnetization tank so that the inlet and outlet are arranged around the mineral source in the tank, and the water is magnetized and mineralized to the magnetized water to treat the treated water. A piping unit including a treated water circulation pipe for forced continuous circulation and a treated water discharge pipe for discharging the treated water to the outside; And

It provides a mineral magnetized water treatment apparatus comprising a magnetization unit disposed in the treated water circulation pipe in the magnetization treatment tank for magnetizing the treated water passing through the circulation pipe.

According to an embodiment of the present invention, the mineral source disposed in the tank includes a mineral content and a cylindrical case network for maintaining and storing the mineral content, wherein the cylindrical case network has a flow of treated water in the center thereof. A space is formed, and the cover which can be opened and closed is provided in the upper part.

According to an embodiment of the present invention, a conical flow guide for guiding the flowing treatment water is further formed at the bottom of the flow space at the center of the cylindrical case network.

According to one embodiment of the present invention, the upper portion of the tank of the case housing is characterized in that the cover housing made of a hinge opening and closing by a hinge.

According to an embodiment of the present invention, the cover housing is characterized in that the input cup for dispensing a predetermined functional material into the tank.

According to an embodiment of the present invention, the end of the supply pipe is characterized in that the inclined cut so that the water supplied is evenly spread in the water tank.

According to one embodiment of the present invention, the inlet portion of the treated water circulation pipe is disposed adjacent to the mineral source and the outlet portion of the circulation pipe is characterized in that it is disposed in the flow space of the mineral source center.

According to an embodiment of the present invention, the treated water circulation pipe and the treated water discharge pipe in the magnetization treatment tank of the case housing are characterized in that they are interconnected through the on-off valve.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a side cross-sectional view of the mineral magnetized water treatment apparatus of the present invention, Figure 2 is a rear view of the mineral magnetized water treatment apparatus of the present invention, Figure 3 is a longitudinal cross-sectional view of the mineral source in the water tank of the mineral magnetized water treatment apparatus of the present invention and Top view.

The mineral magnetized water treatment apparatus of the present invention refers to a general apparatus for generating magnetized water by magnetizing water and treating the mineralized water to contain the generated magnetized water, and a circulation system is introduced to cause forced circulation of water in the magnetized water treatment and mineral treatment. .

1 and 2, the mineral magnetized water treatment apparatus 100 of the present invention has a case housing 10 having a water tank 10A for storing water and a magnetization treatment tank 10B, and disposed in the water tank 10A. Disposed in the mineral supply source 30, the piping for circulating the treated water for the supply of treated water, the magnetized treatment and the mineral treatment, and the discharge of the treated water, and the magnetic treatment tank 10B for magnetizing the water. And a magnetization unit 40.

According to FIG. 3, the mineral source 30 is arranged at the bottom of the center of the tank and has a mineral inclusion 33 and a cylindrical case net 31 for holding and storing the mineral inclusion.

The cylindrical case net 31 has a treatment water flow space 31S formed at its center portion, and a cover 31C that can be opened and closed at an upper portion thereof to replace the mineral-containing material 33 in the case net as necessary. It is possible.

According to one embodiment of the present invention, a conical flow guide 35 for guiding the flowing treatment water may be further formed at the bottom of the flow space 31S at the center of the cylindrical case network, the cone shape The treated water is thus guided.

The upper portion of the water tank of the case housing 10 is formed of a cover housing 11 that is pivotally opened and closed by a hinge, and the measuring housing cup for inserting a predetermined functional material into the water tank 10A into the cover housing 10. By arranging (15), a specific functional substance can be added to the treated water as needed to make the treated water functional water.

The pipe portion 20A and the magnetization treatment tank so that the inlet 20Bi and the outlet 20Bo are disposed around the mineral water source 30 in the treated water supply pipe 20A that supplies water from the outside into the tank from the outside. It is connected between the (10B) to the magnetized water treatment and mineralized to the magnetized treated water to the treated water circulation pipe (20B) for forced continuous circulation of the treated water and the treated water discharge pipe (20C) for discharging the treated water to the outside Is done.

The end 20Ao of the supply pipe 20A is obliquely cut so that the water to be supplied is evenly spread in the water tank.

The inlet 20Bi of the treated water circulation pipe 20B is disposed adjacent to the mineral source 30, and the outlet 20Bo of the circulation pipe is disposed in the flow space 31S at the center of the mineral source 30.

The treated water circulation pipe 20B and the treated water discharge pipe 20C in the magnetization treatment tank 10B of the case housing are interconnected through the on / off valve 25, and the treated water that has been reduced and mineralized opens the on / off valve. This is discharged to the outside of the housing through the treated water discharge pipe (20C).

In addition, by arranging, for example, the motor M in the circulation pipe 20B of the magnetization treatment tank, the forced circulation of the treated water is induced, thereby circulating the magnetized water once magnetized. The continuous magnetization process is induced to maintain the finer cluster particles of the water by the magnetization process, and at the same time, the mineral treatment is performed in parallel with the mineral treatment so that the mineral water can be contained in the magnetized water while being forcedly circulated through the mineral source during the water circulation process.

The operation of this motor can be automatically controlled and displayed by the control box C attached to the outer surface of the case housing 10.

Hereinafter, the operation of the mineral magnetization processing apparatus 100 of the present invention will be described with reference to FIG. 4.

4 is a cross-sectional view showing a circulation process during the magnetization treatment and mineral treatment of the water supplied by the mineral magnetization water treatment apparatus of the present invention.

The main action of the mineral magnetized water treatment apparatus 100 of the present invention includes a magnetized water generation process and a mineral treatment process on the magnetized water, among which the magnetized water generation (treatment) process passes through the circulation pipe 20B using the magnetization unit 40. By applying a strong magnetic field to the water to induce agglomeration of the cluster particles of water, the mineral water treatment process is the mineral water is eluted in the feed water while passing the supplied water (or magnetized magnetized water) through the mineral source 30 Or mineralization of minerals in magnetized water using ion exchange and substitution effects of magnetized water, and these magnetized water generation and magnetized water mineral treatment processes are performed by the treated water circulation system of the mineral magnetized water treatment device of the present invention. It is easily achieved through the convection circulation of the treated water.

Water supplied from the outside through the inlet 20Ai of the supply pipe 20A is supplied into the water tank 10A through the end 20Ao of the supply pipe. At this time, the end of the supply pipe is obliquely cut, so that the supply water is distributed evenly in the water tank.

Some of the water supplied is eluted from the mineral while passing through the mineral source 30, and some of the water is convection circulated to the upper side of the tank while hitting the mineral source.

In the circulation pipe 20B that extends between the water tank 10A and the magnetization treatment tank 10B, water in the water tank is forcibly sucked from the inlet 20Bi disposed adjacent to the mineral supply source 30 by the motor M, and the magnetization processing unit. The magnetization process is carried out by 40 and is forcibly discharged to the circulation pipe outlet 20Bo in the flow space 31S of the mineral supply source 30 in the water tank 10A again via the case housing upper side.

At the same time as discharged, the magnetized water absorbs minerals from the mineral source by ion exchange and substitution effects.

The magnetized water discharged to the bottom side of the mineral source 30 through the outlet 20Bo of the circulation pipe 20B is, for example, both sides of the conical guide by a conical guide 35 disposed at the bottom of the flow space 31S of the mineral source. Branch in the direction to form a large convection of the magnetized water.

This convection process doubles the effect of mineralization on the magnetized water as it keeps the magnetized water in constant contact with the mineral source.

In addition, the supply water, magnetized water in the tank or some mineralized magnetized water is continuously magnetized again through the inlet of the circulation pipe 20B, and forcedly circulated back into the tank to experience the aforementioned mineral treatment process through forced circulation and convection. Therefore, the magnetization treatment and the mineral treatment effect can be simultaneously processed, and the effect can be maintained continuously.

As described above, the mineral magnetized water treatment apparatus according to the present invention doubles the cellular activity of animals and plants as well as the human body by the production of magnetized water by the magnetization treatment, and may contain predetermined functional inorganic ions by mineral treatment. Functional substances can be supplied, and healthy growth characteristics can be obtained by controlling the growth and nutritional balance of the human body and animals, and especially when applied to fruit, there is an effect of increasing the sugar content, improving beautiful coloring and fragrance. Mineral magnetized water treatment apparatus of the present invention that can achieve such an effect can be manufactured at a lower cost than the conventional, there is no burden on the maintenance cost, there is an advantage that the life is also semi-permanent.

In addition, when using for cultivation of crops, the handicap of farmers who do not have the strong soil required by organic farming can be supplemented by using mineral magnetized water generated by the mineral magnetized water treatment device of the present invention for cultivation and reducing the use of pesticides and fertilizers. It can induce additional eco-friendly effects.

Claims (8)

A case housing having a water tank in which water is stored and a magnetization treatment tank; A mineral source disposed in the tank; Treated water supply pipe for supplying water from outside to the tank, connected between the water tank and the magnetization tank so that the inlet and outlet are arranged around the mineral source in the tank, and the water is magnetized and mineralized to the magnetized water to treat the treated water. A piping unit including a treated water circulation pipe for forced continuous circulation and a treated water discharge pipe for discharging the treated water to the outside; And And a magnetization unit disposed in the treatment water circulation pipe in the magnetization treatment tank to magnetize the treatment water passing through the circulation pipe. 2. The mineral source of claim 1, wherein the mineral source disposed within the bath comprises a mineral content and a cylindrical case network for holding and storing the mineral content, wherein the cylindrical case network has a treatment water flow space at its center. And a cover that can be opened and closed at an upper portion thereof. 3. The mineral magnetized water treatment apparatus according to claim 2, wherein a conical flow guide for guiding the flowing treatment water is further formed at the bottom of the flow space at the center of the cylindrical case net. The mineral magnetized water treatment apparatus according to claim 1, wherein the upper portion of the water tank of the case housing is formed of a cover housing pivotally opened and closed by a hinge. 5. The mineral magnetized water treatment apparatus according to claim 4, wherein an input cup for injecting a predetermined functional material into the cover housing is disposed in the cover housing. The mineral magnetized water treatment apparatus according to claim 1, wherein the end of the supply pipe is inclinedly cut so that the water to be supplied is evenly spread in the water tank. 4. The mineral magnetized water treatment apparatus according to claim 1 or 3, wherein an inlet of the treated water circulation pipe is disposed adjacent to the mineral source and an outlet of the circulation pipe is disposed in the flow space at the center of the mineral source. The mineral magnetized water treatment apparatus according to claim 1, wherein the treated water circulation pipe and the treated water discharge pipe in the magnetization treatment tank of the case housing are connected to each other through an on / off valve.