KR200336209Y1 - Production apparatus for micro-clustered water by the electrostatic induction and the magnetization treatment - Google Patents

Abstract

The present invention uses the constant voltage (water) for use in drinking water, fermentation process, and soft drink water. ) And a group of water molecules by magnetization ; Small number of clusters It relates to an apparatus for manufacturing).

According to the present invention, when the tap water or ground water flows into the electronic treatment tank 1 in which a network of electrodes 2 of stainless steel (Stainless steel) filled with charcoal or activated carbon and magnetite mass is introduced into a constant voltage ( Constant voltage from the electric charger (7) ) Is processed and then sent to the primary treatment water storage tank (8), the primary treatment water of the primary treatment water storage tank (8) is a mineral that emits far infrared rays by the primary treatment water transfer pump (9) Minerals that easily elute ceramics and minerals, minerals that emit negative ions, ceramics, magnetite or magnetic ceramics and corrosive substances containing minerals such as divalent trivalent iron, calcium and magnesium. Humic substance: Pellet-filled filler (11) is sent to the packed column (10) for processing, followed by a solenoid (Solenoid) magnetizer (12) and an electromagnet or permanent magnetizer (13) Small group water is produced by magnetization while passing through the magnetic field of).

Of particular note is that small groups have the effect of improving the taste of water, improving the absorption of permeability in vivo, improving metabolic activity, and activating cells.In the fermented food manufacturing process, fermentation maturation was promoted and used in the soft drink manufacturing process. It is also expected to be widely used in drinking water, food manufacturing plants, water in soft drink manufacturing processes, and agricultural and horticultural water.

[ Index word ]

Small group number ), Magnetite, magnets, far infrared rays, minus ions, minerals, constant voltage ( )

Description

Production apparatus for micro-clustered water by the electrostatic induction and the magnetization treatment {Production apparatus for micro-clustered water by the electrostatic induction and the magnetization treatment}

The present invention is a constant voltage treatment of tap water or groundwater ( ), Minerals or ceramics that emit far infrared rays, minerals or ceramics that emit negative ions, minerals that are easy to elute, mineral magnets or magnetic ceramics, divalent trivalent iron, calcium (Ca), Humic substance containing minerals such as magnesium is passed through a packed column filled with fillers such as pellets, and then magnetized to remove micro-clustered water. It relates to an apparatus for manufacturing.

Conventional techniques include constant voltage treatment, magnetization treatment, high pressure treatment, high velocity impact on the wall, detonation pressure ( Impact hydraulic pressure generation by ), Treatment of ceramics and magnetic ceramics emitting far-infrared rays and negative ions, irradiation of laser rays, arc discharge, ultrasonication, minerals with high ion solubility. There are various methods such as treatment and electrolysis (generation of alkaline anion water), but when the small group water is prepared by most of these methods, there is a problem that the water is converted into large group water (Bound water) like general tap water.

An object of the present invention is to provide a device for producing a stable small group water can be maintained for a long time by using tap water or ground water to solve the above problems.

The present invention for achieving the above object, the step of treating tap water or ground water by applying a constant voltage, minerals or ceramics emitting far infrared rays, minerals or ceramics emitting negative ions, magnetite or magnetic ceramics, minerals (Minerals) Solenoid magnetizers and electromagnets or permanent magnets are passed through a packed tower filled with minerals, which are easy to elute, and corrosive pellets containing minerals such as divalent trivalent iron, calcium and magnesium. It is characterized in that it consists of a step of treating the small group by the magnetization process while passing through the magnetic field of the magnetizer.

1 is a process chart for producing a small group water

Figure 2 is a large-capacity small group manufacturing apparatus process diagram

<Explanation of symbols for main parts of drawing>

1: electronic treatment tank 2: electrode

3: Insulator 4: Stainless steel sheet

5: concrete structure 6: grounding

7: constant voltage ( Electron charger

7a: variable resistor 7b: ground

7c: Primary winding 7d: Iron core

7e: 2nd winding 8: 1st treatment water storage tank

9: primary treatment water transfer pump 10: charging tower

11 Filling 12 Solenoid Magnetizer

13: permanent magnet or electromagnetizer 14: permanent magnet

15: rectifier 16: final treatment tank

17: final treatment water transfer pump

N: North pole S: South pole

AC: Alternating current power DC: Direct current power

FI: Flow indicator

PCV: Pressure control valve

pHI: pH indicator

ORPI: Oxidation Reduction Potential Indicator

Hereinafter, described in detail by the accompanying drawings as follows.

When tap water or ground water flows into the electronic treatment tank 1, the constant voltage ( When high-voltage AC constant voltage is applied to the electrode (2) from an electric charger (7), the positive and negative electric fields of the electrode (2) are alternately applied to the water molecule for a long time (more than 4 hours). As a result of this, the water molecules themselves vibrate and rotate, and the hydrogen bonds of the water molecules are partially disconnected, causing the clusters of water molecules to become small groups of water.

The small group of water thus produced becomes high energy reducing water having a high alkaline high natural frequency.

Constant voltage ( The applied voltage of the generator 7 is adjusted in accordance with the values of pHI (7.4-7.8) and ORPI (200 mV or less) provided in the primary treatment water storage tank 8.

The primary treatment water of the primary treatment water storage tank (8) includes minerals, ceramics and magnetic magnets that emit far-infrared rays, ceramics, and negative ions to improve the treatment efficiency and to produce stable small groups capable of long-term maintenance. Magnetic ceramics, minerals ), Hornblende, biotite, mother-of-pearl ), Obsidian ( ), Minerals such as Songji stone, rhyolite and feldspar, divalent trivalent iron, calcium and magnesium Humic substance containing minerals, such as (腐植 物質; Humic substance) Pellets (Pellet), such as a filler (11) is sent to the packed column (10) filled with the treatment and then the solenoid (Solenoid) magnetizer (12) ) And electromagnets or permanent magnetizers (13) to magnetize and process them into small groups, some of which are returned to the electronic treatment tank (1), and others to the final treatment tank (16). It is transferred to a transfer pump (17) and used for drinking water, water in food manufacturing plants and soft drink manufacturing plants, agricultural and horticultural water, etc. The above-mentioned corrosive substances are microorganisms in which carcasses of animals and plants enter the soil and decompose organic matter. In the process of decomposing these organic substances through metabolic activity, Brown or dark brown, which is a stable macromolecular material, is dark brown, amorphous colloidal material, foliar soil, humus soil, peat, and fermentation aging. There are completed mature compost, etc. Of these, the use of corrosive materials with high mineral content, such as divalent trivalent iron, calcium, magnesium.

The material of the electrolytic treatment tank 1 is made of stainless steel, and there is a stainless steel electrode filled with charcoal or activated carbon and magnetized magnetite ingots having high conductivity. (2) A mesh is provided, and an insulator such as polyethylene, polyvinyl chloride (PVC), and styroform is provided at the bottom thereof, and a stainless steel sheet (4) which is a conductor and a corrosion resistant material under the insulator. Is installed between the foundation concrete (5), the stainless steel plate (4) is grounded (6) to the ground.

When water containing various minerals such as divalent trivalent iron and other calcium (Ca) and magnesium (Magnesium) is subjected to constant voltage and magnetization, stable small group water is generated even in long-term storage.

The solenoid magnetizer 12 is an alternating current of about 0.5 to 5 V in a coil wound around a cylindrical conduit of an insulating material such as synthetic resin (PVC, PE, styrene resin, etc.), ebonite, FRP, Bakelite, or the like. DC low voltage The magnetic field is formed inside the coil when water is applied.

When the flow rate is large, the electromagnet or permanent magnetizer 13 is provided with a permanent magnet 14 in the middle of the magnetic field to minimize the distance between the magnet and the magnet to make the magnetization processing efficiency as high as possible.

In consideration of economical efficiency, even if the treatment efficiency is somewhat reduced, only one of the solenoid magnetizer 12 and the permanent magnet or the electromagnetizer 13 may be installed.

When the capacity of the treated water is large, the electronic treatment water tank 1 and the charging tower 10 are installed in multiple stages as shown in FIG.

As described above, according to the present invention, the small group water has a better water taste than tap water or groundwater, and has an effect of improving permeability and absorption of living body, improving metabolic activity, and activating cells. It is expected to be widely used in drinking water, food manufacturing plants, water in soft drink manufacturing processes, agricultural and horticultural water, etc., as it promotes fermentation ripening and improves taste even when used in soft drink manufacturing processes.

Claims (3)

Insulators (3) such as polyethylene, polyvinyl chloride (PVC) and styroform are installed in the lower part of the barrel made of stainless steel, and the stainless steel sheet (4) ) Is installed between the basic concrete structure (5), the stainless steel plate (4) is grounded (6) to the ground, and the charcoal or activated carbon and magnetized magnetite mass with high conductivity inside While supplying tap water or ground water to the electronic treatment tank 1 in which a network of electrodes of stainless steel filled with When a high-voltage AC constant voltage is applied to the electrode 2 from an electric charger 7, the positive and negative electric fields are alternately repeated around the electrode 2 for a long time (more than 4 hours). As a result, the water molecules themselves vibrate and rotate, and the hydrogen bonds of the water molecules are partially disconnected. The clusters of water molecules are first treated with small groups of water and sent to the primary treated water storage tank (8). The primary treated water of the treated water storage tank 8 is a small group of water, which improves the treatment efficiency and preserves the small group for a long time, and minerals or ceramics emitting far infrared rays, ceramics, magnetizing magnetite or magnetic ceramics that emit negative ions. Fillers, such as pellets, humic substances containing minerals such as minerals, which are easily eluted, and minerals such as divalent trivalent iron, calcium, magnesium, and magnesium. (11) It is sent to the packed tower 10 for processing, and then it is sent to a solenoid magnetizer 12 and an electromagnet or permanent magnetizer 13 for magnetization, and a part is returned to the electronic treatment tank 1. While producing a small number of groups. delete According to claim 1, in view of economic efficiency, even if the treatment efficiency is slightly lowered, the small group number is removed by a process of installing and treating either one of the solenoid magnetizer 12, the electromagnet or the permanent magnetizer 13, and the like. Manufacturing device.