JP2002126745A - Water treatment and activating apparatus by ceramic and far infrared ray - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve such a problem that red rust or scale is bonded to the water supplying distribution pipe in a building after 20 years or more are elapsed after the construction of the building and the piping is severely superannuated and water is deteriorated to become a state unusable as drinking water and, if the superannuation of the pipe is advanced, pinholes are generated in the pipes to bring about leak of water or the damage of the pipe and, an ozone generator or a magnetic field treatment technique is proposed but construction becomes large scaled because the pipe and the like are cut and vast cost is required. SOLUTION: A magnetic/far infrared radiation parts are manufactured from an intensive magnet, a far infrared radiation ceramic sheet and a far infrared radiation ceramic balls and water is strongly treated and activated by the composite synergistic effect in for infrared radiation in the intensive magnetic field.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a magnetic fluid treatment based on magnetohydrodynamics and a combined synergistic effect of far-infrared rays radiated from ceramics to reduce and activate clusters of water molecules and at the same time to aging. It is concerned with the improvement of iron distribution pipes that have been implemented.

[0002]

2. Description of the Related Art When observing conventional water treatment techniques, it is necessary to consider the construction 2
The water supply and distribution pipes installed in buildings that have passed the age of 0 or more have aggravated red rust and scale adherence due to the deterioration of water quality, which hastened the deterioration of water supply pipes. January 29, 2000
On Sunday, NHK General Television "Naruha Economy" broadcasted on measures against aging of condominiums. "Buildings" more than 20 years old had severe red rust and scale adhesion, and the deterioration of water supply pipes caused pinholes in the pipes. The life of buildings and condominiums is shortened due to water leakage, pipe breakage, and red water generation. For condominiums that are more than 20 years old, replacement of water supply and distribution pipes is necessary. Replacement of water supply and distribution pipes requires a lot of construction cost and days in apartments where many households are occupying, so it is desirable to make preparations for the repair of apartments more than usual! Was advised.
However, water supply and distribution pipes are installed in condominiums and buildings, and replacement costs a great deal of money. Techniques such as cleaning old pipes and adding rust preventives are currently being implemented as countermeasures. As new technologies, ozone generators and far-infrared radiators using magnetically treated ceramics are also being used, but many of them are large-scale equipment, or the installation cost and equipment are expensive, such as cutting and installing water supply pipes. It takes a lot of decisions for people to attach to buildings and buildings.
Also, without disconnecting the water supply pipes in individual water meter boxes of ordinary houses, (small) condominiums, apartments, etc.
Devices for attaching (using magnetic force) are also sold,
Estimated from the result of the water quality test, probably because the magnetic field lines of the built-in magnets are weak, some of the indoor water pipes are not activated. Further, there is a problem that the construction cost of the apparatus main body is too expensive for home use. Water retainers include cups and cups with a built-in magnet, ceramic powder mixed with ceramic powder, and coated on the inner surface, but are expensive.

[0003]

As described above, the prior art has the following problems. 1. It is a large-scale device and requires a great deal of expense for maintenance by electric drive and drug administration. The device cannot be introduced unless it is a large or medium-sized enterprise or a well-established establishment. 2. Red rust is re-adhered over time even after washing the tube. 3. The continuous introduction of chemicals is mandatory, which increases the cost burden, and the large amount of drinking water poses a risk of drug damage. 4. Electric system devices involve electric drive and require more space for installation, and are not intended for ordinary households or small businesses. 5. Various new water treatment systems using magnetic lines of force based on magnetohydrodynamics can be seen, but most of the technologies involve cutting and installing the middle of the water supply and drain pipes of buildings and buildings. In addition, the equipment is expensive, and the equipment cost is large. 6. There is also a technique to measure the activation of water by submerging ceramic balls in an elevated water tank of a building. However, maintenance such as cleaning and disinfection is required once a year by removing ceramic balls from the elevated water tank. If the ceramic ball used is not a high-quality material having a high far-infrared emissivity, it may not be used semipermanently and may become a home for bacteria. 7. The Waterworks Bureau puts chlorine into the water purification tank to disinfect bacteria, E. coli, etc. for disinfection. However, drinking water containing chlorine is supplied to condominiums and ordinary households, but in buildings more than 20 years old, most of the steel water supply and distribution pipes are old, so they are aging due to red rust and scale,
Drinking water that should have sterilization ability, because chlorine is absorbed by red rust and scale etc. in iron pipes, when taking water from the faucet, residual chlorine is in an extremely small state, only the smell of chalky remains, sterilization ability 0 Is shown. These are determined from the water quality inspection data at the water quality inspection laboratory designated by the Minister of Health and Welfare.

Therefore, the present application has been made in view of the conventional problems as described above, and an object thereof is to provide the following. 1. Improve water quality by chemical-free treatment. 2. Driving the device does not use other energy such as electricity. 3. By replacing the aged water pipe in the building without replacing the old water pipe, by installing this device, the red rust (Fe2O3) in the iron pipe is changed to black rust (Fe3O4) to improve the flow of red water, It works and prolongs its life. 4. The equipment can be easily installed without taking up space for installation work and without cutting the external water supply pipe. 5. The effect lasts semipermanently.

[0005]

SUMMARY OF THE INVENTION In order to solve the above-mentioned problems, the present invention activates water by a combined synergistic effect of a strong magnetic field and far infrared rays. The means are listed. 1. Fig. 1.2 shows a water treatment activation device used without cutting the water pipe.

The structure is such that a far-infrared radiating ceramic sheet (2) is adhered to the inner and outer surfaces of the bottom and a rubber-like sheet (3) (leather sheet or the like) for preventing outflow of lines of magnetic force is adhered to the inner surface. A strong permanent magnet (1) is inserted into a substantially central portion of the magnetic container, and a blank portion is filled with a far-infrared radiating ceramic ball (4) and sealed, and the bottom portion of the container has N and S poles. Two types of magnetism. Far-infrared radiation parts (5
a), and its magnetic north and south poles. A sandwiching case (7) having storage tubes (6) at both ends in order to sandwich the far-infrared radiating component so as to face the water pipe (10) (also referred to as a water supply pipe or a water supply pipe in this specification). ), And the water treatment activation device is formed by inserting the component into the cylindrical portion of the sandwiching case. In order to attach the water treatment water activation device to the water pipe (10), as shown in FIG. 2, a far-infrared radiation ceramic sheet (2) is wrapped around the pipe in advance, and a magnetic. The holding case (7) into which the far-infrared radiation component is inserted is attached. The effect is further improved by wrapping the far-infrared radiating ceramic sheet around the tube, and it is better to wrap and fix the adhesive aluminum sheet (9) around both ends of the far-infrared radiating ceramic sheet to prevent moisture. Also, magnetic. A permanent magnet (8) may be attached to the outside of the lower part in order to make the far-infrared radiation component adhere to the tube.

[0007] 2. Figure 3.4 shows another water treatment and activation device used without cutting the water pipe. The structure is such that a strong permanent magnet (1) is fixed at the approximate center of the container, and the surroundings are filled with far-infrared radiating ceramic balls (4) and sealed with an adhesive aluminum sheet (9). Two types of magnetism, the N and S poles in contact. A far-infrared radiating part (5b) was made, and the magnetic material was wound around the water pipe (10) around the far-infrared radiating ceramic sheet (2). This is a water treatment activation device in which far-infrared radiating components are mounted such that an N pole and an S pole are opposed to each other. The magnet, far-infrared radiation ceramic sheet, and far-infrared radiation ceramic ball used here preferably have the same characteristics as described above.

[0008] 3. Figure 5.6 shows a water treatment water activation device used mainly to activate water in a water retainer such as a pot. The application is not limited to only the water retainer, and may be used for a water pipe. Its structure is rare earth magnet (11
a) or two types of magnets having far-infrared radiation ceramic balls (4) arranged side by side around a ferrite magnet (11b) and tightly packaged with an adhesive aluminum sheet (9) to form an N pole and an S pole on a wide surface. A water treatment water activation device comprising a far-infrared radiation component (5c), a band (13) having a plurality of bags (12) made of a far-infrared radiation ceramic sheet, and the components inserted into the bag portion of the band. It is. When inserting the above-mentioned components into the bag portion, it is preferable to arrange the N-pole, S-pole, N-pole and S-pole in the same order on the same surface of the belt. As described above, the water treatment and activation device for the band is wound around the pot (15) as shown in FIG. 6 to activate the water in the pot. The number of bags is the size of the pot and magnetic. What is necessary is just to select arbitrarily according to the magnitude | size of a far-infrared radiation component.

4. FIG. 7 shows a water treatment / activation device for activating water contained in a container such as a vase. The structure is such that the inner surface of a synthetic resin container is covered with a far-infrared radiation ceramic sheet (2), and a ferrite magnet (11
b), a blank is filled with far-infrared radiating ceramic balls (4), and sealed with a lid. It is a water treatment water activation device that emits far infrared radiation. The lid (16)
If a plurality of far-infrared radiating ceramic balls are provided and fixed in the grooves, the effect is further improved.
Further, when the magnets are individually wrapped in the far-infrared radiation ceramic sheet (2), the effect is further improved.

[0010]

DETAILED DESCRIPTION OF THE INVENTION The feature of the present invention is that a strong magnetic field and a combined synergistic effect of far-infrared rays from a special far-infrared radiation ceramic sheet or far-infrared radiation ceramic ball make water with high efficiency unprecedented. The device can be easily mounted without cutting the pipe and the tube can be easily cut, and the structure of the parts is simple. Another feature is that the number of water treatment activation devices can be freely selected according to the pipe diameter and the water quality before treatment.

Next, the function of each component. The operation will be described. 1. The magnet used in the invention described in claim 1.3 requires a magnet having particularly strong energy. In the embodiment of the present application, one object made of neodymium and having a surface magnetic flux density of 3,400 gauss and having a diameter of 25 mm × 5 mm is provided.
00 gauss and one magnet with a diameter of 19 mm x 10 mm
Two pairs were inserted into both the pole and the south pole as a set. By using such a magnet, the magnetic field lines cross the water supply pipe at right angles from the north pole to the south pole to form a semi-permanent strong magnetic field, and various biochemical changes occur. This phenomenon is thought to be because when a liquid passes through a magnetic field at a certain speed, the interaction between the magnetic moment of the liquid molecules and the magnetic field excites the liquid molecules, resulting in an unstable active state. I have. The change described in Faraday's law of electromagnetic induction occurs, reducing the number of water molecules,
Creates an active state of water, enhances osmotic power and dissolving power, and acts as an oxidation-reduction and oxidation-suppressing action. It reacts with the iron content of red rust (Fe2O3) on the inner peripheral surface of the iron water supply pipe to promote oxidation ( Fe3O4) becomes black rust, and exhibits a rust-preventing effect of preventing the generation of rust.

2. When a far-infrared radiation function is further added, electromagnetic wave energy having a wavelength of 4 to 14 μm is radiated, fainting the unpleasant odor of kalki (chlorine), a disinfectant that promotes the functionalization of tap water. However, since the residual chlorine is effectively left, the sterilizing power is improved. In addition, the action of removing fluorine, nitrogen nitrate, neutral detergent, odor and the like contained in tap water is excited, and high-quality tap water can be produced. The far-infrared radiating ceramic sheet used in the examples of the present application is a high-quality ceramic powder having a far-infrared emissivity of 90%. Adsorbed and manufactured flocky fabric, 30% by weight of which is made up of hermetically sealed ceramic powder.

In general, the fabric of far-infrared radiation garments which are commercially available is woven by mixing ceramics with yarn, and if the ceramic is mixed with 10% or more of the weight of the yarn, the yarn breaks, so that the amount of far-infrared radiation is small. Most clothing. To give a short example of the effect of the "sheet" used in the present invention, "nicotine" is converted to "nicotinamide""vitamin" by placing "cigarette" on the sheet for 5 minutes. And it works to lighten the taste of "cigarettes".

The far-infrared radiating ceramic ball filled in the empty space of the container is a high-quality material having a far-infrared emissivity of 80% or more, and also functions to prevent moisture from adhering to the empty space in the container. The quality effect of ceramics can be understood from the far-infrared emissivity. Even if the amount is large, the effect is small if the emissivity is lowered.

Reasons for using non-magnetic containers or rubber sheets. Since this device uses four magnets that emit strong magnetic lines of force, it uses a non-magnetic material for the container and a rubber sheet inside, so that the meter in the water meter box will not be disturbed or cause a failure. The outer case is also made of non-magnetic hard vinyl chloride with a thickness of 3.5 mm, giving full consideration to safety.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The invention described in claim 1.2 was implemented in a 28-year-old wooden two-story house. The detailed structure of the water treatment activation device used in the present embodiment is described in the above “Means for Solving the Invention (0)
006) and the “Embodiment of the Invention” section, and the description is omitted, but the non-magnetic container used was the same as a commercially available photographic film case. The water treatment activation device shown in FIG. 1 is installed in a tap water meter box as shown in FIG.
Two sets were installed, one set and one set on the gas water heater iron water supply pipe in the washroom where red water was flowing away. In order to confirm this effect, water collected at the time of installation from the faucet of the washroom,
Water collected after 105 days from the installation was requested by a water quality inspection organization designated by the Minister of Health and Welfare for water quality inspection of 13 items of drinking water inspection standard. Table 1 shows the results. It is shown in Table 2.

Water quality at the time of installation of the device.

[Table 1]

Water quality 105 days after installation.

[Table 2]

The following can be confirmed from Table 1.2. Inspection result table 1 of tap water collected in the washroom on May 26, 2000 had the following problems. Two bacteria in 1 mL, (4) iron outflow 0.46 mg / L, putrid odor, (6) chromaticity, (4) turbidity 4.5. △ iron, chromaticity,
"Turbidity" was determined to be non-compliant with drinking water quality standards. The problem was the determination of residual chlorine 0.01 mg / L. This indicates that the disinfecting chlorine supplied by the city water bureau in the water purifier is absorbed by red rust and scale etc. of the iron water supply pipe in the building, and the disinfection ability is completely lost.

After 105 days from the installation, the water quality of the bacteria was reduced to 0 bacteria / mL, and the loss of iron was 0.03 mg / mL.
L, greatly reduced, no odor, chromaticity less than 1 degree, turbidity 0.
The temperature was significantly improved to less than 5 degrees, respectively, and met drinking water quality standards.
The presence of L and chlorine has been confirmed,
The scale has been removed and black rust is improving, and the iron service pipes are returning to health.

Construction of door-to-door houses, condominiums, and public housing 20
After collecting water from an iron water pipe in a building that has passed for more than a year in a washroom, and requesting a 13-item drinking water standard for water quality inspection by the Ministry of Health, Labor and Welfare's designated water quality inspection organization, it is determined that residual chlorine is less than 0.01. Is most of the water. The deterioration of the drinking water supply and the red rust corrosion inside the iron water supply pipe indicate that the disinfecting chlorine is not functioning at all. Daily living water is anxious in this situation. The washroom is an important place for living, washing your face, rinsing your mouth, drinking and washing your hands. The present invention, together with the activation of tap water,
It can be confirmed that the effect of restoring the presence of residual chlorine is strong.

A method for simply confirming the effect of the water treatment activating device of the present invention will be disclosed. After installing the water treatment water heater,
Tap water is collected in a transparent bottle, into which red rust nails or iron pieces are put. Red rust nails will dissolve into water in 2-3 days, and red rust nails in bottles will change to black rust in 1-2 months. The effect of activated water. Red rust melts into normal tap water, but red rust nails do not turn into black rust. It quickly turns black. It takes days to turn black. These differences are also guidelines for judgment.

2. Second embodiment. The third aspect of the present invention will be described with reference to FIG. FIG. 3 shows the structure of the water treatment activation device. Fill a rectangular non-magnetic container with ceramic balls 3 and place a neodymium permanent magnet in the center,
It is fixed with an adhesive and sealed with an adhesive aluminum sheet (9). This is a water treatment device that emits far-infrared radiation. This device is also manufactured in two types, one having an N pole on the surface in contact with the tube and the other having an S pole. The container and the magnet 1 used in this apparatus are manufactured by deciding the size of the container and the size of the magnet in accordance with the price of the diameter of the water supply pipe. Also, depending on the length and diameter of the water supply and distribution pipe, a plurality of sets are installed around the pump or immediately before the water supply pipe enters the elevated water tank. The ceramic balls filled in the container also serve to protect the magnet from heat and moisture in addition to the action of far-infrared radiation.

The above water treatment activating device was attached to a water supply pipe as shown in FIG. First, wrap the "ceramic sheet" (2) around the water supply and distribution pipe (10), fix it with double-sided adhesive tape and "adhesive aluminum sheet", and then position the magnet on the outer surface of the peripheral wall of the water and distribution pipe (10). Magnetic. Far-infrared radiation component and the other S-pole magnet. The far-infrared radiation parts are mounted so as to face each other with the water supply pipe interposed therebetween, and fixed with adhesive tape.
Magnetic. If the far-infrared radiation component (5b) is mounted, the magnetic field lines cross the water supply pipe to form a strong magnetic field from the N-pole magnet to the S-pole component. The action of the lines of magnetic force, the ceramic sheet, the ceramic balls and the water is the same as described above, and will not be described.

The effect was confirmed as shown in Table 3.4 in a 26-year-old building by the above-mentioned method. The scale of the installed building is a three-story reinforced concrete building, a groundwater tank, and an elevated tank. December 7
Water was sampled daily and submitted to the Ministry of Health and Welfare's designated water quality inspection organization for drinking water inspection. Eight sets of the water treatment device of the second invention were installed in the water supply and distribution pipes near the pump and near the elevated water tank in this restaurant and snack living room.

Table 3 shows the water quality test results collected when the apparatus was mounted.

[Table 3]

Table 4 shows the water quality test taken 38 days after mounting.

[Table 4]

As shown in Table 3, there was an aromatic odor at the time of wearing, and it was judged as "non-conforming" with the drinking water quality standard. In addition, 20 bacteria / mL of general bacteria and less than 0.01 mg / L of residual chlorine indicate that chlorine supplied by the Waterworks Bureau has been absorbed by an aged iron pipe and has lost its disinfecting ability. 28 days after the above values were attached, the values were as shown in Table 4, indicating that the values were greatly improved. As for the value, the aromatic odor was not abnormal, and 20 bacteria / mL of general bacteria were sterilized to 0 and the presence of 0.18 mg / L of residual chlorine was confirmed. In about 40 days, the sterilizing ability was activated in the water supply pipe.

3. FIG.
6 is shown. In this apparatus, a 2,200 gauss ferrite magnet was used, and the far-infrared radiation ceramic sheet and the far-infrared radiation ceramic ball used were those described in the section of the embodiment of the invention. As shown in FIG. The band into which the far-infrared radiation component is to be inserted is made of a far-infrared radiation ceramic sheet, two bags are provided, and Velcro (14) is attached to both ends, and the water retainer (pot) (15) is attached as shown in FIG. Detachable. By using this device, it was confirmed that the water in the water retainer was activated and turned into delicious water.

4. When the invention according to claim 5 is manufactured as shown in FIG. 7 and put in a vase of fresh flowers, water is activated, and it can be confirmed that the flowers last longer than before. In this device,
Two ferrite magnets of 20 mm × 40 mm × 10 mm were used, each of which was equipped with a far-infrared radiation ceramic sheet.

[0031]

By implementing the present invention, Table 1.
As shown in 2.3.4, remarkable numerical values that cannot be achieved by the conventional technology have been confirmed. This is because water is activated with high efficiency by the combined synergistic effect of the far-infrared radiation emitted from the special far-infrared radiation ceramic sheet and the far-infrared radiation ceramic ball in a strong magnetic field.

According to the present invention, a receipt of a high-priced water charge arrives suddenly in a building that has been constructed for more than 20 years, and when a waterworks contractor is asked to inspect the inside of the building, a hole is made in an iron water pipe and water is leaked. Turns out to be. In such a situation, partial repairs cannot be dealt with, water supply pipes need to be replaced, and there are cases where unexpectedly high construction costs are incurred. If installed inside the meter box, the action of turning red rust into black rust is excited within 3 to 4 months, and the iron water pipe can restore health and prolong life. It can be easily installed without cutting the water supply pipe and without using chemicals. The combined synergistic effect of strong magnetic field lines and far-infrared rays cannot be proved scientifically, but has been remarkably improved, as can be seen at the water quality test results in Table 1.2.3.4. This has immeasurable effects on health and economy. In recent years, the quality of drinking water has been declining.

[Brief description of the drawings]

FIG. 1 shows an embodiment according to claim 1, wherein FIG.
3 shows a far-infrared radiation component. Sectional drawing, (b) is a figure which shows a clamping case.

FIG. 2 is a cross-sectional view showing the embodiment according to the second embodiment, in which a sandwiching case is attached to a water pipe;

FIG. 3 shows an embodiment according to claim 3, wherein FIG.
FIG. 3 is a plan view of the far-infrared radiation component, and FIG.

FIG. 4 shows an embodiment according to claim 3; It is sectional drawing which mounted | wore the tube with the far-infrared radiation component.

FIG. 5 shows an embodiment according to claim 4, wherein FIG.
The plan view of the far-infrared radiation component, (b) is magnetic. 3 shows a band into which a far-infrared radiation component is inserted.

FIG. 6 is a view showing a state in which a belt is attached to a pot in the embodiment according to claim 4;

FIG. 7 shows an embodiment according to claim 5, wherein FIG.
Elevation view of the far-infrared radiation component, (b) is a plan sectional view,
(C) is a plan view showing a state in which a far-infrared radiation ceramic ball is inserted into the groove of the lid.

[Explanation of symbols]

1. Strong permanent magnet 2. Far infrared radiation ceramic sheet 3. Rubber sheet 4. Far-infrared radiation ceramic balls 5a. 5b. 5C. 5d. Magnetic. Far-infrared radiation components
6. Storage tube 7. 7. Clamping case magnet
9. Adhesive aluminum sheet 10. Water pipe (supply pipe) 11a. Rare earth 1
1b. Ferrite magnet 12. Bag 13. Strip 1
4. Magic tape 15. Pot 16. lid

Claims (5)

[Claims] A strong permanent radiating ceramic sheet is attached to the inner and outer surfaces of the bottom, and a rubber-like sheet for preventing the outflow of lines of magnetic force is adhered to the substantially central portion of a non-magnetic material container on the inner surface side. Insert a magnet, fill the blank with far-infrared radiating ceramic balls and seal it tightly.
Two types of magnetism, pole and south pole. In order to manufacture a far-infrared radiation component, and to clamp the N-pole and S-pole components in opposition to the water pipe, a clamping case having storage cylinders at both ends is fabricated. Water treatment water activation device with parts inserted. 2. The water treatment water activation device according to claim 1, wherein when the water treatment water activation device is inserted into the water pipe, a far-infrared radiating ceramic sheet is wound around a portion of the pipe to be inserted. 3. A permanent magnet is fixed to a substantially central portion of the container,
Around it, a far-infrared radiating ceramic ball is filled and sealed with an adhesive aluminum sheet. Build far-infrared radiation parts,
The magnetic material is applied to the part where the infrared radiation ceramic sheet is wound around the water pipe. A water treatment water activation device, wherein a far-infrared radiation component is mounted such that an N-pole and an S-pole face each other. 4. Far-infrared radiating ceramic balls are arranged around a rare earth magnet or a ferrite magnet and tightly packaged with an adhesive aluminum sheet. A water treatment water activation device comprising: forming a far-infrared radiation component, forming a band having a plurality of bags with a far-infrared radiation ceramic sheet, and inserting the component into a bag portion of the band. 5. An inner surface of a synthetic resin container is coated with a far-infrared radiation ceramic sheet, a plurality of ferrite magnets are inserted into the container, a blank portion is filled with far-infrared radiation ceramic balls, and the container is sealed with a lid. Consisting of magnetism. Water treatment water activation device with far infrared radiation.