KR102037968B1 - Purifier using ceramic ball - Google Patents

Abstract

The present invention relates to a purification device using a ceramic ball. The purification device is provided with a purification tank (10) and a high pressure pump (14). Purification efficiency of water is enhanced by removing contaminants in a short time.

Description

Purifier using ceramic ball {Purifier using ceramic ball}

The present invention relates to a purifier using a ceramic ball, and more particularly, when impurities are attached to the ceramic ball due to long-term use in the process of purifying and using water, the impurities are removed from the purification tank without separating the ceramic ball. The present invention relates to a purification apparatus using ceramic balls to optimize water purification capability of ceramic balls, and to maintain an optimal state so that water treatment is normally performed.

Conventionally, ceramic balls are widely used for purification equipment such as industrial water, agricultural water, and drinking water due to filtration function, far infrared ray emission function or anion emission function, and such ceramic balls are used for alumina (Al2O3), silica (SiO2), and zircon. (Zr2O3) or the like

Infrared emission, as well as deodorizing and sterilizing action.

Such ceramic balls are presented in domestic patent application No. 1988-8273 (filed on July 04, 1988) and Patent Publication No. 2004-0108482 (published on Dec. 24, 2004).

In particular, in the conventional purification device using the ceramic ball as described above, the inlet pipe 11 is formed on one side and the other side filled with the ceramic ball 200 inside the purification tank 10 is connected to the outlet pipe 13, Inlet pipe by installing a permanent magnet (10a) in the purification tank (10)

The water introduced into the (11) passes through the ceramic ball 200, the reaction occurs and the far infrared emission and sterilization deodorizing action.

However, when used for a long time, contaminants are attached to the surface of the ceramic ball 200, so that far infrared emission and purification are not efficiently performed, thereby preventing the proper function of the purification device. Therefore, the water purification function should be restored by periodically removing the contaminants attached to the ceramic ball 200. However, since the apparatus has to be disassembled and the contaminants attached to each ceramic ball 200 must be detached, a lot of work time is required. There is a problem, which is inefficient.

Patent registration No. 0664374 (registered on December 26, 2006) to solve this problem is a purification tank in which the inlet pipe is formed in the lower portion and the outlet pipe is formed in the upper portion; A ceramic ball filled in the purification tank; In the purification device consisting of a permanent magnet installed in the water treatment unit,

A blocking wall having a filter hole for dividing the inside of the purification tank into a water treatment part having a predetermined size;

A ceramic ball filled with a predetermined volume inside the water treatment unit;

A high pressure pump provided at one side of the purification tank and configured to administer high pressure washing water;

A washing water supply port connected to an upper side of the high pressure pump and the purification tank so as to communicate with the water treatment unit;

Contaminated water discharge port is drawn out of the housing from one side of the water treatment unit.

However, while the equipment is not in use, contaminants such as ceramic balls and sludge adhered to the inside are not easily separated, which leads to a large amount of cleaning time, difficulty in cleaning, and difficulty in replacement due to damage of the ceramic balls. There was a problem.

[Document 1] Patent Registration No. 0664374 (December 26, 2006 registration) [Document 2] Patent Publication No. 2004-0108482 (published Dec. 24, 2004) [Document 3] Patent Publication No. 1990-0001343 (published Feb. 27, 1990) [Document 4] Patent Registration No. 0887607 (2009. 03. 02. Registration)

Therefore, the present invention is conceived to solve such a conventional drawback, the problem of the present invention, the ceramic ball supplied to the interior of the purification tank without the separation of the purification tank and the purification of the ceramic ball It aims to restore the purification function by removing the contaminants attached to the inner wall.

Another object of the present invention is to move up and down while stirring the ceramic ball and to remove contaminants on the inner wall of the ceramic ball and the purification tank by a collision in a short time.

The present invention is connected to the water tank and the inlet pipe installed with the circulation pump is installed on the lower side and the purification tank in which the outlet pipe is connected to the upper side, and the high pressure pump is connected to the washing water supply port to the upper side of the purification tank is installed. In the purification device in which a ceramic ball is supplied to the water treatment unit separated by a blocking wall formed with a filter hole inside the purification tank, and a contaminated water outlet is connected to the lower side to install a sludge suction pump.

Install a purification rotary device to the upper side of the rotary shaft installed upright in the purification tank to rotate,

Install a rotary stirring device to the lower side of the rotating shaft to be installed to reciprocate to the upper side and the lower side,

It includes a bar magnet for forming and fixing a magnet installation groove to be upright at regular intervals on the outer diameter of the rotating shaft,

The ceramic ball supply port is installed above the water treatment unit of the purification tank to form a ball supply valve.

The present invention increases the activity and activity of the ceramic ball supplied into the purification tank, increases the contact force with the surface of the ceramic ball, improves the purification efficiency of water and increases the far infrared ray generation rate, thereby discharging the ceramic ball by separation of the purification tank. Without decontamination of the contaminants attached to the inner wall of the ceramic ball and the purification tank in the state supplied to provide the effect of restoring the purification function.

The present invention allows the rod magnet installed on the rotating shaft to be purified by activating the water molecular group of the purified water with small water, and moving the ceramic ball up and down while stirring the ceramic ball, the impact of the pollutants on the inner wall of the ceramic ball and the purification tank by a collision It is to remove the inside to provide the effect of improving the purification efficiency of water.

1 is a front view of an installation state showing a preferred embodiment of the present invention
2 is a cross-sectional view showing an installation state of the present invention
3 is a cross-sectional view showing an operating state of the present invention
4 is a perspective view of a purification guide device of the present invention;
Figure 5 is a front view of the installation state of the purification guide device of the present invention
Figure 6 is a plan view of the installation state for the purification guide device of the present invention
Figure 7 is a cross-sectional view of the installation state of the purification rotating apparatus of the present invention
Figure 8 is a cross-sectional view of the installation state of the rotary stirring apparatus of the present invention
9 is a cross-sectional view of the installation state of the ceramic ball supply port of the present invention
10 is a front view of the ceramic ball of the present invention

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

1 is a front view of an installation state showing a preferred embodiment of the present invention, Figure 2 is a cross-sectional view showing an installation state of the present invention, Figure 3 is a cross-sectional view showing an operating state of the present invention.

Purification tank 10 according to an embodiment of the present invention is formed in a cylindrical shape, the circulation pump 12 is installed to the lower side of the purification tank 10 to force the water stored in the water tank (15) It is to be supplied to the inlet pipe 11 to circulate, it is to have a circulation structure in which the water purified through the purification tank 10 is stored in the water tank 15 through the outlet pipe 13.

The water treatment unit 130 is formed at regular intervals in the purification tank 10 so as to be divided into a plurality through the blocking wall 150, and the contaminated water outlet 121 is installed under each water treatment unit 130. The sludge suction pump 122 to be discharged to the outside, the polluted water outlet 121 is installed so that only the polluted water and sludge is discharged to the network 120 is installed.

The ceramic ball supply port 301 is installed in one direction of the water treatment unit 130 of the purification tank 10 to supply the ceramic ball 300, and the ceramic ball 200 has a predetermined amount inside the water treatment unit 130. Is supplied and stored.

In the center of the purification tank 10 is installed a rotating shaft 16 in the vertical direction to install a purification guide device 110 to have a predetermined distance from the blocking wall 150, the filter hole 151, the rotating shaft 16 The upper side of the) purification purification apparatus 20 is installed, the lower side of the rotary shaft 16 is installed a rotary stirring device 30 to purify the water, or of the contaminated ceramic ball 200 and the purification tank 10 It is installed to clean the inner wall.

4 is a perspective view of the purification guide device of the present invention, Figure 5 is a front view of the installation state of the purification guide device of the present invention, Figure 6 shows a plan view of the installation state of the purification guide device of the present invention.

The purification guide device 110 installs the bar magnets 19 by installing the magnet installation grooves 18 at regular intervals in the axial direction on the rotating shaft 16, and at different intervals at regular intervals on the water treatment unit 130. It is to be installed to stir the ceramic ball 200 while the purification stirring shaft 17 is protruded to rotate.

The purge stirring shaft 17 has a magnetic force, such as a bar magnet 19, to have a magnetic force in a state fixed to the rotating shaft 16.

The rotating disc 111 located on the upper side of the water treatment unit 130 and connected to the rotating shaft 16 has a plurality of through holes 112 formed therein and a brush 113 formed on the upper side and the lower side.

7 is a cross-sectional view showing an installation state of the purification rotation apparatus of the present invention, the purification rotation apparatus 20 is installed on the upper or lower side of the rotary shaft 16 and installed on the purification rotary shaft 22 connected to the rotary motor 21. The rotating shaft 16 is rotatably installed through the pair of rotary gears 23.

8 is a cross-sectional view showing an installation state of the rotary stirring device of the present invention, the rotary stirring device 30 is installed on the drive shaft 32 connected to the drive motor 31 and installed on the upper or lower side of the rotary shaft (16). It is connected to the rotary shaft 16 through the drive table 34 to the drive disk 33 so that the rotary shaft 16 rotates through the rotary gear 23 and is variable through the drive disk 33 and the It is installed to penetrate through the inner diameter to be installed to reciprocate to the upper and lower sides at regular intervals through the configuration of rising and falling.

9 is a cross-sectional view illustrating an installation state of the ceramic ball supply port of the present invention. The ball supply valve 300 is installed in the ceramic ball supply port 301 installed above the water treatment unit 130 of the purification tank 10. If the ceramic ball 200 is insufficient in the interior is to be installed so as to supply additionally.

Figure 10 shows a front view of the ceramic ball of the present invention, the ceramic ball 200 is to be 14 to 16mm in diameter, the weight is to be 3.5 to 4.5g.

The ceramic ball 200 emits far infrared rays, has antibacterial and bactericidal action, activation of water, mineral release and redox action, active oxygen scavenging ability, and is baked at a firing temperature of 1.000 to 1,500 ° C. 450-550 k.f is preferable.

The ceramic ball 200 is classified into an element having a large X-ray intensity by a fluorescent X-ray analyzer, and Ca, k, Ba, Ti, Mn, Fe, Na, Mg, Zn, W, Zr , Sr is classified as an element with small X-ray intensity, and Pb, Cd, As, Cr, and Hg, which are classified as heavy metals, cannot be detected.

The ceramic ball 200 has more than twice the SOD active oxygen scavenging ability of the normal, the redox potential (ORP) value of + 240mV, pH (hydrogen ion concentration) was 7.2pH at 26 ℃.

According to the present invention having the above configuration, when the water stored in the water tank 15 is supplied to the internal water treatment unit 130 of the purification tank 10 through the inlet pipe 11 with the force of the circulation pump 12, the water treatment unit ( After passing through 130 and passing through the filtration hole 151 of the blocking wall 150, the water introduced in the process of being discharged to the upper outlet pipe 13 and stored in the water tank 15 again is the ceramic ball 200. Due to the effect of the water is changed to antimicrobial power, due to the electron (-electric) emission effect from the ceramic ball 200 at the moment when the water collides with the ceramic ball, water molecules (H2O) is received when the radiation of electromagnetic waves It splits in the state of hydroxide ions and returns to water molecule (H2O) state. At this time, although a small amount, an electrolysis reaction occurs to generate hydrogen and oxygen, and the produced oxygen is very active, thereby changing to activated water.

The water, which is a huge cluster, absorbs electromagnetic waves, and single molecules and single molecules are changed into clusters (5 to 6) smaller than the first cluster, and the water is rapidly absorbed by the human body. When disassembling harmful substances

It is made of water that is strong in reducing power and excels in free radical scavenging ability while preventing the growth of bad microorganisms. In addition, the permanent magnet 10a, the bar magnet 19, and the purifying stirring shaft 17 of the magnetic role instantaneously give a large impact to the water, thereby fully supporting the role so that all these changes are made at the moment.

As the ceramic ball 200 of the water treatment unit 130 is raised and scattered by the water introduced into the purification tank 10 as described above, a collision occurs between the ceramic balls 200 and falls down again by its own weight. While the collision occurs, contaminants attached to the surface of the ceramic ball 200 are detached.

In addition, after the water flows into the water treatment unit 130 through the inlet pipe 11 and moves in contact with the ceramic ball 200, the rotating motor 21 of the purification rotating apparatus 20 moves the purification rotating shaft 22. It drives to rotate the rotating shaft 16 installed upright through a pair of rotary gear (23).

At this time, the rotating shaft 16 is in contact with the blocking wall 150 or spaced at predetermined intervals, while the rotating disk 111 and the purification stirring shaft 17 rotated by the rotating shaft 16 is integrally rotated, At the same time, the contaminants of the rising ceramic ball 200 are detached by the brushes 113 above and below the rotating disc 111.

Further, the upper and lower brushes 113 of the rotating disc 111 of the purifying guide device 110 detach the contaminants attached to the lower portion of the barrier wall 150. Of course, by lowering the rotary disk 111 from the blocking wall 150 by a predetermined interval so that the contaminants of the blocking wall 150 may not be detached, the incoming water of the rotating disk 111 By rising through the filter hole 151, there is no problem to be discharged to the outlet pipe (13).

In addition, as the rotary stirring device 30 rotates the driving disc 33 through the driving shaft 32 to drive the driving motor 31, the driving table 34 raises and lowers the rotating shaft 16 at regular intervals. As the reciprocating motion to perform the reciprocating motion to raise and lower the ceramic ball 200 in the water treatment unit 130, the purification stirring shaft 17 installed on the rotating shaft 16 to rotate through the purification rotating device 20 is It is to perform the action of stirring the ceramic ball 200.
The rotary shaft 16 rotates only through the purification rotary device 20, and only raises and lowers through the rotary stirring device 30, or rotates through the purification rotating device 20 and at the same time rotates the stirring device 30 When the rotating shaft 16 ascends and descends through the inner diameter of the rotary gear 23 to have a configuration in which the rotating shaft 16 rises and falls, the rotating shaft 16 performs a reciprocating movement.

As described above, when the contaminants of the ceramic ball 200 are removed, the activity and amount of activity of the ceramic ball 200 are increased, and the purification efficiency of water is improved by increasing the contact force with the surface of the ceramic ball 200, and the generation rate of far infrared rays is also increased. Is increased.

However, the contaminants desorbed from the ceramic ball 200 and the blocking wall 150 still remain in the water treatment unit 130 to block the filtration holes 151 of the blocking wall 150, thereby lowering the filtration efficiency. The problem that the contaminants are attached to the ceramic ball 200 again occurs.

Therefore, the inlet pipe 11 and the outlet pipe 13 are blocked at predetermined intervals, and then the high pressure water is washed by operating a high pressure pump 140 by a separate timer (not shown) or by an operator. Through the supply port 141 is supplied into the water treatment unit 130.

When high pressure water is introduced from the upper portion of the blocking wall 150, contaminants such as sludge filtered under the filtration hole 151 are released by high pressure, and the sludge suction pump 122 is operated to operate the water treatment unit 122. Sludge is collected by discharging the water inside the contaminant to the contaminant outlet 121.

Therefore, by removing all of the contaminants in the purification tank 10, the contamination of the contaminants on the surface of the ceramic ball 200 is reduced, and contaminants such as sludge remaining in the water treatment unit 130 is reduced to reduce the function of the purification device. It will be kept in the best condition.

On the other hand, the outer diameter of the rotating shaft 16 is provided with a magnet mounting groove 18 to install the bar magnet 19 at regular intervals, the purification stir shaft 17 protruding to the outer diameter serves as a bar magnet to form a group of water molecules It is activated by small water to improve the purification effect.

The ceramic ball 200 supplied to the inside of the water treatment unit 130 is not easily corroded or damaged even if used for a long time, or when the purification ability is lowered, it can be supplied and used as needed, and the ceramic ball is left as it is. It can be used to clean the surface of (200).

That is, since the water supply valve 300 may be opened and the ceramic ball 200 may be further supplied to the water treatment unit 130 through the ceramic ball supply port 301 as necessary, the ceramic ball 200 may be supplied to the purification tank 10. It is easy to supply more to maintain the required purification efficiency while still being able to clean without separation.

In particular, the plurality of ceramic balls 200 supplied therein are not only difficult to inhabit perishable microorganisms due to the decrease in the Krasta (molecular aggregate), but also simultaneously promote the movement of enzymes and increase the self-supporting activity. Do it.

Enzyme is a catalyst that promotes chemical reactions such as decomposition, synthesis and oxidation. As it establishes a bio-protection system that protects substances from mold and bacteria, it is an antibacterial and bactericidal effect that inhibits the action of bacteria that cause odor and degrade quality. And purifying and deodorizing effect.

Originally, although water has a washing power, when water is purified by the water treatment unit 130, water is activated to increase the hydration property and the like, thereby enhancing the purification effect.

As a result of monomolecularization and small lumps of water molecules, the viscosity becomes smaller, so that penetration and water retention are increased, thereby increasing the interfacial activity, thereby preventing oxidation and discoloration.

Moisture activated by the ceramic ball 200 generates a small amount of H2O2 (hydrogen peroxide) by the chemical reaction of hydrogen ions and activating enzymes to exert bactericidal and bleaching effects, thus reducing the amount of chlorine bleach and the like. Play a big role.

Therefore, the ceramic ball 200 is to provide the effect of exerting the cleaning power, antibacterial power, redox power, anti-coloring effect, deodorizing effect.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

The present invention improves the cleaning power, antibacterial activity, and redox power by the ceramic ball supplied to the water treatment unit of the purification tank, and greatly improves the purification efficiency through the activation effect through the bar magnet and the various effects through the body, and improves the ceramic ball. It provides a very useful invention to raise and lower the ceramic ball while cleaning the ceramic ball while supplying the high pressure water without separating it to the outside of the purification tank, and to discharge the polluted water to the outside to keep it clean all the time and to purify it. will be.

10: purification tank 11: inlet pipe
12: circulation pump 13: outlet pipe
15: water tank 16: rotation axis
17: Purification stirring shaft 18: Magnet mounting groove
19: bar magnet 20: purification rotating device
21: rotating motor 22: purification rotating shaft
23: rotary gear 30: rotary stirring device
31: drive motor 32: drive shaft
33: drive disk 34: drive table
110: purification guide device 111: rotating disc
112: through hole 113: brush
120: network 121: polluted water outlet
122: sludge suction pump 130: water treatment unit
140: high pressure pump 141: washing water supply port
150: blocking wall 151: filter hole
200: ceramic ball 300: ball supply valve
301: Ceramic Ball Supply Hole

Claims (5)

The inlet pipe 11 is connected to the water tank 15 and the circulation pump 12 is installed on the lower side and the purification tank 10 is connected to the outlet pipe 13 to the water tank 15 to the upper side, and The high pressure pump 14 to which the washing water supply port 141 is connected to the upper side of the purification tank 10 is installed, and the water separated by the blocking wall 150 in which the filtration hole 151 is formed in the purification tank 10. In the purification unit in which the ceramic ball 200 is supplied to the processing unit 130 and the contaminated water outlet 121 is connected to the net 120 at the lower side to install the sludge suction pump 122.
The purification rotation apparatus 20 is installed above the rotation shaft 16 installed upright in the purification tank 10 so as to rotate,
Install the rotary stirring device 30 to the lower side of the rotary shaft 16 to reciprocate upward and downward,
It includes a bar magnet 19 for forming and fixing the magnet installation grooves 18 to be upright at regular intervals to the outer diameter of the rotating shaft 16,
Purifying apparatus using a ceramic ball, characterized in that the ball supply valve 300 is formed by installing a ceramic ball supply port (301) on the upper side of the water treatment unit (130) of the purification tank (10).
The method of claim 1,
The purification rotary device 20 is a purification device using a ceramic ball, characterized in that a pair of rotary gears 23 is installed on the rotary shaft 16 on the purification rotary shaft 22 connected to the rotary motor 21.
The method of claim 1,
The rotary stirring device 30 is connected to the drive disc (32) installed on the drive shaft (32) connected to the drive motor 31 by connecting the rotary shaft (16) via the drive table (34) to reciprocate the rotary shaft (16) up and down Purifier using a ceramic ball, characterized in that installed to.
The method of claim 1,
The rotating shaft 16 is formed in the water treatment unit 130 at regular intervals to form a magnet installation groove 18 to install the bar magnet 19, the purification stirring shaft 17 protrudes outward to perform the role of the bar magnet. Purifier using a ceramic ball, characterized in that installed.
The method of claim 1,
The ceramic ball 200 has a diameter of 14 to 16mm, a weight of 3.5 to 4.5g, is baked at a firing temperature of 1.000 to 1,500 ℃, the compressive strength is characterized in that 450 ~ 550k.f. Purification device using a ceramic ball.

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