KR102008652B1 - Lake Water Purifier - Google Patents

Abstract

The present invention relates to an apparatus for purifying water of lake. According to the present invention, water of lake is introduced into a substituted filtration tank, magnetized by electromagnets and permanent magnets, and then purified by beneficial microorganisms while a mixture where powders of sericite, elvan, germanium stone, tourmaline stone, red clay, and waste charcoal are mixed passes through a substituted filtration carrier sintered to have a plurality of pores, and thus the purified water has a self-purifying capacity. The purified water is moved by flow induced by pumping pressure of a pump and is introduced through an inlet pipe formed on an upper side of a hexagonal prism-shaped body by flow induced by the pumping pressure of the pump, and the purified water introduced through the inlet pipe collides with a net installed on the bottom of the body and is collected on the inside while being primarily decomposed into small water molecules. The water collected on the inside is secondarily decomposed while passing through an inner perforated plate formed in each corner of a hexagonal prism, and the purified, secondarily decomposed water is thirdly decomposed while passing through an external perforated plate and being discharged to a lake which is the outside of the body through a discharge pipe, thereby activating a self-purifying capacity to prevent contamination while purifying lake water.

Description

Lake Water Purifier {omitted}

The present invention relates to a water purification device of the lake, and in detail, the water purified through the inlet pipe formed on the top of the hexagonal column is introduced into the flow by the pumping pressure of the pump while hitting the net installed in the bottom of the small water It is first disassembled into letters and collected inside, and the water collected inside passes through the inner perforated plates formed in the corners of the hexagonal columns, and then passes through the outer perforated plates again while being discharged to the lake outside of the main body through the discharge pipe. It is magnetized by electromagnets and permanent magnets, and the mixture of the powder of chorionic feldspar, ganban stone, germanium stone, tourmaline stone, loess, and waste coal is calcined to have a large number of pores. By purifying the lake and activating the lake's water by the purified water It relates to a lake water purification device to prevent pollution while purifying water as soon as possible.

In general, the target of water purification is to purify polluted water such as domestic sewage, domestic wastewater, and by-products from livestock raising, or to purify natural ecological water for artificial lakes in lakes, ponds, and parks, In addition, there is a variety of water purification depending on the situation, such as purifying tap water for water supply.

Most of these water purifications allow the sediment to settle for a certain time in the presence of sediment and then purify the water by administering chemicals or eco-friendly purifying agents.

However, in most purification facilities, the purifying agent should be mixed with water properly, but it is difficult to properly mix with the water to be purified, so there is a concern that the purifying action area may be imbalanced, such as some are purified but others are not. .

In particular, water purifiers used for water purification are mostly used in various purifiers rather than singly, and these purifiers should be mixed evenly and spread evenly throughout the water to be purified. As a result, difficulties arise in water purification.

Moreover, it is a lake that provides a beautiful natural landscape and can be emotionally stabilized. It is rapidly becoming turbid due to the influx of soot and dust. The deterioration of the water quality of the lake is accelerating.

To this end, various methods of purifying the lake have been proposed in recent years. That is, a method of artificially purifying water using chemical purification chemicals and a lake purifying apparatus for purifying the lake are separately configured to allow water in the lake to be purified into the lake purifying apparatus. There is also a way to purify the circulation at the same time.

The structure of the conventional lake purification apparatus,

An external appearance is formed by a vertically long cylindrical case, and a filtration layer and a quartz layer are laminated from the top to the bottom of the case.

The filtration layer and the quartz layer are supported by a base plate installed in the lower portion of the case introduced into the case, the flow is regulated downward, water introduced into the case through the inlet formed on the outer peripheral surface of the case Serves to purify it.

In more detail, the filtration layer is formed by stacking porous lightweight stone and activated carbon up and down to form a multilayer, or mixing to form a single layer.

The quartz layer is configured to include a quartz sand layer in which the particle size gradually increases while going downward, and a quartz gravel layer located between the quartz sand layer and the base plate.

Accordingly, the water introduced into the case through the inlet is purified through the porous lightweight stone, the activated carbon, the quartz sand layer, and the quartz gravel layer in order, and the purified water passes through the base plate to be drained downward.

In addition, a plurality of through holes are drilled on the entire surface of the base plate so that the water purified by the filtration layer and the quartz sand layer can pass downward, and the quartz gravel layer does not fall below the base plate through the through holes. In order to prevent the through hole is formed smaller than the size of the quartz gravel layer.

In addition, the water discharge pipe is installed on the bottom surface of the lake purification apparatus so that the water passing through the through-hole of the base plate to the outside of the case, the water purification valve is further provided on one side of the water purification discharge pipe to selectively select the water discharge pipe. To open and close.

On the other hand, the left side of the purified water discharge pipe is provided with a backwash water discharge pipe. The backwash water discharge pipe has a backwash water generated when the foreign matter loaded in the filter bed is backwashed by causing the flow direction of the water passing through the filter bed to flow in the opposite direction to the water purification direction, that is, from the lower side to the upper side. This is to discharge the water to the outside of the case.

Thus, a washing water inlet is formed on an outer surface of the case partitioned by the filtration layer and the quartz layer so that water flows from the lower side to the upper side of the filtration layer. A backwash water guide is installed to guide the flow.

And a perforated plate is installed slightly below the upper end of the backwash guide pipe. The porous plate not only regulates the flow of the backwashing water guide tube, but also performs a role of regulating the activated carbon and the porous lightweight stone not to enter the backwashing water guide tube by drilling a plurality of holes in the front surface. .

Therefore, even though the water is introduced into the lake purification apparatus through the washing water inlet, the activated carbon and the porous lightweight stone are interfered by the porous plate and introduced into the backwash water guide pipe 90 even though the filter layer is scattered. In addition, foreign matter supported by the scattering of the filter layer may be discharged to the outside of the lake purifier through the backwash water discharge pipe after passing through the hole and the backwash water guide pipe in a mixed state with water. It was configured to be.

However, the conventional lake purification apparatus having the above configuration has the following problems.

In other words, since the porous lightweight stone, activated carbon, quartz sand layer, and quartz gravel layer are provided to filter the turbid water inside the case, the manufacturing process of the crystallizer is complicated and the productivity is lowered. There is a problem that occurs.

In addition, the water introduced through the inlet flows from the upper part of the case to the lower part so that foreign matters are filtered. Therefore, when used for a long time, foreign matter accumulates in the quartz sand layer and the quartz gravel layer, thereby degrading purification ability.

In addition, when performing a backwashing process by introducing water into the washing water inlet, it is not preferable because substantially only the filter layer is scattered and only the foreign matter accumulated in the filter layer is removed.

In addition, when the activated carbon and the porous lightweight stone are scattered due to backwashing, when the backwashing is completed and reloaded on the quartz sand layer, the activated carbon and the porous lightweight stone are not completely separated from each other, that is, partially mixed. do.

Therefore, the activated carbon and the porous lightweight stone having different particle sizes fill a gap with each other, thereby inhibiting the flow of water, and thus, the purification ability is sharply lowered.

Thus, Patent Registration No. 10-0559739 dated March 04, 2006 (Lake water purification device) was proposed,

This is shown in Figure 1,

The case 110 is formed to form a space therein to receive the water required for purification and to form an exterior by decreasing the cross section toward the lower portion thereof:

A base plate 120 partitioning the inside of the case up and down and guiding a plurality of through-holes 122 so that the water in the case 110 flows upward;

A filter yarn 130 loaded on the base plate 120 to purify foreign substances contained in the water;

A porous plate 140 installed at an upper side spaced apart from the filter sand 130, and having a plurality of holes 142 formed therein to guide the water purified by the filter sand 130 to flow upward;

A control plate (150) installed above the porous plate (140) and regulating the flow of the filter yarn (130) in water including the filter yarn (130) flowing upward through the hole (142);

The outside of the case 110 is installed so as to communicate with the inside has a configuration including a plurality of pipes to allow the external water to pass through the inside of the case 110 and the filter yarn 130 has a diameter of 3 to 4 mm It was configured to have.

However, in the conventional lake purifying apparatus as described above, the water of the lake is purified by the filter sand. However, in order to purify the water of the wide lake, the size of the purifying apparatus must be increased, and a plurality of the purification apparatus must be installed. There was a problem that the effectiveness is not great.

The present invention is to solve the conventional problems as described above, while the purified water is introduced into the flow by the pumping pressure of the pump through the inlet pipe formed on the top of the hexagonal column while hitting the net body installed on the floor It is first disassembled into small water characters and collected inside, and the collected water passes through the inner perforated plates formed in the corners of the hexagonal columns, and is then discharged to the lake outside of the main body through the discharge pipe. By passing through it, it is magnetized by electromagnets and permanent magnets, and it is beneficial to pass the mixture of calculus, elvan, germanium, tourmaline, ocher and powdered coals through a substitution filtration carrier calcined to have multiple pores. To purify the lake's water by the purified water It is an object of the present invention to provide a water purification device for a lake, which is intended to prevent contamination while purifying the lake water as soon as possible.

Lake water purification device of the present invention for achieving the above object,

The water in the lake flows into the substitution filtration tank and is magnetized by electromagnets and permanent magnets.

A purified water that has been purified by beneficial microorganisms during the replacement filtration carrier calcined to have multiple pores of a mixture of powders of biotite, elvan, germanium, tourmaline, ocher and waste coal. Water flows into the flow by the pumping pressure of the pump,

The purified water flows through the inlet pipe formed above the hexagonal columnar body by the flow of the pumping pressure of the pump,

The purified water flowing through the inlet pipe hits the mesh installed on the bottom of the main body and is collected into the inside as it is first broken down into small water characters.

The water collected inside is secondaryly disassembled while passing through the inner perforated plates formed in the corners of the hexagonal columns,

The secondary decomposed purified water is discharged to the lake outside of the main body through the discharge pipe, and the third decomposed water is passed through the external perforated plate again to activate the self-purifying ability to purify the lake water as soon as possible. And configured to prevent.

In the lake water purifying apparatus according to the present invention, the water of the lake is introduced into the substitution filtration tank and magnetized by electromagnets and permanent magnets, and again, sorghum, elvan, germanium, tourmaline, loess, and waste coal powder. The purified water was purified by a beneficial microorganism while passing through the substitution filter carrier calcined to have a plurality of pores, and purified water having a self-cleaning ability was moved by a pump.

As the water by the pumping pressure of the pump flows the purified water through the inlet pipe formed on the top of the hexagonal columnar body, it hits the mesh installed on the bottom of the main body, and is first disassembled into small water letters and collected inside. ,

The water collected inside the main body is secondly disassembled while passing through the inner perforated plates formed in the corners of the hexagonal columns, respectively.

The secondary decomposed purified water is discharged to the lake outside of the main body through the discharge pipe, and the third decomposed water is passed through the external perforated plate again to activate the self-purifying ability to purify the lake water as soon as possible. It is effective to prevent.

1 is a block diagram of a conventional lake purification apparatus.
2 is a schematic diagram showing an overall configuration according to an embodiment of the present invention.
Figure 3 is a side cross-sectional view showing the configuration of the purification device of the present invention.

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

2 to 3 is a view showing the configuration of the water purification device of the lake according to the present invention, the purified water having the self-cleaning capacity in the replacement filtration tank is decomposed in three passes during the purification device to activate the self-cleaning capacity As,

The water of the lake flows into the substitution filtration tank (1) and is magnetized by the electromagnet (2) and the permanent magnet (3),

While the magnetized water is again passed through a substitution filter carrier (4) calcined to have a plurality of pores (5) of a mixture of powders of mica, ganban stone, germanium stone, tourmaline stone, loess, and waste coal. Purified water which has been purified by beneficial microorganisms and has a self-cleaning ability is moved to the flow by the pumping pressure of the pump 6,

The purified water flows through the inlet pipe 11 formed above the hexagonal columnar body 10 by the flow of the pumping pressure of the pump,

The purified water flowing through the inlet pipe 11 hits the net body 13 installed on the bottom 12 of the main body 10 and is primarily decomposed into small water characters, thereby causing an internal space of the main body 10 ( 14),

The water collected in the inner space 14 is to be secondary decomposition while passing through the inner perforated plate 15 formed in each corner of the hexagonal columnar body 10,

While the secondary decomposed purified water is discharged to the lake outside of the main body through the discharge pipe 16, the secondary decomposed water is passed through the external perforated plate 17 again to activate the self-purifying capacity so that the lake water can be quickly removed. It is configured to prevent contamination while cleaning at a time.

Lake water purification device of the present invention configured as described above,

The water of the lake is introduced into the substitution filtration tank (1) to be magnetized by the electromagnet (2) and the permanent magnet (3).

While the magnetized water is again passed through a substitution filter carrier (4) calcined to have a plurality of pores (5) of a mixture of powders of mica, ganban stone, germanium stone, tourmaline stone, loess, and waste coal. Purified water, which has been purified by the beneficial microorganisms and has a self-cleaning ability, is allowed to flow into the pumping pressure of the pump 6.

The purified water flows through the inlet pipe 11 formed above the hexagonal columnar body 10 by the flow of the pumping pressure of the pump.

The purified water flowing through the inlet pipe 11 hits the net body 13 installed on the bottom 12 of the main body 10 and is primarily decomposed into small water characters, thereby causing an internal space of the main body 10 ( 14).

The water collected in the inner space 14 is secondaryly disassembled while passing through the inner perforated plates 15 respectively formed in the corners of the hexagonal columnar body 10.

The secondary decomposed purified water is discharged to the lake outside of the main body 10 through the discharge pipe 16 and then decomposed again while passing through the external perforated plate 17 to activate the self-purifying capacity. Purify the water as soon as possible to prevent contamination.

Although the preferred embodiments of the present invention have been illustrated and described above, the present invention is not limited to the above-described embodiments, and the present invention is not limited to the above-described embodiments without departing from the spirit of the present invention as claimed in the claims. Various modifications may be made by those skilled in the art, and such modifications are intended to fall within the scope of the appended claims.

1: substituted filtration tank 2: electromagnet
3: permanent magnet 4: substitution filtration carrier
6: pump 10: hexagonal columnar body
11: inlet tube 13: network
15: inner perforated plate 16: discharge tube
17: outer perforated plate

Claims (1)

The water of the lake flows into the substitution filtration tank (1) and is magnetized by the electromagnet (2) and the permanent magnet (3),
While the magnetized water is again passed through the substitution filtration carrier 4 calcined to have a plurality of pores, a mixture of a powder of sorghum, elvan, germanium, tourmaline, loess and waste coal. The purified water is moved to the flow by the pumping pressure of the pump 6,
The purified water flows through the inlet pipe 11 formed above the hexagonal columnar body 10 by the flow of the pumping pressure of the pump,
The purified water flowing through the inlet pipe 11 hits the net body 13 installed on the bottom 12 of the main body 10 and is primarily decomposed into small water characters, thereby causing an internal space of the main body 10 ( 14),
The water collected in the inner space 14 is to be secondary decomposition while passing through the inner perforated plate 15 formed in each corner of the hexagonal columnar body 10,
The water purification device of the lake, characterized in that the secondary decomposed purified water is discharged to the lake outside the main body through the discharge pipe (16), and the third decomposed again while passing through the outer perforated plate (17).

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