KR20060057138A - Organic matter collector and water cleanup device - Google Patents

Abstract

The present invention relates to an organic material collector for water treatment and a water treatment device using the same, in particular, a means for collecting organic matter floating on the surface of a water tank, a means for aeration of the collected organic material and separation from water with air bubbles, and It is composed of means for discharging organic matter to the outside and means for purifying the separated water and resupply it to the tank, so that the suspended matter that floats on the surface of the tank or aquarium can be efficiently filtered and resupply into the tank. The water quality in the tank can be kept clean for a long time, and furthermore, it can be used for a variety of purposes in aquariums (where fish live) and ponds, reservoirs, wastewater treatment wastewater treatment plants, baths, swimming pools, etc. Remove suspended solids without installing gravel, cotton, etc. The present invention relates to an organic material collector for water treatment and a water treatment device using the same, by which only alkaline seawater, which is pure sea water, is returned to the aquarium to purify the water quality in the aquarium.

Water tank, water treatment, organic matter collection means, organic matter separation means, suspended matter discharge means, purification means,

Description

Organic matter collector and water cleanup device

1 is a view showing a water treatment apparatus of the present invention.

2 is a view showing an organic material collector for water treatment of the present invention.

3 is a view showing another embodiment of the organic material collector for water treatment of the present invention.

4 is a sectional view showing a water treatment apparatus of the present invention.

5 is a view showing another embodiment of the present invention.

6 is a view showing a conventional water treatment apparatus.

Explanation of symbols for main parts of the drawings

1: countertop, 7: cooler,

8: case, 9: cap,

10: means for collecting organic matter, 11: collecting container,

12: water intake home, 13: water intake hall,

14: water intake adjustment rod, 15: intake pipe,

16: air suction pipe, 17: pump,

20: means for separating organic matter, 21: intake supply pipe,

22: valve, 23: housing,                 

25: inner tube, 27: flow path forming plate,

28: bubble-forming plate, 30: float discharge means,

32,36,37: bubble collection pipe, 38: foreign substance discharge pipe,

40: purification means, 42: filter agent,

50: air supply pipe, 201: reservoir,

204: fan,

The present invention relates to an organic material collector for water treatment and a water treatment device using the same, and in particular, to efficiently filter out suspended matters floating on the water surface of a water tank or an aquarium, and to re-supply the water to keep the water quality in the water tank clean for a long time. In addition, it can be used for multipurpose in aquariums (where fish live), ponds, reservoir farms, water treatment wastewater treatment plants, baths, and swimming pools, and especially in sashimi using seawater without installing existing sand, gravel, cotton, etc. The present invention relates to an organic material collector for water treatment and a water treatment device using the same, which purify the water quality in the aquarium by returning only alkaline seawater, which is pure seawater, to the aquarium.

At present, the aquarium used in the sashimi house allows the fish in the aquarium to live by directly airing the seawater, and a water treatment device is installed at the bottom of the aquarium to remove foreign substances.

Figure 6 shows a conventional water treatment apparatus,

At the bottom of the water tank 1, a filter layer 4 composed of multiple layers of sand 2 and cotton 3 is formed, and the water passing through the filter layer 4 is pumped as a pump 6 to form a circulation pipe ( It is a structure for re-supplying to the water tank 1 through 5), and a cooler 7 for cooling the water supplied to the water tank 1 to a predetermined temperature in the middle of the circulation pipe 5 is installed.

However, in the prior art, since excretion of fish excreted in the tank accumulates in the filter layer 4, over time, the excreta and organic matter in the meat accumulate in the filter layer 4 to generate ammonia gas. As the water is acidified, not only the hygiene is deteriorated, but the fish life in the tank is shortened, and there is a problem that the trouble of having to clean the filter layer every predetermined period occurs.

In addition, the prior art had a problem that the fish in the aquarium dies for a few days as the inability to efficiently purify the seawater supplied in the tank, the commodity value falls, and even if the seawater is directly supplied to the fish in the aquarium There was a problem in that the water quality of the aquarium deteriorated quickly due to excretion and excretion of the field, so that the survival rate of the fish drops sharply.

Accordingly, the present invention for solving the above problems is a means for collecting the organic matter floating on the surface of the water in the tank, the means for aerated to separate the collected organic matter from the water with bubbles, and to discharge the separated organic matter to the outside It consists of a means to purify the water separated from the means and organic matter and resupply it to the tank, so that the suspended matter that floats on the surface of the tank or aquarium can be efficiently filtered and resupplied to the inside of the tank for a long time. It can be kept clean, and can be used for various purposes in aquariums (places where fish live), ponds, reservoirs, water treatment wastewater treatment plants, baths, and swimming pools.In particular, existing seafood, sand, gravel, cotton, etc. Alkaline, pure sea water, removes suspended solids without It is an object of the present invention to provide an organic material collector for water treatment and a water treatment device using the same, by which only the sea water is returned to the aquarium to purify the water quality in the aquarium.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, FIGS. 1 to 5.

In the description of the present invention, the same components as in the prior art will be denoted by the same reference numerals to avoid redundant description.

According to the drawings, the present invention

An organic material collecting means (1) installed inside the water tank (1) and collecting and supplying the organic matter and water floating on the water surface;

An organic material separating means 20 for generating water bubbles in the water taken from the organic material collecting means 10 and separating the organic material upwards and the water downwards;

Floating water discharge means (30) for discharging the organic matter separated by the organic matter separation means (20) to the outside;

Purification means (40) for purifying the water from which the organic matter is separated by the organic material separation means 20 and re-supply to the water tank (1); Consists of.

The organic material collecting means (1) is provided with a collecting container (11) formed in a cup shape in order to collect the organic matter floating on the water surface in the water tank (1), the pump 17 to the lower side of the collecting container (11) ) Is connected to the intake pipe 15 in a state connected to the upper portion of the collection container 11 to form a water intake groove 12 in the vertical direction.

The reason for forming the water intake groove 12 is to allow not only floating matters floating on the surface of water, but also organic substances present in the lower portion of the water layer to be introduced into the collection container 11.

And, as shown in Figure 3 on the body of the collecting container 11 to form a water intake hole 13 in multiple layers, the water intake hole 13 is also for trapping the organic material existing under the water surface.

In addition, a water intake adjusting rod 14 is installed at the inner center of the collection container 11.

As the intake amount adjusting rod 14 is formed, the internal volume of the collection container 11 is reduced so that a large amount of water is not discharged through the intake pipe 15 at one time.

In addition, the air intake pipe 16 is connected to the intake pipe 15, and water (including organic matter) collected through the collection container 11 by the driving of the pump 17 is sucked into the intake pipe 15. When entering, the air is sucked through the air suction pipe 16 and pumped together with the intake, and is supplied to the organic matter separating means 20 through the intake supply pipe 21.                     

On the other hand, the organic material separating means 20 is installed in the sealed case 8 installed outside the water tank 1, the cap 9 is detachably coupled to the upper portion of the sealed case (8).

In addition, the inner space of the case 8 is divided into two sides by the vertical bulkhead 41, and the upper plate 31 is formed on the upper part of the case 8.

A sealed housing 23 is formed in one side space portion partitioned by the vertical bulkhead 41, and an inner tube 25 is formed inside the housing 23, and the water is collected above the inner tube 25. The outlet side of the supply pipe 21 is connected, and the flow path forming plate 27 is formed on the inner tube 25 so as to face the outlet side.

The flow path forming plate 27 is streamlined to serve to flow water containing the organic material supplied through the intake supply pipe 21 to the lower side of the inner tube 25, and the side wall surface of the inner tube 25. And side walls of the housing 23 form a plurality of through holes 24 and 26 for the flow of water, respectively.

Accordingly, the water introduced through the water intake supply pipe 21 passes through the through hole 26 of the inner pipe 25 and flows into the housing 23, and the water flowing into the housing 23 again passes through the hole 24. It will flow through the housing 23 through).

On the other hand, the foam forming plate 28 is formed outside the side portion of the housing 23.

That is, the water flowing through the through-hole 24 of the housing 23 hits the bubble-forming plate 28 strongly to generate bubbles, wherein the organic material moves to the upper part of the case 8 together with the bubbles, water Flows downwards.                     

In particular, since the specific gravity and density of the sea water is high, the separation effect of the organic matter by bubble formation is further improved, whereby the organic matter is separated from the water hit by the bubble-forming plate 28 and rises together with the bubbles. The separated water will sink to the bottom.

5 shows another embodiment of the organic matter separating means 20 applied to the present invention.

According to this figure, the other embodiment forms a reservoir 201 having an upper opening in the case 8, a closed space 202 is formed at a lower end of the reservoir 201, and the sealed space 202. ) Mount the motor 203 inside.

In addition, the intake supply pipe 21 passes through the sealed space 202 and the outlet side thereof protrudes perpendicularly to the bottom of the reservoir 201, and the fan in the state which is condensed by the motor 203 on the bottom. Forming 204 and the water discharged to the intake supply pipe 21 by the rotation of the fan 204 hit the fan 204, bubbles are generated, and the organic material rises with the bubbles at the top, water Is to flow over the reservoir 201 to the bottom.

As described above, the organic matter separated by the organic matter separating means 20 flows to the upper portion of the case 8, and the floating matter discharging means 30 discharging the organic matter (floating material) to the outside on the upper portion of the case 8. This is installed.

The suspended matter discharge means 30 is installed by supporting the first to third bubble collecting pipes (32, 36, 37) of different diameters on the upper plate 31, the first to third bubble collecting pipe (32) And 36 and 37 are the first bubble collecting tube 32 is the largest diameter and the third bubble collecting tube 37 is formed the smallest, the second bubble collecting tube 36 and the third bubble collecting tube ( A plurality of through holes 34a and 34b are formed in the side portion of 37 to flow the float.

In addition, the organic material (including bubbles) separated from the water in the organic matter separating means 20 is formed by forming a guide plate 33 which receives a portion of the upper portion of the organic matter separating means 20 under the first bubble collecting tube 32. It is guided to the guide plate 33 so that it can be stably flowed into the bubble collecting tube, the middle of the first bubble collecting tube 32 is connected to the middle of the second bubble collecting tube 36 to float the second A blocking plate 35 is formed to flow toward the bubble collecting tube 36, and the upper side of the second bubble collecting tube 36 is sealed to float floating material into the second bubble collecting tube 36. It was made to flow into the collection pipe 37.

The suspended matter discharged to the upper portion of the third bubble collecting tube 37 overflows the upper end of the first bubble collecting tube 32 and is collected on the upper surface of the upper plate 31. A foreign substance discharge pipe 38 for discharging the suspended matter to the outside is formed.

On the other hand, inside the case 8 is formed a purifying means 40 for filtering the water in a state in which the organic matter is separated and removed from the organic matter separating means 20 in a clean state and resupply again to the water tank (1).

The purifying means 40 is provided with a filter 42 in the lower space of the case 8 divided by the vertical partition 41, the filter 42 is provided with a support plate 44 provided on the upper and lower parts It is supported by the, the support plate 44 forms a porous hole 43 for the flow of water.

The filter agent 42 is a material that can filter out fine foreign matter contained in water, but the filter agent is a porous plastic filter, carrier, filter agent, sand, gravel, charcoal, zeolite, which microorganisms are easily contacted with. And the like, which removes fine foreign matter in the water.

One side of the case 8 forms a return pipe 45 for resupplying the filtered clean water to the water tank 1 while passing through the filter agent 42, and the return pipe 45 is opened and closed. The valve 46 is formed.

In addition, an opening / closing valve 22 is also formed in the water intake supply pipe 21.

On the other hand, the present invention includes an air supply pipe (50) as a means for cleaning the filter (42).

The air supply pipe 50 is drawn into the bottom surface of the case 8 as shown in the drawing so that the outlet side is inserted so as to be inserted into each filter 42, the middle of the air supply pipe 50 A valve 51 for intermittent supply of air is installed, and an air pump (not shown) is connected to an inlet side of the air supply pipe 50.

Accordingly, when a large amount of foreign matter is trapped in the filter agent 42 by using a predetermined time, the high pressure air is supplied through the air supply pipe 50 as the air pump is driven while the valve 51 is opened. Since it is supplied to 42, the foreign matter stuck to the filter medium 42 by high pressure air is separated and washed and discharged to the outside through the cleaning tube 53.

The cleaning pipe 53 is provided with a valve 53 for selectively opening.

As described above, the present invention provides a means for capturing organic matter floating on the surface of the water tank, a means for aeration of the collected organic matter and separation from water with air bubbles, a means for discharging the separated organic matter to the outside and an organic material. It is composed of means for purifying the separated water and resupplying it to the tank, and effectively filtering and treating the floating matter that floats on the surface of the tank or aquarium, and then re-supplying it into the tank to keep the water quality in the tank clean for a long time. It can be used for various purposes in aquariums, fish ponds, ponds, reservoirs, water treatment wastewater treatment plants, baths and swimming pools.In particular, the sashimi that uses seawater can be used without installing existing sand, gravel, cotton, etc. While removing suspended solids, only alkaline seawater, which is pure seawater, Returning to the crown can be expected to provide an effect of providing an organic material collector for water treatment and a water treatment device using the same to purify the water quality in the aquarium.

Claims (11)

The upper part is provided with the collection container 11 which is opened, and it installs so that the upper opening surface of this collection container 11 may correspond with the water surface in the water tank 1, Connect the intake pipe 15 connected to the pump 17 to the lower side of the collection container 11, An air collector for water treatment, characterized in that the air intake pipe 16 for air intake is formed in the middle of the intake pipe (15). The organic material collector for water treatment according to claim 1, wherein a plurality of water intake grooves 12 are formed on the upper side of the collecting container. The organic material collector for water treatment according to claim 1 or 2, wherein a plurality of water intake holes (13) having different heights are formed in a rectangular shape on the outer circumferential surface of the collecting container (11). The water treatment method of claim 1, wherein a water intake adjusting rod 14 is formed at the center of the collection container 11 so that the volume of the collection container 11 is reduced so that a large amount of water is not drawn at once. Organic collectors. An organic material collecting means (1) installed inside the water tank (1) and collecting and supplying the organic matter and water floating on the water surface; An organic material separating means 20 for generating water bubbles in the water taken from the organic material collecting means 10 and separating the organic material upwards and the water downwards; Floating material discharge means (30) for discharging the organic matter separated by the organic material separation means (20) to the outside; Purification means (40) for purifying the water from which the organic matter is separated by the organic material separation means 20 and re-supply to the water tank (1); Water treatment apparatus using an organic material collector for water treatment, characterized in that configured as. The method of claim 1, wherein the organic material collecting means 10, The upper part is provided with the collection container 11 which is opened, and it installs so that the upper opening surface of this collection container 11 may correspond with the water surface in the water tank 1, Connect the intake pipe 15 connected to the pump 17 to the lower side of the collection container 11, An air suction pipe 16 for air suction is formed in the middle of the water intake pipe 15, and a plurality of water intake grooves 12 are formed in the vertical direction on the upper side of the collection container 11, and at the same time, the collection container 11 is formed. A plurality of intake holes 13 having different heights are formed in a rectangular shape on the outer circumferential surface thereof, and a water intake adjusting rod 14 is formed in the center of the collection container 11 to reduce the volume of the collection container 11 at a time. A water treatment apparatus using an organic material collector for water treatment, characterized in that a large amount of water is not withdrawn. The method of claim 5, wherein the organic separation means 20, A housing 23 having an inner tube 25 is formed in the sealed case 8, and the water intake supply tube 21 is connected to the inner tube 25. A flow path forming plate 27 is formed on the upper side of the inner tube 25 so as to face the outlet side of the water intake supply tube 21, and a plurality of through holes for the flow of water in the side surfaces of the inner tube 25 and the housing 23. (24, 26) is formed, bubbles generated by the water discharged from the housing 23 to the outer side of the housing 23 hit the bubble forming plate to allow the organic material is separated in the upper side, the water in the process ( 28) A water treatment apparatus using an organic material collector for water treatment, characterized in that formed. The method of claim 5, wherein the organic separation means 20, A reservoir 201 having an upper opening is formed in the sealed case 8, a sealed space 202 is formed below the reservoir 201, and a motor 203 is provided inside the sealed space 202. Install it, The intake supply pipe 21 protrudes into the reservoir 201 via the sealed space, and the bottom portion of the reservoir 201 is rotated by the motor 203 and bubbles are discharged from the water discharged to the intake supply pipe 21. The water treatment device using the organic material collector for water treatment, characterized in that to form a fan (204) so that the organic material is generated to the upper side with the bubble, the water is lowered through the upper portion of the reservoir (201). The method of claim 5, wherein the float discharge means 30, First to third bubble collecting tubes 32, 36, and 37 having different diameters are formed to be supported by the upper plate 31 provided at the upper part of the case 8, and the first bubble collecting tube is installed at the outermost part ( 32, a guide plate 33 for guiding the suspended matter (bubble + organic matter) separated and separated by the organic matter separating means 20 to the bubble collecting tubes 32, 36, 37 is formed. In the third bubble collecting pipe (36,37) to form a plurality of through holes (34a, 34b) for the discharge of suspended matter, Water treatment apparatus using an organic material collector for water treatment, characterized in that formed on the upper side of the case 8 to form a foreign substance discharge pipe (38) for discharging the suspended matter discharged through the bubble collecting pipe (37) to the outside. The method of claim 5, wherein the purifying means 40, A vertical partition 41 which bisects the inside of the case 8 is formed, and water is separated from the organic matter by the organic matter separating means 20 in an inner lower space of the case 8 bisected by the vertical partition 41. To form a filter 42 for purifying the fine foreign matter contained, The filter agent 42 is to be supported by a support plate 44 having a porous hole 43, Water treatment apparatus using an organic material collector for water treatment, characterized in that the return pipe 45 for supplying the water passing through the filter agent 42 to the water tank (1) is formed on the upper side of the case (8). The method of claim 5 or 10, wherein the air supply pipe 50 is introduced into the bottom surface of the case 8, so that the outlet side of the air supply pipe 50 is inserted into each filter 42, The water treatment device using the organic material collector for water treatment, characterized in that the filter 51 is installed by installing a valve (51) in the middle of the air supply pipe (50).

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