KR100284972B1 - Clean seawater - Google Patents

Abstract

The present invention relates to a clean seawater, a case (1) having a cover (2) at the top; The separator 1 divides the inside of the case 1 into the first storage space 5 and the second storage space 6 and has a water inlet groove 4 formed at the bottom thereof to connect the divided space; A cylindrical mixing portion 9 is provided at one side, and a bottleneck 10 drawn into the other side is formed, and a body 8 having an air inlet 11 formed at an outer circumference thereof, and an air inlet 11 of the body 8. Bubble consisting of air inlet pipe (13) connected to the), connecting pipe (14) coupled to the outer periphery of the mixing section (9) of the body (8), and sieve net (15) provided in the connecting pipe (14) A generator 7; The drainage receiving plate is provided on the foam generator 7 to form the third storage space 21 on the second storage space 6 and the foam guide part 20 is formed at one end to guide the generated bubbles upward. 19); A filter 22 positioned on the drain plate 19 to filter the water contained in the foam into a third storage space 21 on the drain plate 19; A sterilizing lamp 27 installed in the second storage space 6 on one side of the diaphragm 26; A first outlet 29 connected at one end to the second storage space 6 and connected at the other end to the outside of the case 1; One end is connected to the third storage space 21 and the other end is provided with a clean seawater consisting of a second outlet 30 connected to the outside of the case (1).

Therefore, the amount of dissolved oxygen in the water is increased by the bubbles generated while passing through the bubble generator 7, and foreign substances such as the excretion of live fish contained in the water are transferred to the upper part of the filter 22 along the foam and discharged to the outside. Since most of the discharged water is sterilized in the second storage space 6 and then supplied to the tank again, the freshness of the fish is improved, the meat quality is improved, and the life of the fish is extended as the amount of dissolved oxygen increases. Various foreign matters such as ammonia, protein, live fish droppings are removed through the sterilization lamp 27 to sterilize various bacteria.

Description

Clean seawater

FIELD OF THE INVENTION The present invention relates to clean seawater, and more particularly to clean seawater for purifying water in a fishbowl.

In a fish tank, the amount of dissolved oxygen in the water is reduced by the live fish, and the water is quickly polluted by the excreta of the live fish. Accordingly, the freshness of the live fish decreases, the meat taste is reduced, and the live fish is killed.

In order to prevent such problems, the water must be changed frequently and frequently cleaned. In order to transport and supply the sea water offshore, it takes a lot of transportation cost and time, and therefore it was difficult to supply the sea water in a timely manner. Due to the large losses due to our deaths, operating costs were incurred due to rising costs.

In order to solve such a conventional problem, a filtration device is installed inside a fishbowl and used, which has an effect of slightly increasing the amount of dissolved oxygen in water, but has not removed foreign substances such as live fish droppings contained in the water. Did not fundamentally prevent.

SUMMARY OF THE INVENTION An object of the present invention for solving the above problems is to discharge and remove various pollutants, including excreta of live fish, to increase the amount of dissolved oxygen in the water and to provide a clean seawater to sterilize and purify various bacteria in the water. have.

Clean seawater according to the present invention for achieving the above object, in the clean seawater, the case is provided with a cover on the top; A separation plate having a water inlet groove formed at a lower end so as to divide the inside of the case into the first storage space and the second storage space and connect the divided spaces; A cylindrical mixing portion is provided at one side and a bottleneck portion introduced into the other side and an air inlet is formed at the outer circumference, an air inlet tube connected to the air inlet of the body, and a connecting tube coupled to the outer circumference of the mixing portion of the body; Bubble generator consisting of a filter net provided in the plurality of connection pipes; A drain plate provided at an upper portion of the bubble generator to form a third storage space above the second storage space, and having a bubble guide part formed at one end thereof to guide the generated bubbles upward; A filter positioned on the drain plate to filter the water contained in the foam into a third storage space on the drain plate; Sterilization lamp is installed in the second storage space on one side of the diaphragm; A first outlet connected at one end to the second storage space and at the other end to the outside of the case; One end is connected to the third storage space and the other end is characterized by consisting of a second outlet connected to the outside of the case.

Therefore, the amount of dissolved oxygen in the water is increased by the bubbles generated while passing through the bubble generator, and foreign substances such as the excretion of live fish contained in the water are transferred to the upper part of the filter along the foam and discharged to the outside, and most of the foreign substances are discharged. Since it is sterilized in the second storage space and then supplied to the fish tank, it is effective in improving freshness of fish, improving meat quality, and extending the life of live fish according to the increase of dissolved oxygen. Various foreign substances such as these are removed, and there is an effect of sterilizing various bacteria by sterilization.

1-a schematic partial cutaway perspective view of the present invention clean seawater

Figure 2-Cross-sectional view showing the bubble generator of the present invention clean seawater

3-A schematic shear cross-sectional view showing the present invention clean seawater

4 and 5-schematic side cross-sectional views showing the present invention clean seawater

Explanation of symbols on the main parts of the drawings

One ; Case 3; Separator

4 ; Water inlet groove 5; First storage space

6; Second storage space 7; Bubble generator

8 ; Body (of foam generator) 9; Mixing section

10; Bottleneck 11; Air inlet

12; Water inlet pipe 13; Air inlet pipe

14; Connector 15; Strainer

19; Drain board 20; Bubble Guide

21; Third storage space 22; filter

23; Support plate 25; Bubble outlet

26; Partition 27; Sterilization lamp

29; First outlet 30; 2nd outlet

Specific features and advantages of the present invention will become more apparent from the following description with reference to the accompanying drawings.

In FIG. 1, the clean seawater of the present invention is provided with a case 1 having a cover 2 thereon, and the case 1 is divided into a first storage space 5 and a second storage space 6 therein. Separation plate 3 is provided so that the water inlet groove 4 is formed at the bottom of the separation plate 3 so as to connect the divided first storage space 5 and the second storage space (6).

Bubble generator 7 is installed in the first storage space 5 so that bubbles are generated when water is introduced thereto. The bubble generator 7 is provided with a cylindrical mixing portion 9 on one side and on the other side. A bottleneck 10 drawn into the inside is formed, and a body 8 having an air inlet 11 formed on an outer circumference thereof is provided.

The air inlet pipe 13 is connected to the air inlet 11 of the body 8, the water inlet pipe 12 is connected to the bottleneck 10, the mixing section 9 of the body (8) The outer periphery of the connecting pipe 14 is coupled, the connecting pipe 14 is provided with a sieve net 15 consisting of the first net 16, the second net 17, the third net 18. .

Here, the upper end of the air inlet pipe 13 is positioned above the second storage space 6, and the other end of the water inlet pipe 12 is drawn out of the case 1.

In addition, a drain plate 19 is provided on the top of the bubble generator 7 so that the third storage space 21 is formed on the second storage space 6. The bubble guide portion bent in shape is formed to guide the generated bubbles upward.

The upper part of the drain plate 19 is provided with a filter 22, the bottom of the filter 22 is provided with a support plate 23 formed with a plurality of through holes 24, foam on the upper side of the case (1) The outlet 25 is provided so that the bubbles on the upper portion of the filter 22 is discharged to the outside.

Meanwhile, the second storage space 6 is provided with a diaphragm 26 to divide the second storage space 6 into a space into which water flows from the water inflow groove 4 and a space to be waterproofed, and the water flows in. Two storage spaces 6 are provided with two sterilization lamps 27, and the waterproofed second storage space 6 is provided with wires and adapters 28 connected to the sterilization lamps 27.

In addition, a first discharge port 29, a second discharge port 30, and a cleaning drain pipe 31 are provided at an outer surface of the case 1 on the side of the second storage space 6, and the first discharge port 29 is formed on the outer surface of the case 1. 2 is connected to the inside of the storage space 6 to supply the water introduced into the fish tank, the second outlet 30 is connected to the third storage space 21, the trace amount of water passing through the filter 22 It is to supply to the fish tank, the cleaning drain pipe 31 is used to discharge the washed water when cleaning the inside of the case (1).

Operation of the present invention clean seawater in this configuration is as follows.

When the water contaminated from the fish tank flows into the water inlet pipe 12 of the bubble generator (7), the incoming water passes through the bottleneck (10) and the moving speed is increased, and accordingly the air inlet pipe ( As air is introduced from 13, air and water are mixed in the mixing unit 9 to generate bubbles.

The generated bubbles are strongly sprayed by the ejection pressure of the water passing through the bottleneck 10 and pass through the filter net 15 of the first net 16, the second net 17, the third net 18, As it passes through the sieve (15), the flow rate becomes relatively soft and the bubbles are divided finely.

As a large amount of foam generated in this way, and buoyant (浮 揚), foreign substances such as ammonia, protein, and live manure contained in the water are absorbed and collected in the upper portion of the first storage space (5).

The bubbles gathered in this way are pushed toward the bubble guide part 20 of the drain plate 19 by the continuously generated bubbles, and are guided to the upper part of the filter 22. As the bubbles continue to be supplied, the bubbles are continuously supplied along the upper surface of the filter 22. The water is discharged to the bubble outlet 25 while being pushed through the through hole 24 of the filter 22 and the support plate 23 to the third storage space 21 of the drain plate 19. Are gathered.

Meanwhile, water from which ammonia, protein, and live fish droppings contained in the water are removed by bubbles passes through the water inlet groove 4 of the separator 3 and enters the second storage space 6. As the water level gradually increases in the storage space 6, bacteria in the water are sterilized by the two sterilization lamps 27.

Usually, the sterilizing lamp 27 uses an ultraviolet sterilizing lamp, and when ozone is generated, a small amount of ozone is generated, so that the water is sterilized and the amount of dissolved oxygen in the water is increased.

As such, the sterilized water and the dissolved oxygen amount are increased to the fish tank through the first outlet 29, and the water in the third storage space 21 is also supplied to the fish tank through the second outlet 30.

The clean seawater of the present invention is primarily the removal of ammonia, protein, live fish droppings by the foam, the bacteria are sterilized by the sterilization lamp 27, the amount of dissolved oxygen in the water is increased by the ozone generated during ultraviolet radiation. do.

As a result of continuously supplying the purified water to the fish tank, the lifespan of live fish was increased five times compared with the conventional one, and the freshness of the live fish was improved, and the meat quality was improved.

According to the clean seawater according to the present invention as described above, the amount of dissolved oxygen in the water is increased by the bubbles generated while passing through the bubble generator 7 and foreign substances such as excreta of live fish contained in the water are filtered along the bubbles 22 ) Most of the water discharged to the outside is discharged to the upper part and sterilized in the second storage space 6 and then supplied to the fishbowl, so the freshness of the fish is improved according to the amount of dissolved oxygen, the meat quality is improved, It has an effect such as extending the life of the, it is effective to remove various foreign substances such as ammonia, protein, live fish excrement through the foam, and to sterilize various bacteria by the sterilization lamp (27).

Claims (1)

In the clean sea water, A case (1) having a cover (2) at the top; A separating plate (3) bisecting the inside of the case (1) into a first storage space (5) and a second storage space (6) and having a water inflow groove (4) formed at the bottom to connect the divided spaces; A cylindrical mixing portion 9 is provided at one side and a bottleneck 10 is drawn into the other side and an air inlet 11 is formed at an outer circumference, and an air inlet of the body 8. 11, an air inlet pipe 13 connected to the connection pipe 14 coupled to the outer circumference of the mixing section 9 of the body 8, and a plurality of filter nets 15 provided inside the connection pipe 14; Bubble generator 7 consisting of; The drainage receiver having the foam guide part 20 formed at one end thereof to be provided above the bubble generator 7 and guide the generated bubbles upward to form the third storage space 21 on the second storage space 6. Plate 19; A filter 22 positioned on the drain plate 19 to filter moisture contained in the foam into a third storage space 21 on the drain plate 19; A sterilizing lamp 27 installed in the second storage space 6 on one side of the diaphragm 26; A first discharge port 29 connected at one end to the second storage space 6 and connected at the other end to the case 1; Clean seawater, characterized in that the one end is connected to the third storage space (21) and the other end is composed of a second outlet (30) connected to the outside of the case (1).