JP4102959B2 - Live fish farm with sterilizer - Google Patents

Description

[0001]
[Industrial application fields]
The present invention is a live fish with a sterilizer for keeping it in a good condition in which the filtration and water temperature inside the storage tank for breeding various live fish are always kept constant and the sterilizing effect of ultraviolet rays and ozone is synergistically maintained. It relates to a farming device.
[0002]
[Prior art]
Conventionally, this type of live fish farming equipment is either a storage tank for storing live fish, a filtration tank, a heat exchange tank, and a sterilization apparatus installed in separate places with pipes, or a filtration tank, There is known one in which an exchange tank and a sterilizer are installed.
[0003]
However, in the case of connecting with conventional pipes, since the parts manufactured separately are combined, the area of the installation place becomes very large, and the connection part of each part is easily damaged, and the farming Installation of a water tank, a filter tank, a heat exchanger, and a filter tank other than the sterilizer has a problem that the entire apparatus becomes large and complicated and cannot be used.
[0004]
In addition, installation of each facility on the side or lower part of the storage tank is very cumbersome, expensive, and very difficult to manage, and it has a negative impact on live fish due to unstable machine noise. Has the problem of giving
[0005]
[Problems to be solved by the invention]
The present invention has been made in view of the conventional problems as described above, and the point to be solved is that the storage water tank, the filtration tank, the sterilization tank, the heat exchange tank, and the like are partitioned and configured integrally. A sterilizer is inserted inside the sterilization tank, and bacteria, bacteria, and other microorganisms floating in the running water are effectively killed to ensure the farming of live fish with clean water, and the circulation pump for the bacteria device The equipment cost and maintenance are also made cheaper .
[0006]
[Means for Solving the Problems]
In order to achieve the above-described object, the present invention provides a live fish farming device with a sterilizer, which is flattened by a septic tank and a heat exchange tank adjacent to the filter tank, a filter tank, and a filter tank. Constitute. An eye plate is provided at the bottom of the storage water tank, and communicates from the eye plate to the bottom of the filter tank through a water absorption channel. A filter tank is installed adjacent to the filter tank. It communicates with the sterilization tank from the lower part of the filtration tank. Inside the sterilization tank, a sterilizer for killing various microorganisms is housed, and then circulated and cultivated in the filtration tank (4) through an heat exchange tank with an axial flow pump.
[0007]
【Example】
Next, an embodiment of the present invention will be described with reference to the drawings. The farming device main body (1) is formed in a substantially rectangular shape with a constituent material such as a synthetic resin or a concrete plate of an appropriate size capable of breeding various live fish. Has been. The storage device main body (1) is integrally assembled with a storage water tank (2), a filter tank (3), a filtration tank (4), a sterilization tank (5) and a heat exchange tank (6) at the end. It is configured.
[0008]
The storage water tank (2) is provided with a suction dish (8) at an appropriate position on the inner bottom, and a water absorption channel (9) is communicated with the lower part of the dish (8). One end of the water absorption path (9) is connected to an overflow pipe (10) standing upright in the adjacent filter tank (3). In the filter tank (3), a filter (11) for removing dung dust ejected from the upper part of the overflow pipe (10) is laid on the upper part. Further, an air disperser or the like may be installed in the lower part of the filter tank (3).
[0009]
Next, the filter tank (4) installed adjacent to the filter tank (3) is laid with a perforated plate (12) having through holes of various shapes that allow water to pass through the inside. Various filter media (13) and (13) are stacked and accommodated on the upper surface of the porous plate (12). Seawater filtered by the filter medium (13) (13) communicates with the adjacent sterilization tank (5) from the bottom. The sterilization tank (5) is provided with a sterilizer (14) having various structures of flowing water type. Next, the flowing water flows from the upper part of the sterilization tank (5) to the adjacent heat exchange tank (6). The heat exchange tank (6) is provided with a vertical axial flow pump (15) for sucking running water inside. The outlet (16) of the axial flow pump (15) is circulated by being discharged toward the storage water tank (2).
[0010]
[Action]
The embodiment of the present invention will be described with reference to FIG. 1 and FIG. 2. The farming device main body (1) is configured substantially integrally as a whole, and this operation is now shown in FIG. Explaining with the figure, the axial flow pump (15) standing in the heat exchange tank (6) is started, and the water in the heat exchange tank (6) is injected into the storage water tank (2) from the outlet (16). To do. The water in the storage water tank (2) is obtained from the top of the overflow pipe (10) of the adjacent filter tank (3) after obtaining the water absorption channel (9) from the bottom plate (8), and the filter ( 11) Excludes large foreign matter and passes through the upper part of the next filtration tank (4) from the lower side of the internal filter medium (13) and the perforated plate (12) to be filtered, and the sterilization tank (5) Bacteria, bacteria and other microorganisms that invade from below and float in the running water inside the sterilization tank (5) are efficiently killed, and then the heat exchange tank (6) from above the sterilization tank (5). ), And the water inside is again pulled up by the axial flow pump (15) and circulated from the flow outlet (16) to the storage water tank (2).
[0011]
【The invention's effect】
Since the present invention is configured as described above, the whole can be remarkably reduced in size integrally, and the installation at the site is easy and the management is very convenient, and the running water that has been impossible to treat in the past. There is an excellent effect that the killing of bacteria, bacteria and other microorganisms in it can be easily achieved. The filter tank connected to the bottom of the storage water tank removes large impurities by the filter provided at the top of the filter tank, and the filter tank connected to the filter tank is reliably filtered and activated by the filter medium to improve the water quality. effective. Furthermore, bacteria, bacteria, and other microorganisms floating in the running water are effectively killed by the sterilization equipment installed in the sterilization tank located adjacent to the filtration tank and ultraviolet light and ozonization that decomposes chlorine. Has an excellent effect of sustaining. Also, depending on the heat exchange tank adjacent to the sterilization tank, the water temperature is cooled or heated at the same time as passing through the sterilization tank, and there is an effect that the circulating water can be efficiently maintained at an appropriate temperature throughout the year. In addition, the axial flow pump installed vertically in the heat exchange tank has an extremely high suction capacity and can be easily set in the water tank, so that there is no need for a machine room and it is very quiet and can prevent noise. .
[Brief description of the drawings]
FIG. 1 is a plan view of an entire live fish farming apparatus with a sterilizer according to the present invention.
FIG. 2 is a longitudinal side view of the present invention, partly omitted.
FIG. 3 is a longitudinal side view in which the order of the apparatus of the present invention is developed.
FIG. 4 is a front view in which a part of the sterilizer used in the present invention is omitted.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Farming device main body 2 Farming water tank 3 Filter tank 4 Filtration tank 5 Sterilization tank 6 Heat exchange tank 8 Eye plate 9 Water absorption path 10 Overflow pipe 11 Filter 12 Perforated plate 13 Filter material 14 Sterilizer 15 Axial pump 16 Outlet

Claims (1)

The storage device body (1) formed in a substantially rectangular shape with a constituent material made of synthetic resin, concrete, or the like has a storage water tank (2), a filter tank (3), a filtration tank (4) and the tank from the end. In the live fish farming device with a sterilization tank , which is integrally formed in a flat shape with a sterilization tank (5) and a heat exchange tank (6) adjacent to the filter tank (3), the storage water tank (2) has an inner bottom portion. The eye plate (8) is provided at an appropriate position, and a water absorption channel (9) is communicated with the lower portion of the eye plate (8). One end of the water absorption channel (9) is adjacent to the filter tank (3 ) Is connected to the overflow pipe (10) standing inside the filter tank (3), and the water absorption channel (9) is connected to the overflow pipe (10) in the filter tank (3). ), A filter (11) is installed on the top to remove the dust discharged from the top, and the filter tank (3) A filter tank (4) is installed adjacent to the filter tank (4), and a porous plate (12) is laid inside the filter tank (4), and a filter medium (13) is laminated on the upper surface of the porous plate (12). In addition, the filtration tank (4) communicates from the bottom with a sterilization tank (5) that does not use a circulation pump for a sterilizer, and the sterilization tank (5) has a flowing water type sterilizer (14) inside. As well as being installed, it flows from the upper part of the sterilization tank (5) to the adjacent heat exchange tank (6), and in the heat exchange tank (6), a vertical axial flow pump (15) is installed vertically. And the live fish farming apparatus with a sterilizer which flows into the outlet (16) of the axial flow pump (15) or the lid water tank (2) and continuously circulates the farm.

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