TWI704865B - Fish and Vegetable Symbiosis System - Google Patents

Abstract

A fish-vegetable symbiosis system, comprising a fish tank, a sedimentation tank, an internal circulation submerged motor, a number of vegetable cultivation areas, and a submerged motor device. The sedimentation tank has a number of stones and a number of nitrifying bacteria to implant the number of nitrifying bacteria. Between the stones, an internal circulation submersible motor is installed in the sedimentation tank, the vegetable cultivation area contains foamed smelting stones, and the vegetable cultivation area is stepped on the upper side of the fish tank. The submersible motor device The aquarium is arranged in the aquarium for pumping the water in the aquarium to the vegetable growing areas. The excrement of the fish in the fish tank is collected to the sedimentation tank by the suction of the internal circulation motor, and the water quality can be nitrified by the growth of nitrifying bacteria between the stones, thereby optimizing the water quality, and by the submerged motor device Suction is provided to the plants or vegetables in the vegetable growing area; and the water sprayed by the internal circulation motor can increase the aeration function of the water quality and the amount of dissolved oxygen in the water quality to maintain a good aquatic ecology; by foaming stone materials The characteristics and stepped water flow make the vegetables or plants in the vegetable growing area have a better growing environment.

Description

Fish and Vegetable Symbiosis System

The present invention relates to a fish-vegetable symbiosis system, and particularly refers to it can optimize water quality, can maintain a good aquatic ecology, and make vegetables or plants in vegetable growing areas have a better growing environment.

The so-called fish-vegetable symbiosis refers to the decomposition and filtration of the feces in the aquatic animals and the impurities in the water. The main ammonia (urea) component is supplied to the vegetables on the vegetable planting box. At the same time, the root system of the vegetables controls the vegetable planting box. The purified water flows into the fish tank for the use of aquatic animals, combining the mutually beneficial symbiosis ecosystem of aquaculture and hydroponics.

The fish-vegetable symbiosis system can avoid the deterioration of water quality and form a virtuous circle of fish-cutting and vegetable-cutting fish.

Therefore, to design a fish-vegetable symbiosis system whose aquarium can optimize the water quality and maintain good aquatic ecology, and make the vegetable growing area have a better cultivation environment. This is the aquaponics system industry, which is urgently needed.

It is that the inventor of the present invention is based on many years of practical experience in product design and development, as well as active research and development thinking, and through countless actual tests and experiments, the invention has been produced.

The purpose of the present invention is to provide a fish-vegetable symbiosis system that can optimize water quality, maintain good aquatic ecology, and enable vegetables or plants in vegetable growing areas to have a better growing environment.

To achieve the above objective, the present invention includes a fish tank, a sedimentation tank, an internal circulation submersible motor, several vegetable cultivation areas, and a submersible motor device, wherein the fish tank is used to contain water; the sedimentation tank is arranged in In the bottom of the fish tank, the sedimentation tank includes an upper cover and a bottom plate, the upper cover has a number of through holes, the sedimentation tank has a number of stones and a number of nitrifying bacteria, so that the number of nitrifying bacteria is implanted between the stones; the internal circulation A submersible motor is installed in the sedimentation tank to suck the water in the sedimentation tank and discharge the water into the fish tank; the vegetable cultivation areas include foaming stones, and the vegetable cultivation areas are stepped Set on the upper side of the fish tank, the several vegetable growing areas have several pipes for guiding water to circulate in each vegetable growing area and can flow into the fish tank; the submersible motor device is installed on the fish tank for the The water in the fish tank is pumped to the vegetable growing area.

The excrement of the fish in the fish tank is collected to the sedimentation tank by the suction of the internal circulation motor, and the water quality can be nitrified by the growth of nitrifying bacteria between the stones, thereby optimizing the water quality, and by the submerged motor device Suction the plants or vegetables provided to the vegetable growing area.

And the water sprayed by the internal circulation motor can increase the aeration function of the water quality and the amount of dissolved oxygen in the water quality to maintain a good aquatic ecology.

With the material characteristics of the foaming stone and the stepped water flow, the vegetables or plants in the vegetable growing area have a better growing environment.

The following is only a detailed description with specific embodiments and drawings, so that your reviewer can have a better understanding and understanding of the functions and features of the present invention.

Please refer to FIG. 1, FIG. 2, and FIG. 3. The present invention includes a fish tank 10, a sedimentation tank 20, an internal circulation submerged motor 30, a number of vegetable cultivation areas 40, and a submerged motor device 50. The following will explain in detail:

The fish tank 10 is used to contain water.

The sedimentation tank 20 is arranged at the bottom of the fish tank 10, the sedimentation tank 20 includes an upper cover 21, a bottom plate 22, the upper cover 21 has a number of through holes 211, the sedimentation tank 20 has a number of stones 23, a number of nitrifying bacteria 24, so that The number of nitrifying bacteria 24 implanted between the number of stones 23.

The internal circulation submersible motor 30 is installed in the sedimentation tank 20 for sucking water in the sedimentation tank 20 and draining the water into the fish tank 10.

The vegetable growing areas 40 include a foaming stone 41, the vegetable growing areas 40 are arranged on the upper side of the fish tank 10 in a stepped manner, and the vegetable growing areas 40 have pipes 42 for guiding water flow. It circulates in each vegetable growing area 40 and can flow into the fish tank 10.

The submersible motor device 50 is installed in the fish tank 10 to suck the water in the fish tank 10 to the vegetable growing areas 40.

In one embodiment, the bottom plate 22 of the sedimentation tank 20 has two inclined surfaces 221 inclined inward relative to each other to form a concave shape. At the junction of the two inclined surfaces 221, a water channel 222 is provided. The water channel 222 is hollow and is connected to the The internal circulation submersible motor 30 is connected, and there are a plurality of through holes 223 connected to the inclined surface 221 on both sides of the water channel 222, so that water can flow into the water channel 222 through the through holes 223 for the internal circulation submersible motor 30 suction; the two inclined surfaces 221 have a plurality of protruding portions 224 connected to the two sides of the water channel portion 222, when the number of stones 23 are stacked on the protruding portion 224, so that the number of stones 23 stacked more space, The nitrifying bacteria 24 can be easily implanted between the stones 23.

In one embodiment, the inner wall of the fish tank 10 has a number of two corresponding flanges 11 for the vegetable cultivation area 40 to be clicked and placed in a movable shape. Accordingly, the stepped multi-layer vegetable cultivation area 40 It is movable and detachable to facilitate cleaning and vegetable changing.

This embodiment has a fixed vegetable growing area 40 and two movable and detachable vegetable growing areas 40.

In one embodiment, please also refer to Fig. 4. The vegetable growing area 40 at the top position has a siphon clock 43 to effectively suck water in the vegetable growing area 40 at the top position. It flows downward through the pipe 42 at the uppermost position to the vegetable growing area 40 below.

The above is an introduction to the composition of the present invention, and then the various components of the present invention and their composition methods are introduced, and then the use embodiments, features and benefits of this creation are introduced as follows:

Please refer to Figures 4 and 5, the present invention uses the suction force of the internal circulation motor 30 to collect the excrement of the fish in the fish tank 10 through the through hole 211 to the sedimentation tank 20, passing through the nitrifying bacteria 24 between the stones 23 By growing, the water quality can be nitrified, thereby optimizing the water quality, and the suction of the submersible motor device 50 is provided to the plants or vegetables in the vegetable growing area 40.

The structure of the sedimentation tank 20, which contains stones 23, can increase the weight so that the sedimentation tank 20 is at the bottom of the fish tank 10.

Moreover, the water sprayed by the internal circulation motor 30 can increase the aeration function of the water quality and the amount of dissolved oxygen in the water quality to maintain a good aquatic ecology.

With the material properties of the foamed stone 41 such as water retention, ventilation, sterility, odorlessness, etc., and the step-like water flow, the vegetables or plants in the vegetable growing area 40 have a better growing environment.

The above examples of this case are provided for convenience of explanation only, and should not be used to limit the meaning of this case, that is, all the various design changes made in accordance with the scope of the listed patent applications should be included in the scope of patents of this case.

10: Fish tank

11: flange

20: sedimentation tank

21: Upper cover

211: Through hole

22: bottom plate

221: Slope

222: Ministry of Waterworks

223: Through Hole

224: Project

23: stone

24: Nitrifying bacteria

30: Internal circulation submerged motor

40: Vegetable growing area

41: Foaming Stone

42: tube body

43: Siphon Clock

50: Submerged motor device

Figure 1 is a perspective view of the present invention. Figure 2 is an exploded perspective view of the present invention. Figure 3 is a perspective exploded view of the precipitation tank of the present invention. Figure 4 is a front cross-sectional view of an embodiment of the present invention. Figure 5 is a side sectional view of an embodiment of the present invention.

10: Fish tank

11: flange

20: sedimentation tank

21: Upper cover

211: Through hole

22: bottom plate

40: Vegetable growing area

41: Foaming Stone

42: tube body

43: Siphon Clock

50: Submerged motor device

Claims (3)

A fish-vegetable symbiosis system includes: a fish tank for containing water; a sedimentation tank arranged at the bottom of the fish tank; the sedimentation tank includes an upper cover and a bottom plate; the upper cover has several through holes; the sedimentation tank There are several stones and several nitrifying bacteria in it, so that several nitrifying bacteria are implanted between the several stones; an internal circulation submersible motor is installed in the sedimentation tank to suck the water in the sedimentation tank and drain the water to In the fish tank; several vegetable growing areas, including foaming smelting stones, the several vegetable growing areas are arranged on the upper side of the fish tank in a stepped manner, the several vegetable growing areas have several pipes for guiding water flow in Each vegetable growing area can flow into the fish tank; a submersible motor device is installed in the fish tank for pumping the water in the fish tank to the vegetable growing areas; wherein the inner wall of the fish tank has several components Two corresponding flanges are used to place the vegetables in the vegetable growing area and are movable; among them, the vegetable growing area in the uppermost position has a siphon clock to suck the vegetables in the uppermost position The water in the cultivation area flows down to the vegetable cultivation area below through the pipe at the top position. The fish and vegetable symbiosis system described in item 1 of the scope of patent application, wherein the bottom plate of the sedimentation tank has two inclined surfaces inclined inwardly to form a concave shape, and a water channel is provided at the junction of the two inclined surfaces. It is hollow and communicates with the internal circulation submersible motor. There are a plurality of through holes connected to the inclined surface on both sides of the water channel part, so that water can flow into the water channel part through the through holes for the internal circulation submersible motor Suction. The fish and vegetable symbiosis system described in item 2 of the scope of patent application, wherein the two slopes have a plurality of protrusions connected to two sides of the water channel.

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