TWM606807U - Solar container farming device - Google Patents

Abstract

This creation refers to a solar container farming device, in which a farming tank is installed in the container, and the farming tank is provided with a farming chamber. A curved spoiler is distributed around the farming chamber. The bottom of the farming chamber is inclined. The guide trough has a leading out part at the lowest position adjacent to the edge of the breeding chamber, and the breeding trough is provided with aquatic drainage holes and sewage outflow holes penetrating the leading part. The drainage hole is sealed with a drainage hole cover, and the sewage outlet hole is connected with a circulation unit, and the solar panel is laid above the container, and the solar panel is connected with a power supply, and the power supply is provided with a battery.

Description

Solar container farming device

This creation is a solar-powered container farming device. Among them, it is a technical field that is equipped with a farming tank in the container, a solar panel is installed on the top of the container, and the solar panel is used as one of the sources of electricity for the farming tank.

The first press is that most of the current aquatic 10 cultures still maintain the traditional fish farm 20. The fish farm 20 is traditional and extensive, and the water source is limited to salt water or freshwater farming. Therefore, the fish farm 20 must match the characteristics of aquatic 10 and water source cultivation. In addition, the traditional extensive will also limit the number of fish farms 10 aquaculture 20. After that, the aquatic product 10 must be continuously operated and exposed to oxygen with the high power consumption waterwheel 30 to prevent the aquatic product 10 from dying due to hypoxia. The feed of the aquatic product 10 is left in the bottom 201 of the aquatic product, and the excrement of the aquatic product 10 sinks to the bottom of the bottom 201 for a long time, causing water pollution. This makes the aquatic product 10 often cause disease and loss, forcing a large amount of medicine to neutralize The quality of the water in the fish farm 20 leads to aquatic products of 10: larvae, mid-body, sub-adults, and adults continue to change the fish farm 20, and every change of operation or breeding requires a large amount of manpower to purse the fish farm. The labor cost to use is quite high. However, the number of extensive aquaculture 10 in Yuyuan 20 is limited, so the actual economic value of extensive aquaculture is not clear. In addition, if fish farming 20 happens to encounter a wind disaster, a flood or a severe temperature change, aquatic products 10 will be lost, especially floods, the most serious will face the loss of all aquatic products 10 (as shown in Figure 1).

However, in order to solve the shortcomings of fish farming 20 (as shown in Figure 1), a circulating intensive pond 50 was born. It is mainly used for getting rid of the soil. It is installed indoors and in shaded places. The circulating intensive pond 50 is surrounded by filters. The device 501 and the pump 502. According to the filtering equipment 501, the feed residues and excrement of aquatic products 10 are filtered to avoid and reduce the pollution of feed residues and excrement to interfere with the growth of aquatic products 10, and can increase the aquatic products 10 to the maximum capacity for breeding and reduce the consumption of water 40. As for high power The filter equipment 501 and the air pump 502 used did not reduce the electricity consumption, but increased the electricity Therefore, the effect of reducing costs is limited (as shown in Figure 2).

In view of the above, it is known that Xizhi Yuyuan and the circular intensive pool have the lack of actual economic value. Therefore, the creators of this case are encouraged to research and develop in the direction of increasing economic value. After the creators of this case think about it, they think It is best to assemble solar panels in containers.

The solar container farming device of this invention is provided with: at least one container, at least one farming tank, at least one circulation unit, at least one solar panel and at least one power supply. The inner side of the container has at least one container compartment, the container compartment has at least one heat insulation layer installed, and at least one breeding tank, the breeding tank is provided with at least one breeding compartment, and there are disturbances distributed around the breeding compartment. At least one oblique guide groove is provided below the breeding chamber, and the guide groove has at least a leading out portion at the lowest position adjacent to the edge of the breeding chamber, and the breeding tank is provided with at least a drainage through the leading part. Hole, and at least one sewage outlet hole penetrating the lead-out part; the drainage hole is sealed with at least a drainage hole cover, and the sewage outlet hole is connected with at least one circulation unit, and the circulation unit is provided with at least one connecting the The first pumping pump of the sewage outlet hole, the circulation unit is provided with at least one filter tank, the upper side of the filter tank is connected with the first pump, the lower side of the filter tank is connected with at least a second pump, the second The pumping pump is connected to at least one above the breeding chamber, and at least the solar panel is laid above the container, the solar panel is connected to at least the power supply, the power supply is provided with at least one battery, and the battery of the power supply is at least connected There are the first pump and the second pump.

The container of this creation is at least additionally provided with: at least one heat dissipation hole, at least one ventilation hole and at least one feed hole; the heat dissipation hole, the ventilation hole and the feed hole are at least distributed above the container, and the ventilation hole is additionally provided with at least one pump Fans, and the feed holes are distributed above the breeding tank.

The purpose of this creation is to have the cultivation tank inside the container and the substantial benefits of the solar panel laid on the top of the container.

[Learning]

10: Aquatic products

20: Fish Farm

201: Bottom

30: Waterwheel

40: water

50: Circulating intensive pool

501: filter equipment

502: air pump

[This creation]

A: Aquatic products

B: water

1: Solar container farming device

2: container

21: container room

22: Insulation layer

23: cooling holes

24: Ventilation hole

25: Feed hole

26: Exhaust fan

3: Farming tank

31: Breeding room

32: Spoiler

33: guide groove

34: Leading Department

35: Drainage hole

351: Drainage hole cover

36: Sewage outlet hole

4: cyclic unit

41: The first pump

42: filter tank

43: The second pump

5: Solar panel

6: Power supply

61: battery

Figure 1 is a schematic diagram of the traditional fish farm.

Figure 2 is a schematic diagram of a conventional cyclic intensive pool.

Figure 3 is a three-dimensional schematic diagram of the solar container farming device created for this creation.

Figure 4 is a schematic diagram of the combination of solar container farming device created for this creation.

Figure 5 is a schematic diagram of the top view of the breeding tank created for this creation.

Figure 6 is a schematic diagram of the use of the solar container farming device created for this creation.

Figure 7 is a schematic diagram of the top view of the cultivation tank created for this creation.

Figure 8 is a schematic diagram of the opening of the drainage hole cover for this creation.

Figure 9 is a patchwork schematic diagram of the container for this creation.

In order to enable your reviewer to have a better understanding of this creation, the following examples are used to illustrate it.

This creation mainly provides a solar container farming device 1, wherein the solar container farming device 1 is provided with at least: at least one container 2, at least one farming tank 3, at least one circulation unit 4, at least one solar panel 5 and at least one power supply 6. The inside of the container 2 has at least one container compartment 21, the container compartment 21 has at least one heat insulation layer 22 installed, and at least one breeding tank 3, the breeding tank 3 is provided with at least one breeding compartment 31, the breeding compartment A curved spoiler 32 is distributed around 31. The cultivation chamber 31 has at least one oblique guide groove 33 underneath. The guide groove 33 has at least one leading part 34 at the lowest position adjacent to the edge of the cultivation chamber 31. The aquaculture tank 3 is provided with at least one drainage hole 35 penetrating the lead part 34, and at least one sewage outlet hole 36 penetrating the lead part 34. The drainage hole 35 is sealed with at least a drainage hole cover 351, and the sewage outlet hole 36 is connected with at least one circulation unit 4, and the circulation unit 4 is provided with at least one first pump connected with the sewage outlet hole 35 41. The circulation unit 4 is provided with at least one filter tank 42, the upper side of the filter tank 42 is connected with the first pump 41, the lower side of the filter tank 42 is connected with at least a second pump 43, the second pump 43 is connected to at least one above the breeding room 31, and at least the solar panel 5 is laid on the top of the container 2, and the solar panel 5 is connected to at least the power supply 6. The power supply 6 is provided with at least one storage battery 61, and the storage battery 61 of the power supply 6 is at least connected with the first pump 41 and the second pump 43 (as shown in Figures 3, 4, and 5).

The container 2 of the present invention is additionally provided with at least one heat dissipation hole 23, at least one ventilation hole 24 and at least one feed hole 25. The heat dissipation holes 23, the ventilation holes 24, and the feed holes 25 are distributed at least above the container 2, and the ventilation holes 24 are additionally provided with an exhaust fan 26, and the feed holes 25 are distributed above the breeding tank 3 (such as: As shown in Figures 3, 4, and 5).

Yes, the container 2 of this creation is used as the breeding target of aquatic product A according to the breeding tank 3. The container 2 uses the heat insulation layer 22 to insulate the temperature to protect the living environment temperature of the aquatic product A from external influences. The container 2 cooperates The heat dissipation holes 23 and the ventilation holes 24 are used to control and adjust the air temperature of the cultivation tank 3, and effectively control the internal temperature of the container 2 to be suitable for the growth and survival of the aquatic product A. The cultivation tank 3 uses the obliquely arranged guiding groove 33 to collect the dirt in the water B to the lead-out portion 34, and the lead-out portion 34 uses the first pump 41 to suck the water B into the circulation unit 4 for circulating filtration. According to this, the water B contained in the tank 3 is cyclically filtered to keep it clean and maintain long-term use, so as to save the breeding water B. The container 2 utilizes the solar panel 5 to generate electricity and stores it in the battery 61 of the power supply 6, thereby supplying the first pump 41, the second pump 43 and the exhaust fan 26 for use, thereby reducing The amount of external electricity used in the market enables the solar container farming device 1 to save the expenditure on external electricity. At the same time, the container 2 is a high-strength object that is not afraid of wind, flood, and severe temperature changes. The solar container farming device 1 can achieve aquaculture A based on the container 2 without fear of wind disasters, floods, and severe temperature changes (as shown in Figures 6 and 7).

The culturing tank 3 of the present invention uses the second pump 43 to suck water B back into the culturing chamber 31. The culturing chamber 31 generates disturbances and spirals according to the backflow of the water B, and the turbulence part 32 enhances the water B The disturbing spiral effect is used to increase the activity state of the water B contained in the aquaculture tank 3 and promote the health benefits of the aquatic product A activity (as shown in Figure 7). When the aquaculture tank 3 wants to release the aquatic product A, it is only necessary to open the aquatic product hole cover 351 to allow the aquatic product A to be discharged from the aquatic product hole 35 (as shown in Fig. 8).

The solar container farming device 1 of the present invention can be arbitrarily expanded to piece together the container 2 to increase the farming tank 3 and increase the number and types of aquatic products A. And the container 2 can be easily displaced, so that the solar container farming device 1 can be adjusted at any time to the best and safest farming Environment, so that the solar container farming device 1 will not be affected by the weather, and the aquaculture A is safe (as shown in Figure 9; in addition, for the aquatic product A, please refer to Figures 6 and 7).

From the above description, it can be known that the solar container farming device 1 of this creation is based on the container 2 as a standard for easy displacement and placement to the best breeding environment. The container 2 uses the heat insulation layer 22 to isolate the temperature, and cooperates with the heat dissipation holes 23, the Ventilation holes 24 control the temperature of the air inside the container 2. The cultivation tank 3 uses the inclined guide groove 33 to collect the dirt in the water B to the lead-out portion 34, and the lead-out portion 34 uses the first pump 41 to suck water. B enters the circulation unit 4 to circulate and filter, and the water B contained in the cultivation tank 3 is circulated and filtered according to this to keep clean and maintain long-term use, so as to save the cultivation water B. The container 2 utilizes the solar panel 5 to generate electricity and stores it in the battery 61 of the power supply 6, thereby supplying the first pump 41, the second pump 43 and the exhaust fan 26 for use, thereby reducing The amount of external electricity used in the market allows the solar container farming device 1 to specifically save on the expenditure of commercially available external electricity. At the same time, it can ensure that the farming of the solar container farming device 1 has excellent characteristics of fear of wind disasters, floods or severe temperature changes. It can be seen that this creation does have the new patent requirements for novelty, advancement and industrial use.

The technical content and technical characteristics of this creation have been disclosed above, but those familiar with this technology may still make various substitutions and modifications based on the disclosure of this creation that do not depart from the creative spirit of this case. Therefore, the scope of protection of this creation should not be limited to those disclosed in the embodiments, but should include various replacements and modifications that do not deviate from the present invention, and are covered by the scope of the new patent application.

1: Solar container farming device

2: container

21: container room

22: Insulation layer

23: cooling holes

24: Ventilation hole

25: Feed hole

26: Exhaust fan

3: Farming tank

31: Breeding room

32: Spoiler

33: guide groove

34: Leading Department

35: Drainage hole

351: Drainage hole cover

36: Sewage outlet hole

4: cyclic unit

41: The first pump

42: filter tank

43: The second pump

5: Solar panel

6: Power supply

61: battery

Claims (2)

A solar container farming device, wherein the solar container farming device is provided with at least one container, at least one breeding tank, at least one circulation unit, at least one solar panel, and at least one power supply; the inside of the container has at least one container compartment At least one heat insulation layer and at least one breeding tank are installed in the container compartment. The breeding tank is provided with at least one breeding compartment. A curved spoiler is distributed around the breeding compartment. The bottom of the breeding compartment is at least There is an obliquely arranged guide groove, the guide groove has at least one leading out part at the lowest position adjacent to the edge of the breeding chamber, the breeding tank is provided with at least one drainage hole penetrating the leading part, and at least one penetrating lead out The drainage hole of the sewage; the drainage hole is sealed with at least a drainage hole cover, and the sewage outlet hole is connected with at least one circulation unit, and the circulation unit is provided with at least a first pump connected with the sewage drainage hole The circulation unit is provided with at least one filter tank, the upper side of the filter tank is connected with the first pump, the lower side of the filter tank is connected with at least a second pump, and the second pump is connected with at least one of the breeding tank The solar panel is at least connected to the power supply, the power supply is provided with at least one battery, and the battery of the power supply is at least connected to the first pump and the The second pump. The solar container farming device according to claim 1, wherein the container is at least additionally provided with: at least one heat dissipation hole, at least one ventilation hole and at least one feed hole; the heat dissipation hole, the ventilation hole and the feed hole are at least distributed in the Above the container, at least an exhaust fan is added to the ventilation hole, and the feed hole is distributed above the breeding tank.

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