CN115136818A - Farming circulation system - Google Patents

Abstract

The present invention refers to an agricultural circulation system, wherein the vertical agricultural circulation system is distributed with upper and lower tiered accommodating parts, and the accommodating part has a wall that isolates the outside world. The lower side of the water supply tank of the accommodating part is distributed with a hydroelectric generator, a battery and an unpowered water lift pump, the agricultural planting device is distributed with plant plants, the aquaculture device is distributed with a breeding room, and the aquaculture device is distributed with a breeding pool. The element is connected with the water needed to supply the receiving part; the receiving part has an air conditioner and a light control device, and the electricity stored in the battery supplies: agricultural planting device, aquaculture device, aquaculture device, water control device, air conditioner and light control device factual basis.

Description

Agricultural circulation system

technical field

The present invention is an agricultural circulation system, wherein the accommodation part of the vertical agricultural circulation system has a wall to isolate the outside world, and the water supply tank uses water to drive a hydroelectric generator, and the water is driven by the back of the hydroelectric generator without power to lift. A technical field in which a pump circulates water back to a water tank.

Background technique

Today, it refers to the rapid population increase caused by the development of science and technology, and the expansion will also increase, coupled with the increasing concentration of urban cities, especially in the United Nations 2018 World Urbanization Outlook pointed out that nearly 4.2 billion people in the world now live in urban areas. In the future, there will be more influx, resulting in excessive concentration in cities and a serious shortage of rural population, which will make it difficult for traditional rural agriculture to cope with the increase in the population. Coupled with the distance between urban cities and effective arable land, the rural population has been lost to a serious shortage, resulting in continued increase in processing and transportation costs. The problem has expanded to the rising price of food and meat, which has become the price of population concentration. On the earth in many extreme climate zones such as deserts, high mountains, and cold regions, the remaining areas that can effectively produce food and meat are quite limited. With the destruction, pollution and encroachment of human activities, as well as the problem of pests and diseases, the limit is even greater. Shrinking the scope of production is an unbalanced reality that human beings cannot escape.

Due to the localized and foreseeable shortage of food and meat on the earth, as well as to meet the needs of future population growth, at the same time, it is hoped to solve the problem of the loss of traditional agricultural population in the countryside, and to achieve vegetable production near urban cities to increase job opportunities and reduce costs. The cost of transportation, the "in-building farming technology" that isolates climate disturbances and production in limited urban spaces, "commonly known as: vertical farming", came out. Among the countries that are actively developing at present, Japan, South Korea, Singapore and Dubai are mainly countries with scarce arable land, and the United States is also actively developing related technologies with abundant technical resources and capital investment.

In the application of the "vertical farming method", a high-rise building 10 with extremely thick walls must first be constructed to isolate the external climate, pollution and pests as much as possible. Then, in order to be effective, a large amount of expensive commercially available electricity must be purchased, so as to be able to maintain the "vertical farming" needs: lighting, water, temperature control, air circulation, planting materials and breeding materials to operate effectively. And limited by the use of expensive commercially available electricity, the "vertical farming method" is still limited to vegetable cultivation with a short harvest time and fish farming with reasonable prices. To reduce production costs, and food production is exactly the original purpose of the development and use of "vertical farming methods", if "vertical farming methods" cannot be developed to food production, it is meaningless to spend a lot of expensive commercially available electricity for vegetable cultivation.

In addition, the "Vertical Farming Law" has the following issues that cannot be resolved in a targeted manner, in addition to concerns about food production, including:

1. Effectiveness of isolating the external climate: At present, the material used for the external climate isolation of buildings is concrete, because the strength of concrete is good, but it is not ideal in the insulation part.

2. Water reuse technology: At present, the transportation of water is a high-power-consumption pump, and the reuse of water is often troubled by the electricity bill of commercially available electricity. Therefore, water reuse is used in In the "vertical farming method", it is not practical.

3. Avoid the use of expensive commercially available electricity: Because lighting, water, temperature control, air circulation, planting materials and aquaculture materials all require a lot of electricity, avoiding the use of commercially available electricity is still a bottleneck that needs to be broken through (such as: Fig. 1; in addition, food, meat, vegetables, grain, pollution, pests and diseases, commercially available electricity, lighting, water, temperature control, air circulation, planting materials and breeding materials are not drawn and labeled here).

SUMMARY OF THE INVENTION

In order to solve the above-mentioned defects in the prior art that the external climate cannot be effectively isolated, the reuse of water needs to be broken through, and the use of expensive commercially available electricity cannot be avoided, the present invention provides an agricultural circulation system with a water-driven hydroelectric generator.

The agricultural circulation system of the present invention is distributed with upper and lower tiered accommodation parts, the agricultural circulation system is surrounded by a wall for isolating the accommodation part from the external climate, the wall is divided into three vertical walls, and the vertical wall is divided into three vertical walls. There is a hollow thermal insulation space between. In addition, the agro-breeding circulation system is arranged in the accommodation part with: a circulating power generation device, a power storage group, an agricultural planting device and a breeding device, an aquaculture device, a water control device, an air conditioner and a light control device. The circulating power generation device is distributed with a water supply tank above the farming circulation system, the water supply tank is pre-stored with water, and the water supply tank is connected with a hydroelectric generator distributed on the lower side of the farming circulation system and driven by the water to generate electricity, An unpowered water lift pump driven by the water is distributed and communicated below the hydroelectric generator, and the unpowered water lift pump circulates the water upward to the water supply tank. The power storage group is distributed with storage batteries that store the electrical energy generated by the hydroelectric generator. The agricultural planting device is distributed with a support frame, the support frame is distributed with a planting body, and the planting body is at least planted with plants and mushrooms. The cultivating device is distributed with an enclosure and an organic waste treatment part, the enclosure is distributed with a breeding room, and the organic waste treatment part is distributed with waste water recycling equipment, and the waste water recycling equipment is distributed with a filtrate part, and the filtrate part is connected There is a water purification tank, the water purification tank is communicated with the water supply tank, and a solid recovery container is arranged in the organic waste treatment part. The aquaculture device is distributed with a culturing pond and a live water filtering part, the breeding pond contains the water, and the breeding pond is provided with a pump for extracting the water contained in the breeding pond to the live water filtering part, and the living water filtering part There are connected live water filtering ponds distributed, and the live water filtering pond is communicated with the breeding pond. The water control device is distributed with a water control setting element that communicates with the water supply tank. Humidity sprayer. The agricultural circulation system distributes and controls the air conditioner of the air temperature of the accommodating part. The light control device is distributed with a light control part, the light control part sets the illuminator that controls the lighting conditions of the accommodation part, and the electricity stored in the storage battery supplies electricity that needs electricity: the agricultural planting device, the breeding device, The aquaculture device, the water control device, the air conditioner and the light control device.

The aquaculture device of the present invention is provided with a base, the top of the base is provided with a groove wall surrounding the culture pond, a temperature regulating pipe for adjusting the temperature of the water is arranged in the breeding pond, and a temperature regulating liquid circulates inside the temperature regulating pipe. , the temperature regulating pipe is provided with a liquid introduction joint and a liquid outlet joint extending out of the cultivating pond, a temperature measuring element for measuring the water temperature is arranged in the cultivating pond, and the tank wall is provided with three walls, and the wall is There is a hollow wall insulation space between them. The aquaculture device is distributed with a temperature-adjusting device around the culturing pond, and a temperature-adjusting container is distributed on the temperature-adjusting device, and a temperature-adjusting chamber for accommodating the temperature-adjusting liquid is arranged inside the temperature-adjusting container, and the temperature-adjusting container is assembled with a The temperature measuring element placed in the temperature regulating chamber to measure the temperature of the temperature regulating liquid, the temperature regulating device is distributed with the pump that draws the temperature regulating liquid in the temperature regulating chamber into the temperature regulating pipe by connecting the inlet joint , and the temperature regulation pipe circulates the temperature regulation liquid through the outlet joint and flows back to the temperature regulation chamber; the temperature regulation device is distributed with a heating machine and a cooling machine, and the heating machine is provided with a heating element for heating the temperature regulation liquid. The temperature regulating device is provided with a pump that draws the temperature regulating liquid in the temperature regulating capacity chamber into the heating element, and the temperature regulating device is provided with a heating cycle which communicates the temperature regulating liquid of the heating element into the temperature regulating chamber The cooling machine is provided with a cooling element that cools the temperature-adjusting liquid, the temperature-adjusting device is provided with a pump that draws the temperature-adjusting liquid in the temperature-adjusting volume into the cooling element, and the temperature-adjusting device is distributed with a communication device that communicates with the temperature-adjusting liquid. The temperature-adjusting liquid in the cooling element enters the temperature-reducing circulation pipe of the temperature-adjusting capacity chamber; the temperature-adjusting device is provided with a temperature-adjusting setting device, which adjusts and presets the water and the temperature-adjusting liquid. Temperature, the temperature-adjusting setting device is connected with the temperature-measuring element for measuring the temperature of the water and the temperature-adjusting liquid, and the temperature-adjusting setting device controls and starts and closes the pump and the temperature according to the temperature measured by the temperature-adjusting element. The heating machine and the cooling machine, and the electricity stored in the storage battery supplies the temperature-adjusting device that needs electricity.

The wall of the present invention is distributed with a light-transmitting vertical wall for lighting, and the accommodating part is provided with shutters corresponding to the vertical lighting wall; and the agricultural circulation system is distributed with a water temperature control device for controlling the temperature of the water supplied to the accommodating part. The water temperature device is connected with the water supply tank, the water temperature control device is provided with a water temperature adjustment container for storing the water, and the water temperature adjustment container is provided with a temperature output pipe and a temperature adjustment circulation pipe for circulating the water. The temperature output pipe is connected to the accommodating part, and the temperature adjustment circulation pipe is connected with a water temperature adjustment device for adjusting the water temperature. The water temperature adjustment device is distributed with a heating machine and a cooling machine, and the heating machine is provided with a heating element for heating the water. , the water temperature adjustment device is provided with a pump for pumping the water in the water temperature adjustment container into the heating element, and the water temperature adjustment device is provided with a heating circulation pipe that communicates the water of the heating element into the water temperature adjustment container. The cooling machine is provided with a cooling element for cooling the water, the water temperature adjusting device is provided with a pump for pumping the water in the water temperature adjusting container into the cooling element, and the water temperature adjusting device is distributed with the water in communication with the cooling element Enter the cooling circulation pipe of the water temperature adjustment container; the water temperature adjustment device is provided with a temperature adjustment setting device, the temperature adjustment setting device adjusts and presets the water temperature, and the temperature adjustment setting device is connected to measure the water temperature The temperature measuring element, the temperature adjustment setting device controls and starts and closes the pump, the heating machine and the cooling machine according to the temperature measured by the temperature measuring element, and the power supply stored in the battery needs electricity of the water temperature adjustment device.

There is an overflow water storage tank corresponding to and connected to the lower part of the unpowered water lift pump. The overflow water storage tank is provided with the pump which is driven intermittently, and the overflow water storage tank intermittently transports the water to the water supply tank through the pump. And the farming cycle is a pre-storage tank with one to five layers extending downward from the bottom side, and the pre-storage tank is provided with the pump connected to the water supply tank. The recovery container of the organic waste treatment part is connected with a fermentation tank, and the organic waste treatment part is provided with a biogas collector connected with the fermentation tank.

The top of the agricultural circulation system is distributed with an agricultural and grain section and a solar panel, the agricultural and grain section is distributed with at least the support frame, the water control device, the air conditioner and the light control device, and the agricultural circulation system is provided with a closed The light-transmitting cover of the agricultural department is divided into three cover walls, and a hollow cover-wall insulation space is maintained between the cover walls. The agricultural circulation system is distributed with the solar panel capable of producing electric energy, and the electric energy produced by the solar panel is stored in the storage battery.

The agricultural circulation system is provided with an automatic control device connected with the power storage group, and the automatic control device is wirelessly connected to the accommodating part: an automatic carrier for transportation, an automatic organizer for cleaning, and an automatic device for release. Material control vehicle. The automatic carrier and the automatic finishing machine are distributed in the accommodating part of the farming circulation system. The agricultural planting device, the aquaculture device and the aquaculture device distributed in the accommodating part by the automatic material control vehicle at least cooperate to control: the water control device, the air conditioner and the light control device.

The agricultural circulation system is provided with a gas control proportional device, and the gas control proportional device is distributed with a gas pre-storage element for supplying the gas required by the agricultural plant, the aquaculture device and the aquaculture device, and the gas pre-storage element stores a : Hydrogen, oxygen, carbon dioxide, ammonia and nitrogen. The agricultural circulation system is distributed with a water quality control proportional device that communicates with the water supply tank, the water quality control proportional device is distributed with a material pre-storage element, and the material pre-storage element accommodates the agricultural planting device, the aquaculture device and the aquaculture device. Adjustment additives required by the device. The agricultural circulation system is distributed with an ultra-micro bubble device, and the ultra-micro bubble device is distributed with a high-pressure element, the high-pressure element is provided with a venturi hole, one end of the venturi hole is connected with the pump, and the pump is connected with the water supply tank. And the venturi hole is provided with a small-diameter pressurized narrow section in the middle, an air inlet hole is added on the side of the pressurized narrow section, the air inlet hole is connected with a solenoid valve, and the gas inlet hole is connected with the gas preheater through the solenoid valve. storage element. The other end of the venturi hole is connected with a solenoid valve, the venturi hole is connected with a pressure vessel through the solenoid valve, the pressure vessel is distributed with a water outlet pipe, the water outlet pipe is connected with a solenoid valve, and the pressure vessel is communicated with the solenoid valve There is a sprinkler.

The beneficial effects of the present invention include: 1. The wall is divided into three vertical walls, and the substantial benefits of the hollow thermal insulation space are maintained between the vertical walls.

2. The circulating power generation device is distributed with the water supply tank above the agricultural circulation system, the water supply tank is pre-stored with water, the water supply tank is connected with a hydroelectric generator driven by the water to generate electricity, and the hydroelectric generator is connected with a The water driven unpowered sump pump circulates the water upwards to the water supply tank. The power storage group is distributed with the substantial benefit of accumulators that store the electrical energy generated by the hydroelectric generator.

3. The groove wall is provided with three walls, and there is a hollow space between the walls for the substantial benefit of the insulation space of the wall.

4. The top of the farming circulation system is distributed with the agricultural and grain section and the solar panel. The farming circulation system is provided with a light-transmitting cover that closes the farming section. The light-transmitting cover is divided with three cover walls. There is a hollow hood wall insulation space. The agricultural circulation system is distributed with the solar panel capable of producing electric energy, and the electric energy produced by the solar panel is stored in the substantial benefit of the storage battery.

Description of drawings

Figure 1 is a schematic diagram of an existing high-rise building.

Fig. 2 is a schematic diagram of the agricultural circulation system of the present invention.

FIG. 3 is a schematic side view of the agricultural circulation system of the present invention.

FIG. 4 is a schematic diagram of the unpowered water lift pump of the present invention.

FIG. 5 is a schematic diagram of the aquaculture device of the present invention.

FIG. 6 is a schematic diagram of a lighting vertical wall of the present invention.

7 is a schematic diagram of the water temperature control device of the present invention.

FIG. 8 is a schematic diagram of the organic waste treatment part of the present invention.

FIG. 9 is a schematic diagram of the automatic control device of the present invention.

FIG. 10 is a schematic diagram of the ultrafine bubble device of the present invention.

In the picture:

[current technology]

10 tall buildings

[this invention]

A water AY ultra-fine bubble solution

B plant C mushroom

D pump E poultry

F Livestock H Aquatic Products

M machine waste M1 biogas

M2 civil fuel N temperature-adjusting liquid

O temperature measuring element P heating machine

P1 heating element P2 heating circulation pipe

Q cooling machine Q1 cooling element

Q2 Cooling Circulation Tube S Ministry of Agriculture and Food

S1 translucent cover S2 cover wall

S3 cover wall insulation space T solar panel

U automation control device U1 automatic vehicle

U2 automatic finishing machine U3 automatic control material carrier

V gas control proportional device V1 gas pre-storage element

W control water quality proportional device W1 material pre-storage element

W2 Adjustment Additives X Ultra Micro Bubble Device

X1 High Voltage Components X11 Venturi

X12 pressurized narrow section X13 air intake

X2 Solenoid Valve X3 Pressure Vessel

X4 outlet pipe X5 nozzle

Y Ultra Micro Bubble 1 Agricultural Circulation System

1A cycle power generation device 1A1 water supply tank

1A2 hydroelectric generator 1A3 unpowered water pump

1A31 Water pump seat chamber 1A32 Air cavity

1A33 Upper valve 1A34 Water lift pipe

1A35 relief valve 1B power storage group

1B1 battery 1C agricultural planting device

1C1 Holder 1C2 Plant

1D breeding device 1D1 enclosure

1D11 Breeding Room 1D2 Organic Waste Treatment Department

1D21 Wastewater Recovery Equipment 1D22 Filtrate Department

1D23 Water Purification Tank 1D24 Solids Recovery Container

1D25 Fermentation tank 1D26 Biogas collector

1D27 Fuel fire source 1D28 Thermal power generation

1E Aquaculture Device 1E1 Aquaculture Pond

1E11 base 1E12 groove wall

1E121 Wall Wall 1E122 Wall Wall Insulation Space

1E13 Temperature control tube 1E14 Liquid inlet connector

1E15 Liquid outlet connector 1E2 Live water filter

1E21 Active water filter tank 1F water control device

1F1 Water control setting element 1F2 Water outlet

1F3 sprayer 1G air conditioner

1H light control device 1H1 light control part

1H2 luminous body 11 accommodating part

12 Walls 121 Vertical Walls

121A daylighting vertical wall 121B blinds

122 Insulation Space 2 Temperature Control Device

21 Temperature-regulated container 22 Temperature-regulated chamber

23 Temperature adjustment setting device 3 Water temperature control device

31 Water temperature adjustment container 311 Temperature output pipe

312 temperature adjustment circulation pipe 32 water temperature adjustment device

33 Temperature adjustment setting device 4 Overflow water storage tank

5 Pre-storage tanks.

Detailed ways

The present invention is further described below with reference to the accompanying drawings and specific embodiments, so that those skilled in the art can better understand the present invention and implement it, but the embodiments are not intended to limit the present invention.

The present invention refers to an agricultural circulatory system 1, wherein the agricultural circulatory system 1 is distributed with upper and lower tiered accommodating parts 11, and the agricultural circulatory system 1 is surrounded by walls that allow the accommodating part 11 to isolate the external climate The body 12 is divided into at least three vertical walls 121 , and a hollow thermal insulation space 122 is maintained between the vertical walls 121 . And the agricultural circulation system 1 is distributed in the accommodation part 11 at least: the circulation power generation device 1A, the power storage group 1B, the agricultural planting device 1C and the breeding device 1D, the aquaculture device 1E, the water control device 1F, the air conditioner 1G and the control device. Optical device 1H. The circulating power generation device 1A has a water supply tank 1A1 distributed above the farming circulation system 1 , the water supply tank 1A1 pre-stores water A, and the water supply tank 1A1 communicates with the water A distributed on the lower side of the farming circulation system 1 . Drives the hydroelectric generator 1A2 that generates electricity, and below the hydroelectric generator 1A2 is distributed and communicated with a non-powered water lift pump 1A3 driven by the water A, and the non-powered water lift pump 1A3 circulates the water A upward to the water supply tank 1A1. The power storage group 1B is distributed with at least a storage battery 1B1 that stores the electrical energy generated by the hydroelectric generator 1A2. The agricultural planting device 1C is distributed with at least a support frame 1C1, and the support frame 1C1 is distributed with a planting body 1C2, and the planting body 1C2 is at least planted with a plant B and a mushroom C. The plant B planted in the plant plant 1C2 at least includes vegetables, fruits and flowers. The culturing device 1D is distributed with at least an enclosure 1D1 and an organic waste treatment part 1D2, the enclosure 1D1 is distributed with at least a breeding room 1D11, and the organic waste treatment part 1D2 is distributed with at least a waste water recycling device 1D21, the waste water recycling The equipment 1D21 is distributed with at least a filtrate part 1D22, the filtrate part 1D22 is connected with at least a water purification tank 1D23, the water purification tank 1D23 is connected with at least the water supply tank 1A1, and the organic waste treatment part 1D2 is distributed with a solid recovery container 1D24. The aquaculture device 1E is at least distributed with a culture pond 1E1 and a live water filtering part 1E2, the breeding pond 1E1 contains the water A, and the breeding pond 1E1 is configured to extract the water A contained in the breeding pond 1E1 to the live water filtering part For the pump D of 1E2, the live water filter part 1E2 is distributed with a connected live water filter tank 1E21, and the live water filter tank 1E21 communicates with the culture tank 1E1. The water control device 1F is distributed with a water control setting element 1F1 that communicates with the water supply tank 1A1. The element 1F1 is connected to a sprayer 1F3 that adjusts the humidity of the housing portion 11 . The farming circulation system 1 at least distributes and controls the air conditioner 1G of the air temperature of the accommodating portion 11 . The light control device 1H is distributed with a light control part 1H1, the light control part 1H1 sets the luminous body 1H2 that controls the lighting conditions of the accommodating part 11, and the electricity stored in the storage battery 1B1 at least supplies the electricity that needs to be used: the farmer The planting device 1C, the breeding device 1D, the aquaculture device 1E, the water control device 1F, the air conditioner 1G and the light control device 1H (as shown in Fig. 2 and Fig. 3; indicated, not otherwise noted, and fruits and flowers not depicted and labeled).

Yes, the material of the vertical wall 121 only needs to be able to ease the temperature transfer, and the material that can be used for the vertical wall 121 is at least: plastic, acrylic or reinforced concrete...and so on. As for the hollow thermal insulation space 122, it happens to be one of the best ways that the external climate cannot be transmitted, and the use of the thermal insulation space 122 to completely isolate the external climate is just beneficial for the agricultural circulation system 1 to be used at least in: high diseases and insect pests , desert, alpine, wetland, cold land and saline-alkali land with extreme climate regions, and allow the agricultural circulation system 1 to be set up in the city in a very limited space. Furthermore, the farming cycle system 1 can also effectively save the area of arable land, and achieve the highest yield by performing greenhouse and super-intensive cultivation and breeding under the most labor-saving scope and isolation of external climate conditions. Moreover, the setting of the farming circulation system 1 has the provision of urban education and leisure space, and promotes a large number of employment opportunities in the related technical fields of the farming circulation system 1 . In addition, according to the agro-breeding circulation system 1, the production of integrated agriculture and aquaculture is also quite beneficial to the unified processing, storage and transportation after the production of agriculture and aquaculture. In addition, the agricultural recycling system 1 can fully recycle the water A to drive the hydroelectric generator 1A2 to generate electricity, and the organic waste treatment unit 1D2 and the active water filtering unit 1E2 can be used for the agricultural recycling system 1. Provide organic waste M as a renewable energy source, and this machine waste M can at least become a fertilizer source for vegetables, fruits and flowers (as shown in Figure 2 and Figure 3; and vegetables are represented by this plant B, not otherwise noted). shown, while fruits and flowers are not shown and numbered).

In the circulating power generation device 1A, the water supply tank 1A1 drives the hydroelectric generator 1A2 according to the water A pre-stored in the water supply tank 1A1 to generate electricity which is stored in the storage battery 1B1. The water A passes through the hydroelectric generator 1A2 and then drives the unpowered water. The lift pump 1A3 upwardly circulates the water A back to the water supply tank 1A1 to continuously reuse it for the electricity generated by the hydroelectric generator 1A2, and to circulate it for the accommodating part 11 . At the same time, the electric power stored in the battery 1B1 by the hydroelectric generator 1A2 can be used for the farming cycle system 1, as the farming device 1C, the farming device 1D, the aquaculture device 1E, the water control device 1F, the air conditioner Electricity required for the operation and driving of the machine 1G and the light control device 1H (as shown in Figure 2 and Figure 3).

The unpowered water lift pump 1A3 is a mature water A lift conveying technology that does not require electric drive. Its power is derived from the water A's own pressure, and flows into the upper head air cavity 1A32 of the water lift pump seat chamber 1A31 through the water A. After valve 1A33, the air pressure of air chamber 1A32 pushes back the water A and pushes down the upper valve 1A33 to close the connection of the water lift pump seat chamber 1A31, and force the water A to be transported from the water lift pipe 1A34 to the water supply tank 1A1. When the upper valve 1A33 is open, that is, the relief valve 1A35 is pressed by the water A to seal the pump seat chamber 1A31, and when the upper valve 1A33 is closed, that is, the relief valve 1A35 is opened to overflow the water A. And when the pressure of the air chamber 1A32 is lower than the pressure of the water A, the water A repeatedly tops the valve 1A33 and flows into the air chamber 1A32 (as shown in FIG. 4 ).

The effective data of the agricultural planting device 1C: the water control device 1F can at least adjust the humidity and irrigate the plant B and the mushroom C according to the sprayer 1F3 or the water outlet 1F2, and use the air conditioner 1G to adjust the air temperature to the Appropriate growth temperature of the plant B and the mushroom C, using the illuminant 1H2 of the light control device 1H to adjust the appropriate growth light of the plant B and the mushroom C, and adjusting the plant B and the mushroom C to Appropriate brightness (such as: Figure 2, Figure 3).

The effective data of the breeding device 1D: the water control device 1F can at least adjust the growth and humidity of poultry E, livestock F and rodents according to the sprayer 1F3 or the water outlet 1F2, and the air conditioner 1G can be used to adjust the air temperature to the level of the poultry and the rodents. The appropriate growth temperature of livestock and rodents, the use of the luminous body 1H2 of the light control device 1H to adjust the appropriate growth light for poultry E, livestock F and rodents, and the personnel to adjust the appropriate brightness when the breeding device 1D is operated (such as : shown in Figure 2 and Figure 3; in addition, rodents are not drawn and labeled).

The effective data of the aquaculture device 1E is that the water control device 1F can at least adjust the amount of water A for proper growth of the aquatic products H cultivated in the aquaculture pond 1E1 according to the water outlet 1F2, and the air conditioner 1G can be used to adjust the air temperature to the level of the aquatic products. H suitable growth temperature, use the luminous body 1H2 of the light control device 1H to adjust the appropriate growth light of the aquatic product H, and adjust the brightness to the appropriate brightness when the personnel operate the culture pond 1E1 (as shown in Figure 2 and Figure 3) .

The aquaculture device 1E of the present invention is provided with at least a base 1E11, and above the base 1E11 at least a groove wall 1E12 surrounding the culture pond 1E1 is added, and the culture pond 1E1 is additionally provided with a temperature control tube 1E13 for adjusting the temperature of the water A, A temperature-adjusting liquid N circulates inside the temperature-adjusting pipe 1E13. The temperature-adjusting pipe 1E13 is additionally provided with a liquid inlet joint 1E14 and a liquid outlet joint 1E15 extending out of the culture pond 1E1. A temperature measuring element O, and the groove wall 1E12 is additionally provided with three wall walls 1E121, and a hollow wall temperature insulating space 1E122 is maintained between the wall walls 1E121. The aquaculture device 1E is further distributed with a temperature adjustment device 2 around the culture pond 1E1, and the temperature adjustment device 2 is further distributed with a temperature adjustment container 21. Inside the temperature adjustment container 21, a temperature adjustment volume for accommodating the temperature adjustment liquid N is added. Room 22, the temperature-regulating container 21 is additionally connected with the temperature-measuring element O that is placed in the temperature-regulating chamber 22 to measure the temperature of the temperature-regulating liquid N, and the temperature-regulating device 2 is further distributed to extract the inside of the temperature-regulating chamber 22. The temperature-adjusting liquid N enters the pump D in the temperature-adjusting pipe 1E13 by connecting the inlet joint 1E14, and the temperature-adjusting pipe 1E13 also circulates the temperature-adjusting liquid N through the outlet joint 1E15 and flows back to the temperature-adjusting chamber twenty two. The temperature adjustment device 2 is further provided with a heating machine P and a cooling machine Q, the heating machine P is additionally provided with a heating element P1 for heating the temperature adjustment liquid N, and the temperature adjustment device 2 is additionally provided with a heating element P1 for extracting the temperature adjustment chamber 22 The temperature-adjusting liquid N enters the pump D of the heating element P1 , and the temperature-adjusting device 2 is additionally provided with a temperature-adjusting circulation pipe P2 that communicates the temperature-adjusting liquid N of the heating element P1 into the temperature-adjusting capacity chamber 22 . The cooling machine Q is additionally provided with a cooling element Q1 for cooling the temperature-adjusting liquid N, and the temperature-adjusting device 2 is additionally provided with a pump D that draws the temperature-adjusting liquid N in the temperature-adjusting chamber 22 into the cooling element Q1, the The temperature adjustment device 2 is further distributed with a cooling circulation pipe Q2 that communicates the temperature adjustment liquid N in the cooling element Q1 into the temperature adjustment chamber 22 . The temperature adjustment device 2 is additionally provided with a temperature adjustment setting device 23 . The temperature adjustment setting device 23 adjusts and presets the temperatures of the water A and the temperature adjustment liquid N. The temperature adjustment setting device 23 is additionally connected to a The temperature measuring element O that measures the temperature of the water A and the temperature-adjusting liquid N, the temperature-adjusting setting device 23 at least controls and activates and closes the pump D and the warming machine according to the temperature measured by the temperature measuring element O. P and the cooling machine Q, and the electricity stored in the storage battery 1B1 is at least used by the temperature-adjusting device 2 that needs electricity (as shown in FIG. 5 ).

The material of the wall 1E121 only needs to be able to ease the temperature transfer, and the material that can be used for the wall 1E121 is at least: plastic, acrylic or reinforced concrete...and so on. As for the hollow wall thermal insulation space 1E122, it happens to be one of the best ways that the culture pond 1E1 cannot communicate with the outside temperature, and the use of the wall thermal insulation space 1E122 also enables the culture pond 1E1 to operate according to the temperature. After the adjustment device 2 circulates the temperature control pipe 1E13 for adjustment, the water A can maintain a long-term temperature suitable for the growth of aquatic products H in the culture pond 1E1. When the temperature is in the range, start the temperature adjustment device 2 again to circulate the temperature adjustment liquid N to the temperature adjustment pipe 1E13 to adjust the water A to a temperature suitable for aquaculture H (as shown in Figure 5).

The wall body 12 of the present invention is at least further distributed with a light-transmitting vertical lighting wall 121A, and the accommodation portion 11 is additionally provided with a shutter 121B corresponding to the lighting vertical wall 121A. The shutter 121B is used for the agricultural planting device 1C, the breeding device 1D and the The adjustment of the brightness of the sunlight by the aquaculture device 1E is most important when the farming device 1C grows the mushroom C that is anaerobe to light, and when the farming device 1D and the aquaculture device 1E grow light-resistant species, because the When the shutter 121B is closed, the agricultural planting device 1C, the breeding device 1D and the aquatic planting device 1E can be in a dark or low-light state (as shown in FIG. Show). The agricultural circulation system 1 is further distributed with at least a water temperature control device 3 for controlling the temperature of the water A supplied to the accommodating portion 11 , the water temperature control device 3 is connected with the water supply tank 1A1, and the water temperature control device 3 is additionally provided with a storage The water temperature adjustment container 31 for water is additionally provided with a temperature output pipe 311 and a temperature adjustment circulation pipe 312 for circulating the water A. The temperature output pipe 311 is at least connected to the accommodating portion 11, and the temperature adjustment circulation pipe 312 is also connected with a water temperature adjustment device 32 for adjusting the temperature of the water A, and the water temperature adjustment device 32 is further distributed with a heating machine P and a cooling machine Q, The heating machine P is additionally provided with a heating element P1 that heats the water A, the water temperature adjusting device 3 is additionally provided with a pump D that draws the water A in the water temperature adjusting container 31 into the heating element P1, and the water temperature adjusting device 3 is additionally provided with There is a temperature-increasing circulation pipe P2 that communicates with the temperature-increasing element P1 and enters the water-temperature adjusting container 32 . The cooling machine Q is additionally provided with a cooling element Q1 for cooling the water A, and the water temperature adjusting device 3 is additionally provided with a pump D that draws the water A in the water temperature adjusting container 31 into the cooling element Q1, and the water temperature adjusting device 3 is further A cooling circulation pipe Q2 which communicates with the water A in the cooling element Q1 and enters the water temperature adjusting container 31 is distributed. The water temperature adjustment device 3 is additionally provided with a temperature adjustment setting device 33. The temperature adjustment setting device 33 adjusts and presets the temperature of the water A, and the temperature adjustment setting device 33 is additionally connected to the water A temperature measuring device. The temperature measuring element O, the temperature adjustment setting device 3 at least controls and starts and closes the pump D, the warming machine P and the cooling machine Q according to the temperature measured by the temperature measuring element O, and the storage battery 1B1 stores The electricity supplied by the water temperature adjuster 3 (as shown in FIG. 7 ) at least needs electricity.

The unpowered water lift pump 1A3 of the present invention at least corresponds to and communicates with an overflow water storage tank 4, and the overflow water storage tank 4 can collect the water A overflowed by the unpowered water lift pump 1A3, without any waste, the The overflow water storage tank 4 is additionally provided with the pump D which is driven intermittently, and the overflow water storage tank 4 also intermittently transports the overflowed water A through the pump D back to the water supply tank 1A1. And the bottom side of the agricultural circulation system 1 extends downwards with one to five layers of pre-storage tanks 5. This pre-storage tank 5 is used for the storage of this water A. The pump D and the pre-storage tank 5 are transported by the pump D, so that the water supply tank 1A1 is free from lack of the use of the water A (as shown in Figures 2 and 3; in addition, the pre-storage tank 5 is only found in image 3). The recovery container 1D24 of the organic waste treatment part 1D2 is connected to at least one fermentation tank 1D25, and the organic waste treatment part 1D2 is further distributed with a biogas collector 1D26 connected to the fermentation tank 1D25. The recycling container 1D24 is used for the mechanical waste M of the poultry E, the livestock F and the rodents, as well as the mechanical waste M of the breeding pond 1E1 and the floating centralized storage. Then, the water A contained in the organic waste M is filtered into the water purification tank 1D23 through the filtrate part 1D22, and then the organic waste M is transported to the fermentation tank 1D25 to be fermented to generate biogas M1 Renewable energy, furthermore, the biogas M1 is collected in the biogas collector 1D26 again, and the biogas M1 collected in the biogas collector 1D26 is then used for the fuel fire source 1D27 of the farming cycle system 1, or The biogas M1 is used in the thermal power generation 1D28 of the farming cycle system 1 , and the biogas M1 can also be sold and supplied as a livelihood fuel M2 to increase the additional income of the farming cycle system 1 . Then, the machine waste M can be at least used for the plant B after being fermented and decomposed by the fermentation tank 1D25: the fertilizer source of vegetables, fruits and flowers, and the feed and additives for the organisms that must eat the machine waste M ( As shown in Figure 8; in addition, the machine waste M is generally the feed residue and excrement; in addition, the float is generally the oil contained in the feed and excrement, and the float is not drawn and marked here; , Rodents are not drawn and numbered; also, vegetables are represented by the plant B, not otherwise specified, and fruits and flowers are not drawn and numbered).

The top of the agricultural circulation system 1 of the present invention is further distributed with an agricultural and grain section S and a solar panel T, and the agricultural and grain section S is further distributed with at least the support frame 1C1, the water control device 1F, the air conditioner 1G, and the water temperature control device. The device 3 and the light control device 1H, and the farming circulation system 1 is additionally provided with a light-transmitting cover S1 that closes the farming section S, and the light-transmitting cover S1 is further provided with at least three cover walls S2, between the cover walls S2 In addition, there is a hollow space S3 for insulating the cover wall; the agricultural circulation system 1 is further distributed with the solar panel T capable of producing electric energy, and the electric energy produced by the solar panel T is stored in the storage battery 1B1. The solar panel T can assist the power generation of the hydroelectric generator 1A2, so that the electric energy stored in the battery 1B1 is not in short supply. As for the Ministry of Agriculture and Foodstuff S is set at the top of the agricultural circulation system 1, it is mainly used for the cultivation of main food species with long growth period and severe living conditions. Therefore, according to the setting of the Ministry of Agriculture and Foodstuff S, the The agricultural circulation system 1 is expanded to food production (as shown in Figure 2 and Figure 3).

The agricultural circulation system 1 of the present invention is at least additionally provided with an automatic control device U connected with the power storage group 1B1, and the automatic control device U is at least wirelessly connected to the accommodating portion 11: an automatic carrier U1 for transportation. , Automatic finishing machine U2 for cleaning and automatic material control vehicle U3 for casting. The automatic carrier U1 and the automatic finishing machine U2 are separately distributed in the accommodating part 11 of the farming circulation system 1 . And the automatic material control vehicle U3 is distributed in the accommodating part 11 of the agricultural planting device 1C, the breeding device 1D and the aquaculture device 1E to control at least the following: the water control device 1F, the air conditioner 1G and the control The light device 1H, whereby according to the setting of the automatic control device U, the agricultural circulation system 1 can become an automatic production system (as shown in FIG. 9 ).

The agricultural circulation system 1 of the present invention is additionally provided with a gas control proportional device V, and the gas control proportional device V is further distributed with the agricultural planting device 1C, the breeding device 1D, the aquaculture device 1E and the Ministry of Agriculture and Grain S. A gas pre-storage element V1 for gas is required, and the gas pre-storage element V1 further stores at least hydrogen, oxygen, carbon dioxide, ammonia, nitrogen, etc. The main reason is that the required gas and gas ratio of the farming device 1C, the breeding device 1D, the aquaculture device 1E and the species planted or cultured by the Ministry of Agriculture and Food S are often different. Therefore, the farming circulation system 1 is based on the The gas control proportional device V is used to adjust the gas, so that the agricultural planting device 1C, the breeding device 1D, the aquaculture device 1E and the agricultural and food sector S can maintain the growth safety of planted or cultivated species, especially the agricultural planting device 1C. To grow the mushroom C, which is mainly based on anaerobic fungi, it is especially necessary to adjust the gas mixing ratio and gas mixing type at different growth stages (as shown in Figure 10; in addition, hydrogen, oxygen, carbon dioxide, ammonia and nitrogen are here. not marked and marked).

The agricultural circulation system 1 is further distributed with a water quality control proportional device W connected to the water supply tank 1A1. The water quality control proportional device W is also distributed with a material pre-storage element W1, and the material pre-storage element W1 accommodates at least the The agricultural planting apparatus 1C, the aquaculture apparatus 1D, the aquaculture apparatus 1E, and the adjustment additive W2 required by the agricultural and food sector S. The adjustment additive W2 contains at least a food nutritional additive, a fertilizer, an acidity adjuster, and an alkalinity adjuster. Its food nutrient additives are required by the breeding device 1D and the aquaculture device 1E, and its fertilizers are required by the agricultural planting device 1C and the agricultural and food sector S, and its acidity regulator and alkaline regulator must be determined by the agricultural plant. The device 1C, the aquaculture device 1D, the aquaculture device 1E and the agricultural and food sector S are adjusted and added (as shown in FIG. 10 ).

In addition, the agricultural circulation system 1 is further distributed with an ultra-micro-bubble device X, and the ultra-micro-bubble device X is further distributed with a high-voltage element X1, the high-voltage element X1 is additionally provided with a venturi hole X11, and one end of the venturi hole X11 is connected with a The pump D is connected to the water supply tank 1A1. And the middle of the venturi hole X11 is provided with a small diameter pressurized narrow section X12, the side of the pressurized narrow section X12 is additionally provided with an air inlet X13, the air inlet X13 is connected with a solenoid valve X2, and the air inlet X13 passes through. The solenoid valve X2 communicates with the gas pre-storage element V1 again. The other end of the venturi hole X11 is connected to a solenoid valve X2, and the venturi hole X11 is connected to a pressure vessel X3 through the solenoid valve X2. The pressure vessel X3 is further distributed with a water outlet pipe X4, and the water outlet pipe X4 is at least connected to There is the solenoid valve X2, and the pressure vessel X3 communicates with at least one spray head X5 through the solenoid valve X2. Mainly, the ultra-micro-bubble device X pushes gas into the pressurized narrow section X12 through the air inlet X13 to become the ultra-micro-bubble Y that dissolves into the water A, and the ultra-micro-bubble Y is first pressurized and pre-stored at the pressure. The container X3 becomes an ultra-micro-bubble solution AY, and then the pressure container X3 is applied to the agricultural planting device 1C, the breeding device 1D, the aquaculture device 1E and the agricultural and food department S. The application of the ultra-fine bubble Y is mainly: hydrogen and oxygen. The ultra-fine bubbles Y of hydrogen can be used for sterilization, virus elimination, toxin elimination and heavy metal elimination, which is beneficial to the agricultural planting device 1C, the breeding device 1D, the aquaculture device 1E and the agricultural and food sector S to consolidate the ecology and avoid pathological changes. The ultra-fine air bubbles Y of oxygen can be used to increase the dissolved oxygen content of the water A, and accelerate the ecological development and growth rate of the agricultural planting device 1C, the breeding device 1D, the aquaculture device 1E and the agricultural and food sector S, thereby Shorten labor time (as shown in Figure 10).

It can be seen from the above description that the insulating space 122 between the vertical walls 121 is one of the best ways to prevent the external climate from being transmitted, and the insulating space 122 just makes the agricultural circulation system 1 can be used in extreme climates. Area, located in the city with extremely limited space, can effectively save the area of arable land, carry out greenhouse and super-intensive production in the most labor-saving range for the highest yield production, provide urban education and leisure space, and promote the agricultural circulation system 1 A large number of employment opportunities in related technical fields, as well as the production of integrated agriculture and aquaculture. In this way, it is also beneficial for the agro-breeding circulation system 1 to have unified processing, storage and transportation benefits after the production of agriculture and aquaculture, and thus becomes the primary and excellent feature of the present invention.

Another advantage of the present invention is that the circulating power generation device 1A uses the water A pre-stored in the water supply tank 1A1 to drive the hydroelectric generator 1A2 to generate electricity, and the electricity generated by the hydroelectric generator 1A2 is stored in the battery 1B1 to supply the Electricity consumption for the operation and drive of the agricultural circulation system 1. The water A passes through the hydroelectric generator 1A2 and then drives the unpowered water lift pump 1A3 to circulate the water A upwards to the water supply tank 1A1 for continuous reuse in the electricity generated by the hydroelectric generator 1A2, as well as for the storage The part 11 is an excellent feature that the water A can be restricted to be continuously circulated in the circulating power generation device 1A.

Another advantage of the present invention is that the wall thermal insulation space 1E122 between the wall walls 1E121 is one of the best ways in which the culture pond 1E1 and the external temperature cannot be transmitted interactively, and the use of the wall thermal insulation space 1E122 makes After the cultivating pond 1E1 is cyclically adjusted by the temperature adjusting device 2, the water A in the cultivating pond 1E1 can be maintained at a temperature suitable for the growth of the aquatic product H for a long time. In addition, if the temperature of the water A in the culturing pond 1E1 exceeds the aquatic product H When the temperature is suitable, the temperature adjustment device 2 is activated again to circulate the temperature adjustment liquid N to adjust the temperature of the water A.

Another advantage of the present invention is that the water temperature control device 3 is provided with a water temperature adjustment container 32 for storing the water, the water temperature adjustment container 32 is connected with the water temperature adjustment device 33, and the water temperature adjustment device 33 is based on the heating machine P and the cooling machine. Q The temperature of the water A is adjusted to suit the excellent characteristics of the agricultural planting device 1C, the aquaculture device 1D, the aquaculture device 1E and the ecological cultivation of the Ministry of Agriculture and Foodstuffs S.

Another advantage of the present invention is that: the agricultural and grain portion S at the top of the farming circulation system 1 is provided with a light-transmitting cover S1 that closes the farming portion S, the light-transmitting cover S1 is provided with a cover wall S2, and the cover wall S2 is provided between the cover walls S2. A hollow cover wall temperature insulation space S3 is maintained, and if the agricultural and food section S is used for the cultivation of main food species with long growth periods and severe living conditions, according to the setting of the agricultural and food section S, the agricultural and food section S can make the agricultural The excellent characteristics of the reproductive cycle system 1 to produce food.

Another excellent feature of the present invention is that: the ultra-micro bubble device X is to inject gas into the ultra-micro bubble Y of the water A and then release it to the agricultural planting device 1C, the breeding device 1D, the aquaculture device 1E and the agricultural food Section S. The ultra-fine bubbles Y are mainly used in hydrogen for sterilization, virus elimination, toxin elimination and heavy metal elimination, which is beneficial to the agricultural planting device 1C, the breeding device 1D, the aquaculture device 1E and the agricultural planting device 1C. The Ministry of Grain S consolidates the ecology and avoids diseases. The ultra-fine air bubbles Y of oxygen can be used to increase the dissolved oxygen content of the water A, and accelerate the ecological development and growth rate of the agricultural planting device 1C, the breeding device 1D, the aquaculture device 1E and the agricultural and food sector S, thereby Excellent feature to shorten labor time.

The above-mentioned embodiments are only preferred embodiments for fully illustrating the present invention, and the protection scope of the present invention is not limited thereto. Equivalent substitutions or transformations made by those skilled in the art on the basis of the present invention are all within the protection scope of the present invention. The protection scope of the present invention is subject to the claims.

Claims (7)

1. a farming circulation system, it is characterized in that, this farming circulation system is distributed with the accommodation part of upper and lower layers, this farming circulation system is surrounded with the wall body that lets this accommodation part isolate external climate, this wall The body is divided into at least three vertical walls, and a hollow insulation space is maintained between the vertical walls; and the agricultural circulation system is distributed in the accommodation part at least: a circulating power generation device, a power storage group, an agricultural planting device and a breeding device, Aquaculture device, water control device, air conditioner and light control device; the circulating power generation device is distributed with a water supply tank above the farming circulation system, the water supply tank is pre-stored with water, and the water supply tank is connected to a water supply tank distributed in the farming circulation system The hydroelectric generator on the lower side of the system is driven by the water to generate electricity, a non-powered water pump driven by the water is distributed and communicated below the hydroelectric generator, and the non-powered water pump circulates the water upward to the supply. a water tank; the power storage group is at least distributed with a battery for storing the electric energy generated by the hydroelectric generator; the agricultural planting device is distributed at least with a support frame, and the support frame is distributed with a plant body, and the plant body is at least planted with plants and mushrooms The cultivating device is distributed with at least a protective body and an organic waste treatment part, the protective body is distributed with at least a breeding room, and the organic waste treatment part is distributed with at least a waste water recovery device, and the waste water recycling device is distributed with at least a filtrate part , the filtrate part is connected with at least a water purification tank, the water purification tank is connected with at least the water supply tank, and the organic waste treatment part is distributed with a solid recovery container; the aquaculture device is distributed with at least a culture pond and a live water filter part, the culture The water is contained in the pond, and the cultivating pond is provided with a pump for extracting the water contained in the cultivating pond to the active water filtration part, and the active water filtration part is provided with a connected active water filtration pond, and the active water filtration pond communicates with The culture pond; the water control device is distributed with a water control setting element that communicates with the water supply tank, the water control setting element is connected with a water outlet for supplying the water required by the accommodating part, and the water control setting element is connected with a A sprayer for adjusting the humidity in the accommodating part; the agricultural circulation system at least distributes and controls the air conditioner of the air temperature in the accommodating part; the light control device is distributed with a light control part, and the light control part is set to control the accommodating part The luminous body of the lighting conditions, and the electricity stored in the battery supplies at least the need for electricity: the agricultural planting device, the breeding device, the aquaculture device, the water control device, the air conditioner and the light control device. 2. The agricultural circulatory system as claimed in claim 1, characterized in that, this aquaculture device is at least additionally provided with a base, and above the base is at least additionally provided with a groove wall surrounding this cultivating pond, and in this cultivating pond, is additionally provided with adjusting the water A temperature-adjusting pipe for temperature, a temperature-adjusting liquid circulates in the inside of the temperature-adjusting pipe, the temperature-adjusting pipe is additionally provided with a liquid inlet joint and a liquid outlet joint extending out of the cultivating pond, and a water temperature measuring device is added in the cultivating pond. temperature measuring element, and the tank wall is additionally provided with three wall walls, and a hollow wall temperature insulation space is maintained between the wall walls; the aquaculture device is further distributed with a temperature regulating device around the culturing pond. The device is further distributed with a temperature-adjusting container, and a temperature-adjusting chamber for accommodating the temperature-adjusting liquid is added inside the temperature-adjusting container. The temperature control device is further distributed with the pump that draws the temperature control liquid in the temperature control volume into the temperature control pipe by connecting the inlet joint, and the temperature control pipe circulates the temperature control pipe through the outlet joint. The liquid flows back to the temperature regulation chamber; the temperature regulation device is further distributed with a heating machine and a cooling machine, the heating machine is additionally provided with a heating element for heating the temperature regulation liquid, and the temperature regulation device is additionally provided with a extraction of the temperature regulation chamber. The temperature-adjusting liquid enters the pump of the heating element, and the temperature-adjusting device is additionally provided with a temperature-increasing circulation pipe that communicates with the temperature-adjusting liquid of the heating element and enters the temperature-adjusting chamber; the cooling machine is additionally provided with a cooling device for cooling the temperature-adjusting liquid. A cooling element, the temperature adjustment device is additionally provided with a pump for pumping the temperature adjustment liquid in the temperature adjustment chamber into the temperature adjustment element, and the temperature adjustment device is distributed with the temperature adjustment liquid in the temperature adjustment element to enter the temperature adjustment The temperature adjustment circulation pipe of the chamber; the temperature adjustment device is additionally provided with a temperature adjustment setting device, and the temperature adjustment setting device adjusts and presets the temperature of the water and the temperature adjustment liquid, and is connected by the temperature adjustment setting device. There is the temperature-measuring element for measuring the temperature of the water and the temperature-adjusting liquid, and the temperature-adjusting setting device at least controls and activates and closes the pump, the heating machine, and the cooling machine according to the temperature measured by the temperature-measuring element. , and the electricity stored in the storage battery supplies at least the temperature-adjusting device that needs electricity. 3. The agricultural circulation system as claimed in claim 1, wherein the wall body is at least distributed with a light-transmitting vertical wall, and the accommodation portion is additionally provided with shutters corresponding to the lighting vertical wall; and the agricultural circulation system is further At least a water temperature control device for controlling the temperature of the water supplied to the accommodating part is distributed, the water temperature control device is connected with the water supply tank, the water temperature control device is additionally provided with a water temperature adjustment container for storing the water, and the water temperature adjustment container is additionally provided with a circulation The temperature output pipe of the water and the temperature adjustment circulation pipe; the temperature output pipe is at least connected to the accommodating part, and the temperature adjustment circulation pipe is also connected with a water temperature adjustment device for adjusting the temperature of the water, and the water temperature adjustment device is distributed with a heating machine. With the cooling machine, the heating machine is additionally provided with a heating element that heats the water, the water temperature adjusting device is additionally provided with a pump that draws the water in the water temperature adjusting container into the heating element, and the water temperature adjusting device is additionally provided with a connection to the heating element. The water enters the temperature-increasing circulation pipe of the water temperature adjustment container; the cooling machine is additionally provided with a cooling element for cooling the water, and the water temperature adjustment device is additionally provided with a pump for drawing the water in the water temperature adjustment container into the cooling element, The water temperature adjustment device is further distributed with a cooling circulation pipe that communicates the water in the cooling element into the water temperature adjustment container; the water temperature adjustment device is additionally provided with a temperature adjustment setting device, which adjusts and presets the temperature adjustment device. The temperature of the water is further connected with the temperature measuring element that measures the temperature of the water, and the temperature adjusting and setting device at least controls and starts and closes the pump and the water according to the temperature measured by the temperature measuring element. The heating machine and the cooling machine, and the electricity stored in the storage battery supplies at least the water temperature adjusting device that needs electricity. 4. The agricultural circulation system as claimed in claim 1, characterized in that, there is at least one overflow water storage tank corresponding to and communicated with the bottom of this unpowered water lift pump, and this overflow water storage tank is additionally provided with the intermittently driven pump, The overflow water storage tank also transports the water to the water supply tank intermittently through the pump; and the bottom side of the agricultural circulation system extends downward with a pre-storage tank of one to five layers, and the pre-storage tank is additionally connected with the water supply tank. and the recycling container of the organic waste treatment part is connected with at least one fermentation tank, and the organic waste treatment part is further distributed with a biogas collector connected with the fermentation tank. 5 . The agricultural circulation system of claim 1 , wherein an agricultural and grain portion and a solar panel are further distributed at the top of the farming circulation system, and the agricultural and grain portion is further distributed with at least the support frame and the water control device. 6 . , the air conditioner and the light control device, and the agricultural circulation system is additionally provided with a light-transmitting cover that closes the farming section, and the light-transmitting cover is further provided with at least three cover walls. The space is insulated by the cover wall; the agricultural circulation system is further distributed with the solar panel capable of producing electric energy, and the electric energy produced by the solar panel is stored in the storage battery. 6 . The farming circulation system of claim 1 , wherein the farming circulation system is at least additionally provided with an automatic control device connected to the power storage group, and the automatic control device is at least distributed with a wireless Connected: automatic carriers for transportation, automatic finishing machines for cleaning, and automatic material-controlling vehicles for application; the automatic vehicles and the automatic finishing machines are separately distributed in the receiving part of the agricultural circulation system; and the The agricultural planting device, the aquaculture device and the aquaculture device, which are distributed in the accommodating part by the automatic material control vehicle, are at least controlled in cooperation with: the water control device, the air conditioner and the light control device. 7. The agricultural circulation system as claimed in claim 1, wherein the agricultural circulation system is additionally provided with a gas control proportional device, and the gas control proportional device is additionally distributed to provide the agricultural planting device, the cultivating device and the water A gas pre-storage element for the gas required by the farming device, and the gas pre-storage element additionally stores at least: hydrogen, oxygen, carbon dioxide, ammonia and nitrogen; the farming circulation system is also distributed with a water quality control proportional device communicated with the water supply tank , the water quality control proportional device is additionally distributed with a material pre-storage element, and the material pre-storage element at least accommodates the adjustment additives required by the agricultural planting device, the breeding device and the aquaculture device; the agricultural circulation system In addition, an ultra-micro bubble device is distributed, and the ultra-micro bubble device is further distributed with a high-pressure element. The high-pressure element is additionally provided with a venturi hole, and one end of the venturi hole is connected with a pump, and the pump is connected with the water supply tank; and A small-diameter pressurized narrow section is added in the middle of the venturi hole, and an air inlet hole is added on the side of the pressurized narrow section. The other end of the venturi hole is connected with a solenoid valve, the venturi hole is connected with a pressure container through the solenoid valve, and the pressure container is further distributed with a water outlet pipe, and the water outlet pipe is connected with at least one of the solenoid valve. , the pressure vessel communicates with at least one spray head through the solenoid valve.

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