CN216533002U

CN216533002U - Planting, cultivating and circulating integrated irrigation cleaning system

Info

Publication number: CN216533002U
Application number: CN202123060215.7U
Authority: CN
Inventors: 郑显康; 刘国磊
Original assignee: Sichuan Kantrunwo Agricultural Technology Co ltd
Current assignee: Sichuan Kantrunwo Agricultural Technology Co ltd
Priority date: 2021-12-08
Filing date: 2021-12-08
Publication date: 2022-05-17
Anticipated expiration: 2031-12-08

Abstract

The utility model discloses a cultivation and circulation integrated irrigation and cleaning system which comprises a control device, a left cultivation area and a right cultivation area, wherein a biogas slurry treatment center is arranged in the cultivation area, at least two areas are arranged in a mixing pool, the number of the areas of the mixing pool is equal to that of first branch pipes or second branch pipes, an interface valve connected with a water source is arranged in each area, a biogas slurry valve connected with the tail end of the center of biogas slurry is arranged in any area, a window which can be opened and closed and used for adding pesticides or disinfectant is arranged above each area, a liquid level sensor is arranged in each area, at least one irrigation pipeline is laid in the cultivation area, and at least two cleaning pipelines are laid in the cultivation area. Not only is water in the planting area and the culture area convenient to use, but also the recovery of the residual water in the water pipe is convenient; a liquid level sensor is arranged in the blending pool, and the proportion of the disinfectant, the pesticide, the fertilizer and the water can be scientifically blended.

Description

Planting, cultivating and circulating integrated irrigation cleaning system

Technical Field

The utility model belongs to the technical field of pipeline irrigation, and particularly relates to a planting and breeding circulation integrated irrigation cleaning system.

Background

Now, the adjacent combination of the planting area and the breeding area is set as the development trend of future planting industry and breeding industry. Meanwhile, the problems of low irrigation efficiency, water waste, disordered arrangement and the like exist in the arrangement of water pipes in the planting area and the breeding area, and the requirement for development is not met.

In chinese patent CN210987484U, an orchard integrated management system with two functions of pesticide and fertilizer reduction is disclosed, which comprises a gas-water diversion component, a water outlet and return component and other auxiliary equipment, wherein gas-water outlets on two branch pipes are in one-to-one correspondence, and are connected by using irrigation pipes, and gas-water connectors are distributed on the irrigation pipes. It can establish the integrated system who collects functions in an organic whole such as irrigation, fertilize, spout medicine, pruning, pick, loosen the soil, natural pond liquid returning, carries out the backward flow to the residual liquid in the pipeline simultaneously and collects, makes things convenient for next use, and water economy resource and fertile cost of medicine, compressed gas in the gas transmission pipeline of the orchard integrated management system that fertile two subtract of medicine simultaneously can be for using pneumatic scissors, pneumatic weeder etc. to provide power in the orchard, greatly alleviates intensity of labour.

The irrigation system can solve the problems of low irrigation efficiency and water waste, but cannot adjust the mixing proportion of liquid medicine and water, and meanwhile, the system does not introduce the arrangement of pipelines in an orchard in detail and cannot solve the problem of disordered water pipe arrangement.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a planting and breeding circulation integrated irrigation and cleaning system, which is convenient for water use in a planting area and a breeding area and is also convenient for recycling residual water in a water pipe.

Therefore, the technical scheme adopted by the utility model is as follows: a kind of breeding and circulating integrated irrigation cleaning system, including controlling device, left cultivation district and right planting district, there are biogas slurry treatment centers in the said cultivation district, the said controlling device includes the water pump used for pressurizing and conveying the liquid for the liquid, air compressor used for pressurizing for the gas, blending pool used for blending pesticide or antiseptic solution, power cabinet providing power, water discharging and returning assembly and air-water flow assembly, the said air-water flow assembly includes communicating gas transmission pipeline and first water transmission pipeline through at least two first branch pipes set up side by side, the said water discharging and returning assembly includes communicating water return pipeline and second water transmission pipeline through at least two second branch pipes set up side by side, the middle part of the said first branch pipe has effluent air valves, the middle part of the said second branch pipe has return water air valves; the mixing tank is internally provided with at least two areas, the number of the areas of the mixing tank is equal to that of the first branch pipes or the second branch pipes, each area is internally provided with an interface valve connected with a water source, a biogas liquid valve connected with the tail end of a biogas liquid center is arranged in any area, a window which is used for adding pesticide or disinfectant and can be opened and closed is arranged above each area, each area is internally provided with a liquid level sensor, each area is internally provided with an outlet valve directly connected with a water outlet valve through a connecting pipe, and the connecting pipe is provided with a valve; at least one cleaning pipeline is laid in the culture area, one end of any cleaning pipeline is connected with any water outlet valve, the other end of the cleaning pipeline is connected with any water return valve, a plurality of water inlet valves are arranged on any cleaning pipeline, at least one irrigation pipeline is laid in the planting area, one end of the irrigation pipeline is connected with any water outlet valve, the other end of the irrigation pipeline is connected with any water return valve, the irrigation pipeline is not overlapped with the cleaning pipeline, and a plurality of water inlet valves are also arranged on the irrigation pipeline.

Preferably, irrigation pipelines are laid in the planting area for each plant independently, a communicating pipe is arranged between the first water intake valve of one irrigation pipeline and the last water intake valve of the adjacent irrigation pipeline, and a valve is arranged on the communicating pipe; and cleaning pipelines are independently laid for each animal in the culture area, a communicating pipe is arranged between the first water intake air valve of one cleaning pipeline and the last water intake air valve of the adjacent cleaning pipeline, and a valve is arranged on the communicating pipe.

Further preferably, the control device is fixedly arranged in the planting area or the culture area, or is fixedly arranged outside the planting area or the culture area.

Preferably, the cleaning pipeline is S-shaped and arranged in each cultivation room in the cultivation area, the cleaning pipelines in the cultivation rooms at intervals on the left side and the right side are communicated with each other at the front end and the rear end, and the irrigation pipeline is S-shaped or polygonal and arranged in the cultivation area.

The utility model has the beneficial effects that:

1) the air compressor is arranged in the control device, so that air can be injected into the water pipe, water in the water pipe is recycled, and water resources are saved;

2) a liquid level sensor is arranged in the blending tank, and the volume of liquid in the blending tank can be calculated according to the liquid level sensor, so that the proportion among the disinfectant, the pesticide, the fertilizer and water can be scientifically proportioned, and the unbalance of the proportioning can be prevented;

3) a biogas liquid valve communicated with the center of the biogas liquid is arranged in one of the mixing tanks, so that the biogas liquid obtained after the excrement of the breeding area is treated can be used for irrigating the planting area, the use of fertilizers is reduced, and the cost is reduced;

4) the irrigation pipeline is arranged in the breeding area, the cleaning pipeline is arranged in the planting area, and the irrigation pipeline and the cleaning pipeline are arranged in order, so that the maintenance of the pipeline, the independent water use of the breeding area and the planting area are facilitated, and the connection between the new pipeline and the pipeline is facilitated when the breeding area and the planting area are subsequently enlarged.

Drawings

FIG. 1 is a schematic view of the present invention (the thick line in the figure is an irrigation pipe or a cleaning pipe line).

FIG. 2 is a schematic view showing the construction of a control device according to the present invention (in the figure, a thick line indicates an irrigation pipe or a cleaning pipe line).

Fig. 3 is a schematic view of the dispensing tank of the present invention.

Detailed Description

The utility model will be further illustrated by the following examples in conjunction with the accompanying drawings:

as shown in figures 1-3, a cultivation and circulation integrated irrigation and cleaning system mainly comprises a control device A, a left cultivation area B, a right planting area C, a cleaning pipeline QG and an irrigation pipeline JG, wherein a biogas slurry treatment center 1 is arranged in the cultivation area B.

The control device A comprises a water pump 2 for pressurizing and conveying liquid, an air compressor 3 for pressurizing gas, a blending pool 4 for blending pesticide or disinfectant, a power cabinet 5 for providing power, a water outlet and return component and a water flow component, wherein the water flow component comprises a gas conveying pipeline 9 and a first water conveying pipeline S1 which are communicated with at least two first branch pipes 8 arranged side by side, the water outlet and return component comprises a water return pipeline 11 and a second water conveying pipeline S2 which are communicated with at least two second branch pipes 10 arranged side by side, a water outlet air valve 12 is arranged in the middle of each first branch pipe 8, a water return air valve 13 is arranged in the middle of each second branch pipe 10, the structure is the prior art, see CN210987484U in Chinese patent, and the description is omitted.

At least two areas are arranged in the blending pool 4, the number of the areas of the blending pool is equal to that of the first branch pipes or the second branch pipes, an interface valve 4a connected with a water source is arranged in each area, a biogas slurry valve 4b connected with the tail end of the center of biogas slurry is arranged in any area, a window 4c which is used for adding pesticide or disinfectant and can be opened and closed is arranged above each area, a liquid level sensor 4d is arranged in each area, an outlet valve 4e directly connected with a water outlet air valve 12 through a connecting pipe is arranged in each area, and a valve is arranged on the connecting pipe.

At least one cleaning pipeline QG is laid in the breeding area B, one end of any cleaning pipeline QG is connected with any water outlet valve 12, the other end of any cleaning pipeline QG is connected with any water return valve 13, a plurality of water inlet valves 6 are arranged on any cleaning pipeline QG, at least one irrigation pipeline JG is laid in the planting area C, one end of the irrigation pipeline JG is connected with any water outlet valve 12, the other end of the irrigation pipeline JG is connected with any water return valve 13, the irrigation pipeline JG is not overlapped with the cleaning pipeline QG, and a plurality of water inlet valves 6 are also arranged on the irrigation pipeline JG.

In order to facilitate the irrigation of different plants in the planting area, irrigation pipelines JG are independently paved for each plant in the planting area C, a communicating pipe 7 is arranged between the first water intake air valve 6 of one irrigation pipeline JG and the last water intake air valve 6 of the adjacent irrigation pipeline JG, and a valve is arranged on the communicating pipe 7. In order to facilitate the disinfection of different animals in the planting area, cleaning pipelines QG are independently laid for each animal in the breeding area B, a communicating pipe 7 is arranged between a first water intake air valve 6 of one cleaning pipeline QG and a last water intake air valve 6 of the adjacent cleaning pipeline QG, and a valve is arranged on the communicating pipe 7.

The control device A can be fixedly arranged in the planting area C or the culture area B or outside the planting area C or the culture area B according to the specific conditions in the specific planting area and the specific culture area, and preferably, the control device A is arranged close to a water source.

In order to facilitate the management and maintenance of the pipeline, the cleaning pipeline QG is arranged in each cultivation room in the cultivation area B in an S shape, the cleaning pipelines QG in the cultivation rooms at the intervals of the left side and the right side are communicated with each other at the front end and the rear end, and the irrigation pipeline JG is arranged in the planting area C in an S shape or a polygon shape.

The system is used for cleaning pipelines after fertilizing, spraying pesticides and disinfecting, so that corrosion of the pipelines of the drugs is reduced, the service life of the pipelines is prolonged, and the influence on next use is prevented.

Claims

1. A planting and breeding circulation integrated irrigation cleaning system comprises a control device (A), a left breeding area (B) and a right planting area (C), wherein a biogas slurry treatment center (1) is arranged in the breeding area (B), the control device (A) comprises a water pump (2) for pressurizing and conveying liquid for liquid, an air compressor (3) for pressurizing gas, a blending pool (4) for blending pesticide or disinfectant, a power cabinet (5) for providing power, a water outlet and return component and a water flow component, the water flow component comprises a gas pipeline (9) and a first water pipeline (S1) which are communicated with at least two first branch pipes (8) arranged side by side, the water outlet and return component comprises a water return pipeline (11) and a second water pipeline (S2) which are communicated with at least two second branch pipes (10) arranged side by side, the middle part of first branch pipe (8) is provided with out water pneumatic valve (12), the middle part of second branch pipe (10) is provided with return water pneumatic valve (13), its characterized in that: at least two regions are arranged in the blending pool (4), the number of the regions of the blending pool is equal to that of the first branch pipes or the second branch pipes, an interface valve (4a) connected with a water source is arranged in each region, a biogas liquid valve (4b) connected with the tail end of a biogas liquid center is arranged in any region, a window (4c) which is used for adding pesticide or disinfectant and can be opened and closed is arranged above each region, a liquid level sensor (4d) is arranged in each region, an outlet valve (4e) directly connected with a water outlet valve (12) through a connecting pipe is arranged in each region, and a valve is arranged on each connecting pipe;

breed and has laid at least one washing pipe way (QG) in district (B), arbitrary the one end of washing pipe way (QG) links to each other with arbitrary play pneumatic valve (12), and the other end and arbitrary return pneumatic valve (13), arbitrary be provided with a plurality of water intaking pneumatic valve (6) on washing pipe way (QG), it has laid at least one watering pipeline (JG) in district (C) to plant, the one end of watering pipeline (JG) links to each other with arbitrary play pneumatic valve (12), and the other end and arbitrary return pneumatic valve (13), and watering pipeline (JG) and washing pipe way (QG) are not coincident, also be provided with a plurality of water intaking pneumatic valve (6) on watering pipeline (JG).

2. The planting and breeding cycle integrated irrigation and cleaning system as claimed in claim 1, wherein: irrigation pipelines (JG) are independently paved for each plant in the planting area (C), a communicating pipe (7) is arranged between a first water intake air valve (6) of one irrigation pipeline (JG) and a last water intake air valve (6) of the adjacent irrigation pipeline (JG), and a valve is arranged on the communicating pipe (7); cleaning pipelines (QG) are independently paved for each animal in the breeding area (B), a communicating pipe (7) is arranged between a first water intake air valve (6) of one cleaning pipeline (QG) and a last water intake air valve (6) of the adjacent cleaning pipeline (QG), and a valve is arranged on the communicating pipe (7).

3. The planting and breeding cycle integrated irrigation and cleaning system as claimed in claim 1, wherein: the control device (A) is fixedly arranged in the planting area (C) or the breeding area (B) or is fixedly arranged outside the planting area (C) or the breeding area (B).

4. The planting and breeding cycle integrated irrigation and cleaning system as claimed in claim 1, wherein: the cleaning pipeline (QG) is arranged in each cultivation room in the cultivation area (B) in an S shape, the cleaning pipeline (QG) in the cultivation rooms at intervals at the left side and the right side is communicated with the front end and the rear end, and the irrigation pipeline (JG) is arranged in the planting area (C) in an S shape or a polygonal shape.