Intelligent culture system for fish-vegetable co-growth

Abstract

The invention discloses an intelligent culture system for fish-vegetable co-growth. The system comprises a fish tank as well as an external water source supplementation poor, a recycling poor, a physical filtering bucket, a biologic filtering bucket and a control box disposed on one side of the fish tank, wherein an intelligent monitoring probe and a feeding device are disposed in the fish tank; a pH value control device is disposed on the top of the recycling poor; temperature control devices are disposed on tops of the physical filtering bucket and the biological filtering bucket; a second submerged pump is disposed in the biologic filtering bucket; and multiple vegetable water planting grooves are formed in one side of the physical filtering bucket. The overall structure is simple; design is rational; nitrogen sources of fish and vegetables come from fish fodder; soil, fertilizers and pesticides do not need to be used; the use rate of water is high; only a few of waste is generated; production can be controlled easily, and more manpower can be saved; the output rate is high; the cultivated fish and vegetables have high quality; the culture system can be monitored and operated at other places; the strain capacity to special events is high; and automatic culture can be achieved.

Description

technical field [0001] The invention relates to the technical field of agricultural breeding, in particular to a fish and vegetable symbiosis intelligent breeding system. Background technique [0002] Aquaponics is a production system that integrates aquaculture and hydroponic vegetable cycles. In an aquaponic unit, water is circulated from the fish tank through the filter, the vegetable beds, and back to the fish tank. In the filter, the waste in the fish tank will be removed from the water, first with a mechanical filter to remove the solid waste, then through a biological filter to treat the soluble waste. The biofilter provides a venue for bacteria to convert ammonia (which is toxic to fish) into nitrate (nitrate is good for vegetables) in a process called nitrification. As water (containing nitrates and other nutrients) passes through the vegetable bed, these nutrients are absorbed by the vegetables, and finally the water is purified and returned to the fish tank to c...

AI Technical Summary

Problems solved by technology

However, the existing fish and vegetable symbiosis system is too costly to use, the output rate is low, and a good cycle cannot be formed between the two fish and vegetable farming areas, the water resources required are relatively gold, and the waste gas produced is also more

However, the existing aquaponics system has a low degree of automation, requires a lot of manual intervention, has low work efficiency, and cannot carry out remote monitoring and control.

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