Intelligent modular fish and vegetable co-existing system

Abstract

The invention discloses an intelligent modular fish and vegetable co-existing system. The intelligent modular fish and vegetable co-existing system comprises an upper part and a lower part, wherein vegetables are grown on the upper part, fish is farmed on the lower part, the upper part and the lower part are separated through a partition wall, the top of the upper part is provided with a camera, aliquid atomizer and fill-in lights, a food provisioning device is arranged under the partition wall, the lower portion of the lower part is provided with a wave making machine, an oxygenator and a heater, the bottom of the lower part is provided with a drainage port, the side wall of the lower part is provided with a water inlet and a power supply port, the lower part is further provided with a controller, a water body is internally provided with a sensor and a pump, and the pump is connected with the liquid atomizer through a pipeline. The intelligent modular fish and vegetable co-existing system has the advantages that through the modular design, the use is more flexible, the sizes of planting and cultivation areas can be both freely customized through multi-module integration, and crops of planting and cultivation and types of fish can also be freely customized, thereby fully satisfying different areas, different sizes and different users of different demands; single module can produced in batch, the cost is lower, and the efficiency is higher.

Description

Technical field [0001] The invention relates to a composite artificial planting and breeding system, in particular to an intelligent modular fish and vegetable symbiosis system. Background technique [0002] Fish-vegetable symbiosis is a new type of compound farming system. It combines aquaculture and hydroponic cultivation, which are two completely different farming techniques, through clever ecological design, to achieve scientific synergy, so as to realize fish farming without changing water. There is no water quality worry, the ecological symbiosis effect of growing vegetables without fertilizing. In the fish and vegetable symbiosis system, because of the existence of fish, it is natural and organic, and no pesticides are added to avoid soil pollution and water pollution. At the same time, water, nutrients and oxygen are continuously supplied to the roots of plants, so that plants do not need to spend a lot of energy to grow roots. The root system is relatively small, and th...

AI Technical Summary

Problems solved by technology

For example: fish disease outbreaks, crop diseases and insect pests, fish and vegetable planting ratio, precise matching of nutrient types and quantities, water quality compromise, plant nutrition and other complex technical issues, especially the iterative treatment of these technical issues under different environmental conditions more difficult

[0005] (2) In terms of talents: most of the implementers of the traditional aquaponics system are enthusiasts. The traditional aquaponics system lacks systematic and universal construction specifications, and lacks the training and guidance of professional talents

Balcony planting relies on personal care of the grower and a large amount of investment in human resources and property, and there will be some successful cases; due to complex technology, system differences, less mature experience, and high maintenance costs, large-scale farms mostly end in failure

[0006] (3) In terms of industrialization: Large-scale farms do not have actual marketable output (vegetables and fish), and individual hobbyists cannot achieve marketable output due to factors such as high equipment costs and high maintenance costs

The fish and vegetable symbiosis system cannot realize the industrial cycle, and industrialization becomes a tree without roots

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