Controllable three-dimensional planting and breeding circulation machine

Abstract

The invention discloses a controllable three-dimensional planting and breeding circulation machine. The controllable three-dimensional planting and breeding circulation machine comprises the components of a disc body, an upper protective cover, a first breeding area, a rotatable water culture field planting device and a chassis, wherein the disc body is arranged at the upper part and used for arranging a water culture planting area, an electric control area, a quantitative feeding area and a fish taking observation area; the first breeding area and the rotatable water culture field planting device are arranged in the middle; the chassis is arranged at the lower part; a second breeding area, a dechlorination device for filtering tap water and a water suction pump body are arranged in the chassis; and the water culture field planting device comprises a plurality of field planting cylinders which are spliced with one another, a plurality of layers of annular water flowing grooves which communicate with one another, and a motor assembly for rotating the field planting cylinders. Space is fully utilized on the same occupied area, an upper vertical ecological system, a middle vertical ecological system and a lower vertical ecological system are formed through controllable design of physical conditions and microecology, the purpose of circular exchange of substances is achieved through water circulation design, and a water body has the self-purification capacity in the circulation machine, and the high-density planting and breeding requirements can be met.

Description

technical field [0001] The invention relates to the field of planting and breeding cycles, in particular to a controllable three-dimensional planting and breeding cycle machine. Background technique [0002] With the improvement of people's living standards, the awareness of environmental protection has gradually increased. However, due to the limited urban land, the cost of urban land greening is relatively high. Therefore, it is necessary to make full use of urban space. Traditional agriculture uses soil as the substrate, and the planting area is limited by the land area. , and pest control is essential. As one of the main development directions of modern agriculture, soilless cultivation technology has the advantages of high planting efficiency, fast crop growth, less pests and diseases, and controllable planting process, which makes the technology have advantages in space, production and quality. [0003] As an important component of soilless cultivation technology, hyd...

AI Technical Summary

Problems solved by technology

However, the hydroponic technology combining planting and breeding still adopts the traditional single pool structure and cannot circulate the water body.

Limited by this model, the efficiency and economic benefits of planting and breeding are obviously limited, and it is difficult to control and maintain water quality, and the probability of crop root contamination is high, which makes planting and breeding more risky

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