Artificial automation device system for plant cultivation and manufacturing method for cylindrical body thereof

Abstract

The invention discloses an artificial automation device system for plant cultivation. The system comprises a water tank. A water pump is arranged in the water tank. A water output end of the water pump is connected to the bottom of a guide pipe, and the guide pipe penetrates through a cylindrical body, nitrifying filter layers, a protection pipe of a slow-flow hydroponics chamber and a supporting pipe. The bottom of the cylindrical body is fixed to the water tank. Planting holes used for planting plants and allowing the plants to grow are formed in the cylindrical body. Water-preserving layers and the nitrifying filter layers are arranged in the cylindrical body. Water-preserving layer holes and nitrifying filter layer holes allowing the guide pipe to penetrate through are formed in the water-preserving layers and the nitrifying filter layers, respectively. The top part of the cylindrical body is arranged in a mounting hole of the lower part of the slow-flow hydroponics chamber, and the slow-flow hydroponics chamber is internally provided with the protection pipe and a water storage cavity. A protection pipe hole allowing the guide pipe to penetrate through is formed in the inner part of the protection pipe. A mounting ring is arranged on the top of the slow-flow hydroponics chamber. An outer ring of a bearing is fixed to an inner wall of the mounting ring. An inner ring of the bearing is fixed to an outer wall of the bottom of the supporting pipe. A water guide line is arranged in the water storage cavity. One end of the water guide line is in the water storage cavity, and the other end of the water guide line passes through the protection pipe hole to be in contact with the water-preserving layers close to the water guide line.

Description

technical field [0001] The invention relates to a plant cultivation manual automation facility system, in particular to a plant cultivation manual automation facility system capable of high-density planting and energy saving. [0002] The present invention also relates to the preparation method of the cylinder in the above system. Background technique [0003] Today's mainstream plant cultivation artificial automation facility system is mainly represented by plant factories, and there is also a fish and vegetable symbiosis production method formed on this basis, which improves water utilization to a certain extent. But the prior art still has the following defects and deficiencies: [0004] 1. Although the existing plant factories have improved the degree of mechanization of crop production, the investment in fixed assets such as sites and equipment, as well as the continuous costs of nutrient solutions and energy are too high. [0005] 2. Although the existing fish and ve...

AI Technical Summary

Problems solved by technology

[0004] 1. Although the existing plant factories have improved the degree of mechanization of crop production, the investment in fixed assets such as sites and equipment, as well as the continuous costs of nutrient solutions and energy are too high

[0005] 2. Although the existing fish and vegetable symbiosis equipment and technology have improved the utilization rate of water, it is at the cost of higher energy demand

[0006] 3. The existing small-scale breeding technology and equipment represented by family planting have not yet achieved a high level of mechanical automation and informatization, and the application of biotechnology is also insufficient

Therefore, biotechnology, including production enhancement technology, is difficult to apply on a large scale

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