A three-dimensional cultivation system for rotary irrigation

Abstract

The invention relates to a rotary irrigation three-dimensional cultivation system. The system comprises a rotating frame and cultivation devices; the system further comprises irrigation devices and driving positioning mechanisms; the irrigation devices are arranged on the outer side of the rotating frame, and the interior of each irrigation device is provided with a telescopic pipeline; and the rotating frame is provided with pipeline butt joint holes, the interior of each cultivation container support is provided with a support connecting water pipe, the interior of each cultivation device isprovided with a telescopic pipeline, and the driving positioning mechanisms control the telescopic pipelines arranged in the irrigation devices, the rotating frame butt joint holes, the support connecting water pipes arranged in the cultivation container supports, and the telescopic pipelines arranged in the cultivation devices to realize butt joint, and realize communicating of the irrigation devices and the cultivation devices, so that irrigation of the cultivation devices by the irrigation devices is realized. The system disclosed by the invention can automatically adjust inclination and an angle exposed to the sun of the cultivation devices; an irrigation-drainage integrated tidal-type irrigation method cooperates with good device sealing performance, so that energy sources are cleanand convenient to utilize, energy consumption is reduced, and manpower, material resources and financial resources are saved; and the system meets a trend that a traditional greenhouse is developed towards a large-scale plant factory.

Description

technical field [0001] The invention belongs to a greenhouse three-dimensional cultivation system, in particular to a rotary irrigation three-dimensional cultivation system. Background technique [0002] As the seedlings in the greenhouse grow, they may need to be transplanted, and the potted flowers need to be rearranged and transferred. At present, a large amount of labor is required in China and a lot of time is spent. my country's industrialized seedling cultivation will become an important production link. At present, most of the greenhouse seedling cultivation frames commonly used in my country are flat cultivation frames, with low unit area and space utilization rate. There are also some three-dimensional cultivation frames in my country, but the space utilization rate is low, the natural light rate is low, and the degree of automatic control is low. The adjustment space is low, the adjustment is not flexible and labor-saving, and most three-dimensional cultivation ra...

AI Technical Summary

Problems solved by technology

But this rotary cultivation device does not have automatic irrigation function, also does not have automatic control function at the same time

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