Automatic moving greenhouse capable of realizing rainwater recycling and suitable for rain sheltering experiments of crops

Abstract

The invention discloses an automatic moving greenhouse capable of realizing rainwater recycling and suitable for rain sheltering experiments of crops and belongs to the technical field of agriculturalequipment. The greenhouse mainly consists of a side plate track, a top plate track, a top plate module, a head module and a side plate module. The top of the head module is fixedly mounted with the side plate track, the side plate module is mounted on the side plate track through side plate sliding wheels, the top plate track is fixedly mounted on the side plate track, and the top plate module ismounted on the top plate track. The head module is internally provided with a circuit assembly which is connected with a side plate circuit assembly through information transmission between a first wireless transmission module and a second wireless transmission module. According to the greenhouse, the demands of automated experiments are met, and the problems of high construction cost and monotonous test conditions in the prior art are solved.

Description

technical field [0001] The invention belongs to the technical field of agricultural equipment, and in particular relates to a rainwater reuse automatic mobile greenhouse suitable for crop rain shelter experiments. Background technique [0002] Drought is the most important abiotic stress factor affecting crop growth and yield. Crop drought tolerance refers to the adaptability and resistance of crops to drought. , The ability to produce the lowest drop. A comprehensive understanding of crop drought tolerance can help you know the minimum water consumption of crops with the lowest yield decline, which can save a lot of water resources. In addition, crop quality can be improved under certain water stress conditions. In order to carry out related experiments, facilities such as greenhouses are necessary to avoid the influence of natural rainfall. Therefore, the existence of rain-sheltered greenhouses has great scientific significance for the experimental research of crop droug...

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Problems solved by technology

However, the above-mentioned greenhouses all have the following disadvantages: the greenhouses cannot be opened and closed automatically before and after the rainfall, which will consume a lot of labor costs, and the degree of opening of the greenhouses is small, which cannot completely restore the state of the normal growth of crops; when it rains, the rainwater will flow from the plastic greenhouses Splashing to the soil outside the greenhouse and then penetrating into the greenhouse will affect the accuracy of crop drought tolerance, and at the same time cannot achieve the effect of rainwater recycling

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