A Smart Irrigation System for Greenhouse Vegetable Planting in Smart Agriculture

Abstract

The invention relates to an intelligent irrigation system for vegetable planting in a smart agricultural greenhouse, comprising a storage bucket, a support, an electric moving frame, a transmission water pump, an upper end cover and a spraying mechanism. The storage bucket and the support are hollow cylinders with closed lower ends. Body structure, the lower end of the storage bucket is set in the support, the electric moving frame is located on the lower side of the support, the electric moving frame includes an electric sliding frame locked on the ground, the electric moving frame is a waterproof structure, and the electric An electric sliding block is connected, the upper side of the electric sliding block is fixedly connected with the bottom of the support, and a central control mechanism is arranged on the side of the electric sliding frame. The present invention can solve the existing problems when the vine vegetables in the greenhouse are sprinkled and irrigated: the intelligence level of the existing vine vegetables in the greenhouse is low, and the uniformity of the watering is low due to the mutual blocking of the vines. Causes problems such as the poor effect of sprinkling irrigation of vegetables.

Description

technical field [0001] The invention relates to the technical field of smart agriculture, in particular to an intelligent irrigation system for growing vegetables in a smart agricultural greenhouse. Background technique [0002] In the current agricultural planting, the greenhouse planting method occupies the main position, because this method has a great influence and positive effect on the growth of the current crops, so the relevant research on greenhouse technology, for the cultivation of greenhouses Technically it is very important. [0003] The crops planted in the existing greenhouses are mainly vegetables. The land in the greenhouses is generally raised, and then the vegetables are planted on the ridges. For the vine vegetables grown in the greenhouses, the vegetables are usually sprayed automatically through pre-laid pipes. The position of vine vegetables is relatively high, and the vegetables are always growing, so the spraying position needs to be adjusted in rea...

AI Technical Summary

Problems solved by technology

[0004] 1. The existing intelligent level of sprinkler irrigation for vine vegetables in the greenhouse is relatively low. Due to mutual blocking of vines, the uniformity of watering is low, resulting in poor effect of sprinkler irrigation of vegetables;

[0005] 2. For vine vegetables of different heights, the spraying height cannot be adjusted automatically, so that the upper end of vine vegetables cannot be sprayed, and the sprayed water or nutrient solution may block the pipeline, resulting in low vegetable spraying efficiency.

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