Intelligent vegetable greenhouse remote monitoring system

Abstract

The invention relates to an intelligent vegetable greenhouse remote monitoring system, formed by a PC upper monitoring module, a wireless communication module, and a field control acquisition module. The PC upper monitoring module is connected with the field control acquisition module through the wireless communication module. The PC upper monitoring module displays and stores data acquired by the field control acquisition module. The system monitors growing environments of different places in vegetable greenhouses in a remote manner, and determines according to comparison of acquired data and each preset environmental factor threshold value, and through the wireless communication module, the system performs remotely-controlled operation on agricultural machines in greenhouses. The system uses a wireless communication method, and can accurately acquire and display each item of data in a greenhouse, and can automatically send out a control instruction according to growing environment in the greenhouse, so as to remotely control the agricultural machines in greenhouse to perform unmanned field operation through the wireless transmission, and ensure a proper growing environment in the greenhouse. The system greatly improves survival rate of vegetables, and saves cost and is high in intelligence.

Description

technical field [0001] The invention relates to an intelligent vegetable greenhouse remote monitoring system, which is applied to the technical field of growing crops in greenhouses. Background technique [0002] At present, with people's growing demand for off-season vegetables, more and more people are using greenhouses to cultivate vegetables in various parts of our country. However, when growing vegetables in greenhouses, people still rely on traditional planting experience to judge the growth environment in greenhouses, and rely on manual labor for irrigation, fertilization and other operations to ensure the growth of vegetables in greenhouses. This cultivation method cannot guarantee that vegetables have a higher survival rate rate; even though some greenhouses have installed remote monitoring systems to cultivate greenhouse vegetables, the transmission mode of the monitoring system is still wired transmission, which causes troublesome wiring, waste of cost, and is not...

AI Technical Summary

Problems solved by technology

However, when growing vegetables in greenhouses, people still rely on traditional planting experience to judge the growth environment in greenhouses, and rely on manual labor for irrigation, fertilization and other operations to ensure the growth of vegetables in greenhouses. This cultivation method cannot guarantee that vegetables have a higher survival rate rate; even though some greenhouses have installed remote monitoring systems to cultivate greenhouse vegetables, the transmission mode of the monitoring system is still wired transmission, which causes troublesome wiring, waste of cost, and is not conducive to mobile equipment such as agricultural machinery and people. Operation, scalability is limited, acidic pesticides, humid and strong light environment will easily cause cable aging, and the anti-interference ability will be greatly reduced, which is not conducive to the further improvement of modern agricultural intelligence

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