Intelligent planting system for modern agricultural production

Abstract

Provided is an intelligent planting system for modern agricultural production. The intelligent planting system comprises a planting greenhouse, wherein the planting greenhouse is internally provided with a data collecting device, a stationary execution device, a mobile execution device, a control device, a cloud computing server and a mobile terminal. The data collecting device is used for collecting real-time data of the planting environment in the planting greenhouse, uploading the collected real-time data to the cloud computing server for identification processing, and then sending the processed data back to the control device, and the control device is used for controlling actions of the stationary execution device and the mobile execution device so as to realize automatic control; specific conditions inside the planting greenhouse can be monitored remotely through the mobile terminal by greenhouse managers, the labor cost can be reduced to a maximum extent especially in the processes of chemical spraying, fertilizing and sowing by using an unmanned aerial vehicle, and operation of mechanical spraying, fertilizing and sowing is more precise and delicate, so that risks of manualoperation failures are reduced greatly, and the planting efficiency and the yield of crops are increased at the same time.

Description

technical field [0001] The invention relates to the technical field of agricultural automation control, in particular to an intelligent planting system for modern agricultural production. Background technique [0002] Traditional agricultural planting is open-air planting in the field. This planting method can no longer meet the development of modern society, so now the agricultural planting system has emerged as the times require. [0003] Greenhouses can help farmers overcome the seasonal problems of agricultural growth, improve the production efficiency of agricultural production, and change the growth area restrictions of some plants. To achieve high-yield, high-quality, reliable, innovative and sustainable development of modern agriculture, it is necessary to make full use of materials Networking technology, automation technology, information technology and cloud computing technology; in the current agricultural area, for example, artificial greenhouse cultivation is us...

AI Technical Summary

Problems solved by technology

[0002] The traditional agricultural planting is planting in the field in the open air. This planting method can no longer meet the development of modern society, so now the agricultural planting system has emerged as the times require.

[0003] Greenhouses can help farmers overcome the seasonal problems of agricultural growth, improve the production efficiency of agricultural production, and change the growth area restrictions of some plants. To achieve high-yield, high-quality, reliable, innovative and sustainable development of modern agriculture, it is necessary to make full use of materials Networking technology, automation technology, information technology and cloud computing technology; in the current agricultural area, for example, artificial greenhouse cultivation is used for the cultivation of flower seedlings, artificial cultivation is uneven, and it is time-consuming and laborious, and the planted flower seedlings are not enough and the monitoring of the growth status of seedlings is not timely, the initial sickness or malnutrition of seedlings cannot be detected and remedied in time, and the yield of seedlings is not high enough; therefore, this proposal proposes an intelligent planting system for modern agricultural production

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