Intelligent regulation device for remote regulation and control of agricultural planting environment by utilizing mobile-phone application software

Abstract

The invention relates to an intelligent regulation device for remote regulation and control of an agricultural planting environment by utilizing mobile-phone application software. The intelligent regulation device comprises a data acquisition unit, a regulation and control unit and a water circulation unit, wherein the data acquisition unit comprises a temperature and humidity sensor, a soil detector, a camera and a pipeline pressure sensor; the regulation and control unit comprises a central processing unit, a wireless signal receiver, an electronic control unit and an intelligent mobile phone; application intelligent irrigation software is arranged inside the intelligent mobile phone; and the water circulation unit comprises a water pump controller, a spray controller and a motor controller. The intelligent regulation device provided by the invention has the characteristics of high water-control precision, perfect automation degree, less manual demand, real-time monitoring and control, and high water resource utilization rate.

Description

technical field [0001] The present invention relates to the technical field of agricultural production equipment, in particular, the present invention particularly relates to an intelligent adjustment device for agricultural planting environment that is remotely regulated by mobile phone APP software. Background technique [0002] At present, agricultural irrigation is one of the effective solutions to solve various contradictions between supply and demand caused by the increasing shortage of water resources. It completes real-time monitoring and timely irrigation based on crop demand information, saving agricultural water without affecting crop production. [0003] The traditional irrigation methods usually use water to enter the farmland from the surface of the ground to complete the moistening of the soil. It can be divided into border irrigation, furrow irrigation, submerged irrigation and flood irrigation. Usually, the degree of irrigation needs to be judged manually, wh...

AI Technical Summary

Problems solved by technology

[0003] The traditional irrigation methods usually use water to enter the farmland from the surface of the ground to complete the moistening of the soil. It can be divided into border irrigation, furrow irrigation, submerged irrigation and flood irrigation. Usually, the degree of irrigation needs to be judged manually, which is relatively rough and the accuracy is not high. , causing waste of water resources

Even if the irrigation monitoring system is used, there are still many defects in actual application: for example, the monitoring point is usually limited to a single depth of the ground surface, there is no multi-level monitoring, and the accuracy of information feedback is low. Irrigation of crops, resulting in higher irrigation costs, time-consuming and laborious

With the development of modern science and technology, people's requirements for the performance of materials are becoming more and more diverse, and it is often difficult for a single material to meet various requirements.