Distributed solar insecticidal lamp control system

Abstract

A distributed solar insecticidal lamp control system comprises a distributed terminal node, a distributed route node, a gateway module, a network transmission mode, a mobile client, a network client and background information. The distributed terminal node comprises multiple terminal node bodies, and each terminal node body serves as a solar insecticidal lamp controller; the distributed route node comprises multiple route node bodies, and each route node body has the functions of the terminal node bodies; the gateway module is composed of a microprocessor control circuit, a ZigBee coordinator module and a GPRS module; the network transmission mode comprises a GPRS network and an Internet network. The distributed solar insecticidal lamp control system adopts a remote insecticidal lamp control system based on combination of a ZigBee wireless sensing network region network and a GPRS wide area network, the networking mode of the ZigBee wireless sensing network is flexible and changeable, the advantages of being simple in process, convenient to install and high in adaptability are achieved, and different application requirements can be met.

Description

technical field [0001] The present invention relates to a distributed remote insecticidal lamp control system, specifically, a combined remote control system based on ZigBee-GPRS, especially the self-organizing networking of ZigBee technology, which can realize distributed control and Management belongs to the field of intelligent control. Background technique [0002] Most of the traditional farmland mosquito killing devices are distributed in vast rural areas. This kind of device can only simply kill mosquitoes. It is impossible to automate the management of the pest control device under the harsh environment, and the design and management of the equipment cannot adapt to the harsh environment in the field. There is also no background data center, and data analysis and mining cannot be performed. The efficiency of the system is not maximized, and it cannot adapt to the current development trend of my country's agricultural informatization and Internet of Things agricultu...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to provide a distributed insecticidal lamp control system based on ZigBee-GPRS in order to overcome the limitations of space, time and number of insecticidal points when the insecticidal lamps work independently on the market. , it can be multi-point distributed in every corner of the farmland according to actual needs. Through this multi-point coordinated insecticidal mode, the entire insecticidal system can be flexibly controlled, so as to achieve the optimal insecticidal effect and realize farmland information. Unmanned automatic collection, and real-time transmission of useful information about the surrounding environment to the background information center through GPRS for analysis and use by relevant personnel

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