Electronic monitor system for termite damage based on radio frequency

Abstract

The utility model relates to an electronic monitoring system to monitor the termite harm based on wireless radio frequency, comprising a microprocessor as a central concentrated data acquisition machine. A data interface of the microprocessor is communicated with at least a receiving unit of data terminal through a wire communication channel, and each receiving unit of data terminal is communicated with a corresponding module which has the function of processing information and ZIGBEE wireless communication through at least a wireless communication channel. Besides, the module is connected with a plurality of monitor probes of the termite harm in each detector of the termite harm by a plurality of data lines of the module respectively, and the module can receive the information of the termite harm which is detected by the monitor probes of the termite harm, and also the detector of the termite harm has the function of ZIGBEE communication and adaptive networking. The regular data acquisition method by attaching is replaced by the data acquisition method by ZIGBEE wireless communication, and a plurality of modules which have the function of processing information and ZIGBEE wireless communication can be adaptive networking. Thus, the cost of data acquisition, the cost of power supply and the cost of the information transmission route can be reduced and saved in maximum.

Description

technical field [0001] The invention relates to the application field of electronic information and computer control network technology, in particular to a radio frequency-based electronic monitoring system for termite damage. Background technique [0002] At present, termite control mainly relies on chemical drug control, and drug control will pollute the environment, especially the pollution of groundwater. Effective termite monitoring is the key to scientific control of termites, "targeted control", and reduction or avoidance of chemical drugs. The premise is of great significance to the control of termites and environmental protection. [0003] Today, the concept of termite hazard control has gradually changed from chemical control to green control. All countries are researching and exploring termite prevention and detection technology and equipment, which are environmentally friendly, efficient, and can integrate information on various environments and termite activity ...

AI Technical Summary

Problems solved by technology

However, there are the following problems in the traditional termite harm electronic device: First, the termite harm electronic monitoring device is generally buried on the ground surface, and the electronic device needs to be taken out from the ground surface during monitoring, and then buried again after reading relevant data with special equipment. On the surface of the ground, the main disadvantage of this method is that the workload is huge and it requires a huge investment of human resources; secondly, the electronic monitoring equipment needs to have a dedicated data interface for the reading device, which is not suitable for sealing and is not suitable for use in harsh environments. Use; the second is the traditional networked termite electronic monitoring equipment, which belongs to the parallel connection or bus type control network architecture. The power supply and signal transmission of electronic monitoring equipment require special wiring

The disadvantage of this method is that the amount of installation work is large, special cables need to be laid on site, and regular line maintenance and maintenance are required; third, the current termite hazard electronic monitors are widely buried and distributed, which is not convenient for large-scale wired networking, and then transmitted to micro Comprehensive data processing in the processor unit

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