Remote automatic monitoring system for termites based on Internet of Things

Abstract

The invention provides an automatic remote termite monitoring system based on the internet of things. The automatic remote termite monitoring system comprises multiple termite monitoring devices, multiple automatic monitoring data collecting devices and an automatic remote monitoring subsystem; the termite monitoring devices are placed at different depths of the underground and used for storing baits to lure termites to be gathered, the automatic monitoring collecting devices are used for monitoring environmental data in shells and termite activity video data and sending an alarm signal when the fact that the environment data exceed the standard or the termite activities are abnormal is judged; the automatic remote monitoring subsystem is used for receiving the environmental data and the video data to form continuous termite monitoring history data and analyzing ecological feature information of termites by analyzing the influences of the environmental data on the termite activities according to the termite monitoring history data. According to the automatic remote termite monitoring system based on the internet of things, automatic acquiring and automatic analyzing of the related data needed by termite ecological study can be achieved, and the termite controlling effect and efficiency are significantly improved.

Description

technical field [0001] The invention relates to the technical field of remote automatic monitoring of termites, in particular to a remote automatic monitoring system for termites based on the Internet of Things. Background technique [0002] Termites are extremely destructive worldwide pests, and their harm involves almost every field of the national economy. In order to control termite damage and protect the environment, more knowledge about the ecological characteristics of termite populations in the application area is needed. The research and analysis of the ecological characteristics of termites is conducive to further understanding of the activities and hazard characteristics of different species of termites, so as to destroy the living conditions of termites, grasp the best timing of killing, and optimize the design and layout of various control measures. Carrying out termite control work has extremely important practical significance. [0003] However, due to the c...

AI Technical Summary

Problems solved by technology

[0006] (1) It is only suitable for termite video monitoring, but cannot realize the automatic collection of data related to termite ecology research;

[0007] (2) It is impossible to obtain relevant data on the influence of different temperature and humidity in the soil on the survival activities of termites;

[0008] (3) The relationship between the concentration of carbon dioxide and the number of termites cannot be obtained;

[0009] (4) It is impossible to obtain relevant data on the impact of different PH value soil layers on termite penetration and feeding;

[0010] (5) Data related to the viability of termites under different illuminance and different light sources cannot be obtained;

[0011] (6) The differences in termite activities in different seasons, different regions, and different types cannot be obtained

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