Design of an efficient trapping and analysis system for tobacco pests
Shaolong Han, Jian Jinling, Baoxin Ran · 2020 5th International Conference on Automation, Control and Robotics Engineering (CACRE) · 2020
The damage of tobacco pests seriously restricts the high quality development of enterprises. The effective pest control is based on accurate and timely monitoring information of the pest, the traditional monitoring process for information of the pest has many problems, such as heavy workload, low efficiency and high error rate. In this paper, an efficient trapping and analysis system is designed, which consists of five modules: tobacco pests trapping, power supply voltage stabilization, image acquisition, wireless communication and image processing, all modules work together to catch tobacco pests automatically, take pictures of the trap board and upload them to the host computer, after image recognition, the number of tobacco pests is calculated, the result can guide us to take effective pest control work. The design of the system has improved the degree of automation and accuracy, reduce the manual workload and work efficiency has also been greatly improved.