System for automatically acquiring insect pest situation monitoring information of crops

Abstract

A system for automatically acquiring insect pest situation monitoring information of crops comprises an insect capture unit, an insect treatment unit, a central control unit and an insect collection unit, wherein the insect capture unit comprises an insect capture support device and a trigger switch, the insect treatment unit comprises a material evening cylinder and an insect receiving plate, the central control unit comprises a fill light, a camera, a data memory, a data transmitter and a central controller, and the insect collection unit comprises an inset removing brush and an insect receiving box. The system has real-time performance and avoids the loss of information caused by insect mildew and picking insects too late. The system is fast, and a data transmission system can provide data statistics service effectively and quickly to an identification system terminal. The system is efficient and employs a fully automatic mode. The system can be deployed in large scale, more accurate data can be provided, and monitoring effects can be greatly improved. The system is standardized. Since information collection is completed automatically, sampling is more standard, and the identification and statistical results are highly consistent. Scientific and accurate detection is achieved.

Description

technical field [0001] The invention relates to a monitoring system, in particular to an automatic collection system for crop pest monitoring information. Background technique [0002] At present, the pest monitoring system used in the market mainly has the following defects: 1. It cannot monitor in real time in the field; 2. All statistics and monitoring information cannot be automatically transmitted to the statistics system, and manual statistics and input are required; 3. Due to traditional collection, The difference in the technical ability of the identification personnel leads to large errors in classification and counting; 4. Manual classification and counting of the number of insects, high labor costs, and strong technical requirements for operators; 5. Manual statistics of crop insects, the cycle is long , Insects are prone to mildew, which greatly reduces the accuracy of statistics; 6. Different operators have different skill levels, and the statistical standards f...

AI Technical Summary

Problems solved by technology

[0002] At present, the pest monitoring system used in the market mainly has the following defects: 1. It cannot monitor in real time in the field; 2. All statistics and monitoring information cannot be automatically transmitted to the statistics system, and manual statistics and input are required; 3. Due to traditional collection, The difference in the technical ability of the identification personnel leads to large errors in classification and counting; 4. Manual classification and counting of the number of insects, high labor costs, and strong technical requirements for operators; 5. Manual statistics of crop insects, the cycle is long , Insects are prone to mildew, which greatly reduces the accuracy of statistics; 6. Different operators have different skill levels, and manual identification statistical standards are different

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