Fruit fly trapping analysis system and identification method

Abstract

The invention discloses a fruit fly trapping analysis system and identification method.The fruit fly trapping analysis system comprises a catching channel, a shooting bin and a collecting bin which are communicated with one another, bin doors which are automatically opened and closed are arranged between the catching channel and the shooting bin and between the shooting bin and the collecting bin, the catching channel is communicated with the outside to trap fruit flies, and the fruit flies enter the shooting bin through the catching channel; the capturing bin door is automatically closed, the sensor starts the shooting device, and the shooting bin collects fruit fly images and uploads the images to the analysis system for recognition; after shooting is completed, a collecting bin door of the collecting bin is automatically opened to collect the shot fruit flies; and the analysis system is used for controlling the trapper and identifying the species of the fruit flies. High-definition fruit fly images with few noisy points can be collected and uploaded to the analysis system in real time, the analysis system analyzes species information of fruit flies, the analysis system controls the trapping device to work in a unified mode, and the functions of positioning, parameter setting, real-time monitoring and the like are achieved.

Description

Technical field [0001] The present invention belongs to the field of real fly capture and identification technology, specifically relates to a real fly trap analysis system and identification method. Background [0002] The fruit fly is a planted food insect, the larvae are latent, harmful to all parts of the plant, from the roots, stems, leaves, flowers and even fruits of the plant, as crop pests. Among them, the main fruit hazards are the Mediterranean fruit fly and the apple fruit fly, as well as the cherry fruit fly, which are world-famous. Many species are crop pests, of which the species of fruit are particularly important, such as the Mediterranean fruit fly (Ceratitis capiata WiedGman), apple fruit fly, cherry fruit fly are world-famous, these species are the world's quarantine objects and endanger citrus, pear, melon and other important pests of fruits and vegetables, mainly citrus fruit fly, citrus small fruit fly, melon fruit fly and goji fruit fly. In order to protec...

AI Technical Summary

Problems solved by technology

In order to protect the safety of agricultural production, countries have implemented strict animal and plant inspection and quarantine to prevent the spread and invasion of high-risk pests. However, with the continuous improvement of international free trade and the continuous growth of trade volume, various plants The inspection and quarantine of its products has become a serious problem

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