Automatic light-trap identifying and counting device

Abstract

The invention discloses an automatic light-trap identifying and counting device capable of trapping with a combined light source, touch-killing insects according to size with a multilayer power grid, respectively collecting, automatically identifying and counting images and storing in category. The automatic light-trap identifying and counting device comprises the combined light source, a multilayer impulse-type high-voltage insecticidal net, an insect receiving bucket, oblique channels, synchronous-belt insect conveyors, image sampling identifying and counting devices, an automatic turnover mechanism and receiving bottles, the combined light source transmits characteristic spectrum to trap the insects, the multilayer impulse-type high-voltage insecticidal net is used for touch-killing the insects different in size, the insects fall into the corresponding insect receiving buckets, the insect buckets are automatically arrayed in a row through the oblique channels and slip to the synchronous-belt insect conveyors, the image sampling identifying and counting devices sequentially acquire insect images for classifying and counting, the various insects are stored in the different collecting bottles, and manual re-checking is facilitated. The automatic light-trap identifying and counting device is good in trap effect, the insects are complete, identifying and counting are accurate and reliable, and wide application value in insect scouting prediction is achieved.

Description

technical field [0001] The invention relates to an automatic identification and counting device for attracting insects by light, and belongs to the field of agricultural insect detection and reporting devices. Background technique [0002] The currently commonly used insect detection and reporting lamps mainly have the following defects: [0003] (1) Insect-attracting light source lacks pertinence: current insect forecasting lights usually use a single black light to trap insects, but different insects have different phototaxis characteristics, and a single black light is not effective in trapping target insects. [0004] (2) The contact method of insects is single, and the insects are incomplete: the current insect detection and reporting device uses a high-voltage insecticidal grid to kill insects. Due to the different sizes of insects, the resistance to electric shocks is also different, and large insects may be stunned. The small insects were not killed. The individual ...

AI Technical Summary

Problems solved by technology

[0006] Aiming at the shortcomings of the existing insect situation monitoring and reporting devices, the present invention provides an automatic identification and counting of light-attracting insects that can be lured by a composite light source, contacted by multi-layer grids according to the size of insects, collected separately, automatically recognized by images, counted, and automatically sorted and stored. device

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