Full-automatic insect specimen image acquisition system

Abstract

The present invention discloses a full-automatic insect specimen image acquisition system which comprises a supporting module, a camera, an LED illuminating lamp and a computer, the supporting module and the camera are connected with the computer, the supporting module comprises a base, a vertical plate is installed on the base, and the interior of the vertical plate is slidably connected with a lifting block screwed to the exterior of the vertical plate. A machine base is arranged at the end, extending out of the vertical plate, of the lifting block, a steering engine is fixed to the machine base, a rotating motor is installed at the bottom of the rotating arm, a specimen needle connected with the output end of the rotating motor is arranged on the rotating arm, and a control circuit and a lithium battery pack which are connected with the lifting motor, the steering engine, the rotating motor and the LED illuminating lamp are arranged in the base. The specimen can be automatically overturned and the biological specimen can be rotated through the supporting module, so that direct touch of the hand is avoided, an omnibearing LED white light source is provided, a camera is automatically controlled by using a digital line, physical features of insects are shot from multiple angles, a corresponding database is established in a computer, and various insects can be conveniently backtracked, displayed and automatically identified.

Description

technical field [0001] The invention relates to the technical field of geometric and morphological analysis of insects, in particular to a fully automatic insect specimen image collection system. Background technique [0002] Manual digital image acquisition by primitive means: [0003] 1. To use manual adjustment to shoot, you need to directly touch the insect needle with your hands. Put it in front of a flat panel with a white background, and rotate the insect by hand. During the image collection process, due to the uneven rotation speed, the shooting has a high failure rate, the quality of photos and videos is poor, and there is no reference standard for the hand-held specimen, which makes There are various deviations in the shooting angle, which greatly affects the accuracy of the image data. [0004] 2. Hand-held specimens need to constantly adjust the ideal angle for shooting, and the shooting angle needs to be adjusted repeatedly. The image acquisition time of the s...

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