A field insect capture and treatment device

Abstract

The invention discloses a field insect trapping and processing device, comprising an insect trapping component, an insect killing mechanism, an insect guiding component, a conveyor belt circulating mechanism, an insect collecting bucket, a cleaning strip brush and an image acquisition module. The insecticidal mechanism is composed of a metal long tube with a heating element outside and a plurality of circular plates with long shafts. The circular plate is equidistantly placed in the long tube, and the inside of the long tube is equally divided into multiple sections, which are supported and fixed by the long axis on the circular plate passing through the tube wall of the long tube, and the long axis can be rotated around the axis, so that the circular plate is in the long tube. The inside of the tube is turned over; the insect guide assembly is a plate folded into an obtuse angle and a semi-cone combined to form a curved plate with a convex object in the shape of a semi-cone, and cooperates with the flat belt conveying mechanism to spread the captured insects in a on flat surface. The invention traps insects, kills the captured insects effectively, and lays them under the image acquisition module in a better shape, so that the image acquisition module can acquire the most ideal image.

Description

technical field [0001] The invention relates to a field insect capture, processing and image collection device. Background technique [0002] Using computer image recognition and processing technology to forecast field pests is a technology that uses image sensors to collect insect images, and uses computers to identify and count insects in the images. This technology requires the use of an insect catching device with the functions of catching, killing and placing insects to capture and process insects, and then it is equipped with an image sensor and a corresponding computer for identification and counting. The insect catching and processing device needs to provide the image sensor with complete and scattered insect forms, so that the image sensor can collect clear and non-superimposed insect images, which is convenient for computer identification and counting. The usual insect catching device first traps insects by light, then kills insects by electric shock or concentrat...

AI Technical Summary

Problems solved by technology

In practical applications, due to the individual differences of the captured insects, the way of electric shock is often over-shocking small insects when the power is high and burnt, destroying the shape of insects, and low power does not work for large insects, which affects the image of insects The way of high-temperature heating, because the insects are captured randomly and intermittently enter the heating container one after another. If the insects are heated and killed at regular intervals, the insects are actually heated at different times, and the insects that enter later are not easy due to the short time. In addition, after heating and killing insects, they are discharged in a concentrated manner, which tends to accumulate the discharged insects, making image recognition and counting difficult

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