Flying insect online monitoring device

Abstract

The invention relates to a flying insect online monitoring device which comprises a trapping device and a trapper outer cylinder. The trapping device comprises a big-end-down conical viscose plate arranged in the trapper outer cylinder, the outer conical surface of the conical viscose plate is used for trapping insects, and an insect inlet allowing the insects to fly in from outside to inside is formed in the cylinder wall of the trapper outer cylinder. A top cover is arranged at the upper end of the trapper outer cylinder, and a camera used for shooting and recording the outer conical surfaceof the conical viscose plate downwards is arranged at the position, over the conical viscose plate, of the top cover. Due to the big-end-down structure of the conical viscose plate, it is guaranteedthat the adhesive trapping area is large enough, the adhesive trapping effect on flying insects can be guaranteed, meanwhile, the requirement for the photographing angle of the camera is reduced, thecamera can photograph the whole outer conical surface of the conical viscose plate, the flying insects cannot move after being trapped on the conical viscose plate, the camera can record the number ofinsects on the conical viscose plate, and data and a working basis are provided for realization of an insect online counting and monitoring technology.

Description

technical field [0001] The invention relates to an online monitoring device for flying insects in the field of stored grain pest control. Background technique [0002] Wheat moth and Indian rice borer are worldwide pests that endanger stored grain, and they are also important stored grain pests in my country. The main period of harming grain is the larvae stage, and the larvae eat into grains and harm grains. most harmful. At present, the main means of controlling wheat moth and Indian rice borer is phosphine fumigation. The stored grain pests have developed extensive resistance to phosphine, and phosphine is a stored grain chemical agent that is being eliminated. Therefore, it is urgent to find phosphorus Alternatives to Hydrogen Control. [0003] Using traps to trap pests is an environmentally friendly and non-polluting means of killing insects. Traps can directly trap and kill pests. It is a simple device that is easy to use, practical and economical. Existing traps suc...

AI Technical Summary

Problems solved by technology

The problem with the existing traps is that it can only trap flying pests, but cannot count flying pests, and cannot monitor pests online, and cannot obtain the types and quantities of pests for analysis. It is impossible to conduct an effective analysis on the degree of damage, occurrence amount, occurrence period and distribution area of ​​pests

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