Bionic automatic insect trap

Abstract

The invention discloses a bionic automatic insect trap which comprises a cam carrier mechanism, a resetting mechanism, a positioning mechanism, an air suction assembly, a light-emitting diode and a control unit, wherein the cam carrier mechanism is arranged below the air suction assembly, the resetting mechanism is arranged at the two sides of the air suction assembly, the positioning mechanism is arranged at one side of the cam carrier mechanism, the light-emitting diode is arranged on the air suction assembly, and the cam carrier mechanism, the positioning mechanism and the air suction assembly are respectively connected with the control unit. The bionic automatic insect trap has the advantages that according to the phototaxis of winged insects, the light-emitting diode is adopted to entice the winged insects, and then the winged insects are caught and killed through the action of the air suction assembly, thereby overcoming the defects that in the prior art, the mode of catching insects by using chemicals causes adverse influences on the environment, a natural insect-catching mode is low in efficiency, and a household insect trap is inconvenient to use, and the like; the insect-catching efficiency is high, and the insect-catching mode is environmental-friendly and has no adverse influence on the environment; and when a visual and intelligent control system is additionally on the bionic automatic insect trap, an intelligent insect-catching robot is formed.

Description

technical field [0001] The invention relates to the field of agricultural machinery and robots thereof, in particular to a bionic automatic insect catcher. Background technique [0002] At present, there are two ways to kill flying insects, natural and artificial. [0003] Nature mainly uses insect-catching plants to kill flying insects, such as pitcher plants and pitcher plants in traps, sundews in sticky flypaper, and flytraps in traps. [0004] Artificial insect catching mainly uses chemical reagents and electric killing. Fly paper, insecticides, restaurant fly traps, etc. are very common in daily life, and insecticides are the most commonly used in agricultural production. [0005] When insects need to be hunted and killed in agricultural production, among the above two ways of catching insects, insect-catching plants are relatively rare, and only appear in specific growth environments, and the number of insects caught is small and the efficiency is low. However, chemi...

AI Technical Summary

Problems solved by technology

[0005] When insects need to be hunted and killed in agricultural production, among the above two ways of catching insects, insect-catching plants are relatively rare, and they only appear in specific growth environments, and the number of insects caught is small and the efficiency is low

However, chemical reagents are easy to cause environmental pollution; sticky paper needs to be incinerated or landfilled after use, which will also have a certain impact on the environment; the pollution caused by the large-scale use of insecticides is even more immeasurable

However, currently commonly used household or restaurant fly traps, etc., need to be powered on to use, which is inconvenient to use and is not suitable for agricultural production.

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