Ecological insecticidal method and insecticidal device

Abstract

The invention discloses an ecological insecticidal method and an insecticidal device. The method comprises the following steps of: (1) covering crops vulnerable to pests with an ecological insecticidal device; (2) switching on a flasher at the upper part of the inner chamber of the box body of the ecological insecticidal device, and closing an escape door on the top of the box body so that pests fly to the four walls of the box body of the insecticidal device and a louver diamond screen window of an energy-saving incandescent lamp under the attraction of light; (3) switching off the flasher, and starting an electric rotating switch to open the escape door; and (4) closing the escape door, and starting a microwave transmitter at the middle lower part of the side box wall of the ecological insecticidal device to kill pests in the box body of the ecological insecticidal device. The square escape door is installed on the top of the box body of the ecological insecticidal device, the electric rotating switch is installed on the square escape door, the flasher is installed on the top of the box body of the ecological insecticidal device, and the microwave transmitter and a controller are installed on one side of the box body of the ecological insecticidal device. The insecticidal device runs automatically, is convenient to use and has the advantages of cleanliness, no pollution and high insecticidal efficiency; pests are killed ecologically, and the escape rate of beneficial insects is 95-98%; and moreover, the pests are intensively killed in an intermittent way so that low carbon and energy conservation are realized.

Description

technical field [0001] The invention relates to the technical field of ecological insecticidal, more particularly to an ecological insecticidal method, and also relates to an ecological insecticidal device, which is suitable for agriculture, vegetables, tea, tobacco, gardens, greenhouses, vineyards, greenery. Background technique [0002] Traditional pesticide sprayers play a very important role in agricultural production, but the traditional methods of spraying and killing insects are all using toxic pesticides to kill and kill insects. The risk of pesticide residues in agricultural products, especially leafy vegetables, is very prominent, and the pollution of pesticides to the environment and the harm to human health has received extensive attention. In this context, various types of insecticides or exterminators have come on the market one after another. Existing insecticides or insecticides all use the phototaxis, wavetaxis and colortaxis of insects to lure and kill in...

AI Technical Summary

Problems solved by technology

Existing insecticides or exterminators all use the phototaxis, wavetaxis and colortaxis of insects to trap and kill insects, but these methods also kill the natural enemies of pests—beneficial insects when killing pests. Greatly weaken the natural inhibitory effect of the ecosystem on pests, making agricultural production more dependent on artificial pest control measures, and also increasing the burden of artificial pest control

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