Water spray and static shoot-down type locust phototaxis trapping device

Abstract

The invention discloses a water spray and static shoot-down type locust phototaxis trapping device. The water spray and static shoot-down type locust phototaxis trapping device comprises an induction light source system, an electrode installation system, a system support, a water spray system, a static percussion system, a trapping box body and a negative pressure draught fan. The induction light source system is supported against and fixed to a transparent glass lower sealing plate through a light source support. The induction light source system is arranged in a transparent glass cover. A protection cover is fixed to the upper portion of a transparent glass upper sealing plate through a suspension support. The water spray system is mainly composed of a water suction pump, a connecting pipeline and a spray nozzle. The water spray and static shoot-down type locust phototaxis trapping device has the advantages of being reasonable in structure, good in trapping effect, low in cost, high in adaptability and the like, can trap disaster locusts at fixed points, and can conduct wide-range movable wasteland and grassland locust induction trapping in regions where locust disasters break out.

Description

technical field [0001] The invention belongs to the technical field of modern physical agricultural engineering equipment, and in particular relates to a water spraying and electrostatic knockdown type locust phototaxis trapping device. Background technique [0002] Modern physical agriculture is an emerging discipline that combines agriculture and physics. It uses physical factors with biological effects to control the growth and development of animals and plants and their living environment, and promotes traditional agriculture to gradually get rid of the dependence on chemicals such as fertilizers, pesticides and antibiotics and The shackles of the natural environment will eventually lead to environment-regulated agriculture. Physical agriculture is a high-input and high-output equipment-type, facility-type, and craft-type agriculture. It is a new agricultural production technology system that uses specific physical technologies to improve the ecological environment of ag...

AI Technical Summary

Problems solved by technology

However, the diurnal and nocturnal locust phototaxis visual behavior is difficult to stimulate, the phototaxis sensitive spectral absorption forms the physiological response of phototaxis vision, the complexity of phototaxis-induced aggregation behavior and phototaxis trapping behavior, and the difficulty to realize The multiple folds of the sliding plate used in the sliding trapping effect increase the height of the trapping box, which is not conducive to the regulation and realization of the phototaxis trapping behavior of locusts under the photoelectric induction effect. The popularization and application of collective control technology requires effective measures to effectively solve the problems of locust visual stimulation induction and capture

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