Photoelectric-induction locust capturing slippage machine with higher capturing efficiency

Abstract

The invention discloses a photoelectric-induction locust capturing slippage machine with higher capturing efficiency, belongs to the technical field of small insect capturing equipment, and induces and captures locusts through a photoelectric effect. The invention adopts the technical scheme as follows: a capturing machine cabinet is positioned on the lower part of the whole machine; the upper part of a supporting mechanism is positioned above the capturing machine cabinet, and the lower part of the supporting mechanism is fixedly connected with the capturing machine cabinet; composite light inducing light source, an infrared LED lamplight source and a high-voltage static grid are mounted inside the upper part of the supporting mechanism; a capturing slip plate is mounted inside the capturing machine cabinet; the capturing slip plate is a conical funnel of which the lower end is provided with a circular opening; the inner surface of the capturing slip plate is made of a smooth stainless steel; the inclination angle between the wall of the conical funnel and the horizontal plane is 25-70 degrees; the upper edge of the conical funnel is in flush with the top of the capturing machine cabinet, and is clamped on the supporting mechanism inside the capturing machine cabinet; and a locust escape preventing mechanism is arranged below the capturing slip plate. The photoelectric-induction locust capturing slippage machine with higher capturing efficiency has the advantages of simple structure, easiness for manufacturing, capability of inducing and capturing adult locusts and locust larvae at the same time at high efficiency, and the like.

Description

technical field [0001] The invention relates to a mechanical device for inducing and catching locusts by using the photoelectric effect, and belongs to the technical field of small insect catching equipment. Background technique [0002] In Inner Mongolia, Xinjiang, Qinghai and other northwest regions of China, as well as in Australia, northwestern Asia, Africa and other regions, locust disasters break out every year, invading tens of millions of acres of farmland and grassland, causing serious damage to agricultural crops and grassland ecology . At this stage, the traditional method of controlling locust disasters is to spray chemical pesticides. This method causes organic toxins to remain and accumulate in the ecological environment, causing serious damage to the ecological environment and threatening human health. At the same time, from the perspective of biological resource utilization, the spraying of chemical pesticides to prevent and control locust disasters leads to...

AI Technical Summary

Problems solved by technology

The photoelectric induction locust sliding trapping machine can simultaneously photoelectrically induce and capture the adults and larvae of disaster locusts, but it is realized by reducing the height of the body and reducing the size of the locust collection box. Therefore, in the whole process of inducing and trapping disaster locusts, It is necessary to clean the locust collection box several times, which reduces the collection efficiency

The photoelectric induced locust slipping catcher disclosed in the above four patents uses a locust sliding device that is spliced ​​by a number of slides. The splicing gap between the slides provides an effective grip for the locust attachment system. It is not conducive to trapping locusts to slip into the locust collection box, thus limiting the efficiency of inducing and trapping disaster locusts

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