Network type solar energy LED (light emitting diode) pyralidae insect trapping lamp

Abstract

The invention relates to a network type solar energy LED pyralidae insect trapping lamp. The network type solar energy LED pyralidae insect trapping lamp structurally comprises a solar positioning system, a control module, an LED light box, a solar photovoltaic module, a trapped insect collecting box and a lampstand. According the network type solar energy LED pyralidae insect trapping lamp, by means of the sensitivity of pyralidae insects to light with a wavelength of 320-400 nm, the living habits and the physiological property of night flying of the pyralidae insects and by calculating time and angles through the solar positioning system, a computer software system automatically computes trapping time according different seasons and automatically power on LED lamps at the specific flying time angle of the pyralidae insects through wireless network to achieve trapping; a trapped insect collector above an LED lamp disc performs trapping and collection. The network type solar energy LED pyralidae insect trapping lamp can reduce the number of pyralidae insect colonies, and by means of a physical prevention method, can avoid the problems such as drug resistance and environmental pollution due to utilization of pesticides to achieve a green and pollution-free planting mode.

Description

technical field [0001] The invention relates to a network-type solar LED insect-trap lamp of the Mothidae family, which belongs to the technical field of plant disease and insect pest control. Background technique [0002] At the poplar ear stage when rice planting and flowering coincides with the time when the growth of the stem borer is the most vigorous, the larvae of the stem borer parasitize on the rice ears, resulting in the condition of the white ears, resulting in economic losses of reduced or even complete production. The current control methods The method generally adopts the pesticide control of insecticide, and a large amount of use of insecticide will not only cause environmental pollution, but also cause the ecological imbalance in the soil, and the soil vitality will reduce the vitality of the soil as the amount of pesticides increases; The improvement of people's living standards, the increased awareness of environmental protection, and the emphasis on physic...

AI Technical Summary

Problems solved by technology

[0002] At the poplar ear stage when rice planting and flowering coincides with the time when the growth of the stem borer is the most vigorous, the larvae of the stem borer parasitize on the rice ears, resulting in the condition of the white ears, resulting in economic losses of reduced or even complete production. The current control methods The method generally adopts the pesticide control of insecticide, and a large amount of use of insecticide will not only cause environmental pollution, but also cause the ecological imbalance in the soil, and the soil vitality will reduce the vitality of the soil as the amount of pesticides increases; The improvement of people's living standards, the increased awareness of environmental protection, and the emphasis on physical health have expanded the market's demand for organic ecological agricultural products. Rice is our main food. How to use physical control methods to control pests on rice is an important issue that needs to be solved at present. question

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