Solar high-efficiency insecticidal lamp for garden

Abstract

The invention discloses a solar high-efficiency insecticidal lamp for a garden. The solar high-efficiency insecticidal lamp comprises a telescopic lamp mounting frame fixedly arranged on the ground, an insecticidal control system based on an AT89S52 chip, a solar power generation device and an illumination detection module, wherein the solar power generation device and the illumination detection module are controlled and connected by the insecticidal control system; the illumination detection module is used for detecting illumination information near the solar power generation device and transmitting the illumination information to the insecticidal control system, after the illumination information is processed by the insecticidal control system, the orientation of the solar power generation device is changed through an adjustable angle connecting assembly to achieve that the solar power generation device always faces the direction of the strongest light, so that the solar power generation device absorbs more solar energy and generates more electric energy, thereby meeting the use requirements of the solar high-efficiency insecticidal lamp for the garden, and meanwhile, greatly improving the insecticidal efficiency of the insecticidal lamp.

Description

technical field [0001] The invention relates to the technical field of pastoral insecticide, in particular to a field-use solar high-efficiency insecticidal lamp. Background technique [0002] Traditional pastoral deworming mainly relies on pesticides. The use of pesticides not only causes the problems of pastoral vegetation and soil pesticide residues, but also causes the pollution of pastoral environment, endangering human health and safety and the high quality and high efficiency of agricultural production. Therefore, solar insecticidal lamps should be used And born. [0003] Just as the application number is 201510690924.3 named as an invention of a solar insecticidal lamp, the insecticidal lamp in this invention includes a rainproof cover, an insect receiving tray, and an insect trap lamp arranged between the rainproof cover and the insect receiving tray to prevent rain A reflective mirror is arranged on the cover, and a breathable canvas is arranged on the inner surfa...

AI Technical Summary

Problems solved by technology

[0005] (1) The entire solar insecticidal lamp device is installed close to the ground, which is convenient for maintenance personnel to replace and maintain. However, due to the low position, children are prone to electric shock accidents when they are curious. Absorb sunlight; the irradiation range of the insect-attracting lamp is small, and it can only achieve the killing effect on the pests gathered near the ground, which reduces the insecticidal efficiency of the solar insecticidal lamp;

[0006] (2) The whole device is an integrated structure. There is no specific analysis on how the solar power generation device is installed. According to the conventional technical means in this field, it is considered that the solar power generation device is fixedly installed on the solar insecticidal lamp. , the irradiation angle of sunlight will be different, and the solar power generation device is fixedly installed, which cannot absorb sunlight well, which will reduce the accumulated electric energy of the solar insecticidal lamp, which cannot meet its insecticidal needs, and will also reduce its insecticidal effect. Insect efficiency

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