Solar moth-killing lamp

Abstract

The invention relates to a solar moth-killing lamp. The solar moth-killing lamp comprises a moth-killing lamp and a solar energy conversion part which provides the moth-killing lamp with a power source and is composed of a solar cell, a controller and a storage battery, wherein the moth-killing lamp is arranged in a hopper; a transparent lampshade is hooded outside the moth-killing lamp; a water pipe connected to a water pool is arranged at the top end of the transparent lampshade; the water pipe pumps water in the water pool through a water pump arranged at the end bottom to the top part of the transparent lampshade, and the water flows downwards along the outer wall of the transparent lampshade to form a flowing water film; a water discharge pipe is arranged below the hopper; an outlet which is dead against a water receiving hopper of the water pool is formed at the terminal section of the water discharge pipe; and a moth capturing bag is arranged at the outlet of the water discharge pipe. As solar energy is utilized to provide a moth-killing power source, injurious insects once approaching may contact the flowing water film and be flushed away and killed by the water film with little room for survival, and thorough moth-killing effects are obtained; and as almost all the using water is the natural rain for the cycle use and water is unnecessary to be replaced basically, the solar moth-killing lamp is energy-saving, environment-friendly, and convenient in installation and use.

Description

technical field [0001] The invention relates to a tool for killing mosquitoes and other pests, in particular to a solar insect trapping lamp suitable for outdoor installation and use. Background technique [0002] At present, there are many indoor or outdoor trap lights. Most of the outdoor trap lights use solar power to lure mosquitoes to approach, and then use water or high-voltage power grids to kill mosquitoes. For example, our common insect traps with water basins use lights to attract insects, and a water basin is set below. Although the insect trapping effect is good, it can only kill the pests that touch and immerse in the water, and the insecticidal effect is very unsatisfactory. And over time, the exposed water source provides a breeding ground for pests, which is very inconvenient as long as it is solved by changing the water frequently. Another kind of trap lamp that uses high-voltage power grid to kill insects, in order to achieve the purpose of killing mosquit...

AI Technical Summary

Problems solved by technology

For example, our common insect trap lights with water basins use light to lure insects, and a water basin is placed below. Although the insect trap effect is good, it can only kill the pests that touch and immerse in the water. The insecticidal effect is not ideal. And over a long period of time, the exposed water source provides a breeding ground for the pests. It is very inconvenient to solve the problem by changing the water frequently.

Another kind of insect trap lamp that uses a high-voltage power grid to kill insects, in order to achieve the purpose of killing mosquitoes, requires a higher supply of power supply, and often solar energy cannot meet the purpose of trapping and killing insects.

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