LED lamp structure with mosquito catching function

Abstract

The invention discloses an LED lamp structure with mosquito catching function, comprising a housing, a cover, a fan, an oblique plate and an LED module, wherein the housing comprises an accommodating space; the cover is provided with a light emitting element and arranged above the housing and keeps a certain gap with the housing; the fan is arranged in the holding space and is used for leading the air to rotate and further sucking mosquitoes; the oblique plate is arranged in the housing and below the fan and is used for holding the mosquitoes sucked by the fan; the LED module is arranged above the oblique plate and is used for radiating heat; and the LED module comprises a superconducting element, at least one LED and a radiating fin, wherein the superconducting element can be used for transmitting the heat radiated by the LED to the oblique plate through the radiating fin, so that the mosquitoes fallen on the oblique plate are killed at high temperature and are sucked by being matched with the sucking air flow of the fan. The LED lamp structure uses the air flow generated by the fan to suck the mosquitoes, thereby having good catching effect; and the low power consumption property of the LED is further matched, thereby achieving the power-saving and environment-friendly mosquito catching effect and being applicable to mass production.

Description

technical field [0001] The present invention relates to a mosquito trapping lamp, in particular to an LED lamp structure with a mosquito trapping function which is combined with an LED lamp light-emitting diode module and utilizes a heat dissipation heat source to extinguish mosquitoes. Background technique [0002] The traditional method of killing mosquitoes is usually to spray chemical insecticides to eliminate insects and mosquitoes. However, chemical insecticides are sprayed towards the air and dissipated in the air. After being inhaled by the human body, it will cause harm and cause more damage to the environment. It has adverse effects, so it has been gradually reduced in use and replaced by non-polluting mosquito lamps. [0003] Mosquito traps use the phototaxis of mosquitoes to attract mosquitoes. Generally, they are composed of LED light-emitting elements, fans and wire nets. The light-emitting elements emit light to attract mosquitoes to fly in, and then use the f...

AI Technical Summary

Problems solved by technology

[0002] The traditional method of killing mosquitoes is usually to spray chemical insecticides to eliminate insects and mosquitoes. However, chemical insecticides are sprayed towards the air and dissipated in the air. After being inhaled by the human body, it will cause harm and cause more damage to the environment. It has adverse effects, so it has gradually reduced its use and replaced it with non-polluting mosquito lamps.

[0003] Mosquito traps use the phototaxis of mosquitoes to attract mosquitoes. Generally, they are composed of LED light-emitting elements, fans and wire nets. The light-emitting elements emit light to attract mosquitoes to fly in, and then use the fan to inhale them. In addition, the bottom of the LED is heated and dried (heat convection rises) to starve to death; however, in general daily life, the occasions where mosquito lamps are needed are not all dimly lit environments, so that the trapping effect is not as good as expected, and the mosquito trap The high-voltage power grid on the lamp can easily cause children to be injured by mistake. Therefore, there are still many improvements to be made in the current mosquito trap lamp.

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