Self-powered UV detection LED lamp

Abstract

The invention discloses a self-powered UV detection LED lamp which comprises a lamp tube and a lamp body. The lamp body comprises a conducting male socket, a radiator, an LED substrate and a lampshade. The lamp tube is provided with a conducting female socket which is in adaptive connection with the conducting male socket. The conducting male socket is inserted into the conducting female socket to achieve adaptive connection power supply. According to the self-powered UV detection LED lamp, the LED lamp can be powered up through a photovoltaic device after light is absorbed, redundant electricity is further stored into a lithium battery for standby application, the self-sufficiency purpose is achieved, and the self-powered UV detection LED lamp can be used outdoors conveniently. Meanwhile, a UV lamp is arranged, and the UV lamp or a common LED lamp can be selected for use through a button on the lamp tube. When the UV lamp is used, an object reacted with fluorescence generated by irradiation of the UV lamp can be found, and the self-powered UV detection LED lamp is suitable for auxiliary tools of field detection. Meanwhile, the mode of combining graphite with an aluminum substrate is used, heat radiation of the LED lamp is accelerated through the performance that the heat conductivity coefficient of the graphite is twice that of an aluminum plate, and thus the service life of products is prolonged.

Description

technical field [0001] The invention relates to the technical field of lighting, in particular to a self-powered UV detection LED lamp. Background technique [0002] With the improvement of people's living standards, LED lights have become very common as lighting tools. Many LED light sources have been derived as lighting tools, and the structures of LED lights are also various. But as far as the existing technology is concerned, LED lights are divided into two types, one is fixed, which is fixed on the roof, wall or track, and is powered by the power line on the roof, wall or track to emit light; the other is Power is provided by batteries. [0003] It is inconvenient to carry out the power supply through a fixed method, but the power consumption of the battery is limited, and multiple batteries need to be spared, or a place to charge is required, and the use time is not long. And the function of the LED lamp in the prior art is single, when multiple functions are needed,...

AI Technical Summary

Problems solved by technology

[0003] It is inconvenient to carry out power supply through a fixed method, but with battery power supply, the energy consumption of the battery is limited, and multiple batteries need to be spared, or a place to charge is required, and the use time is not long

Moreover, the LED lamps in the prior art have a single function. When multiple functions are required, it is necessary to purchase multiple lamps and use them at the same time, which is a waste of financial and material resources.

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