Solar flashlight

Abstract

The invention discloses a solar flashlight, and relates to the field of energy resources. The solar flashlight comprises a shell and LED lamps. A solar panel is arranged on the shell, a storage battery is arranged in the shell and is respectively connected with the solar panel and the LED lamps, an ultraviolet currency detecting lamp is arranged at the tail end of the shell and is connected with the storage battery, and a lighting switch and a currency detecting switch are arranged on the shell and are respectively connected with the LED lamps and the ultraviolet currency detecting lamp. The solar flashlight has the advantages that solar energy can be converted into electric energy via the solar panel, and the electric energy can be stored in the storage battery and can be used for illuminating at night; the ultraviolet currency detecting lamp is arranged at the tail end of the shell, the storage battery supplies electricity to the ultraviolet currency detecting lamp, and accordingly the solar flashlight not only can be used for illuminating, but also can be carried along with a user and verify the authenticity of currency; renewable resources in the nature can be sufficiently utilized by the solar flashlight in the design, the solar flashlight is simple in design, convenient to operate and adaptive to market requirements, has multiple functions and is environmental friendly, and energy can be saved.

Description

technical field [0001] The invention relates to the field of energy, in particular to a solar flashlight. Background technique [0002] The world is developing and the society is progressing, but with the continuous and rapid development of the social economy, energy conflicts are unavoidable in front of people. As one of the daily necessities, the flashlight is facing transformation without exception. The flashlight is a common As a lighting tool, the traditional flashlight is composed of a light bulb, an alkaline battery and a flashlight shell. Due to the low luminous rate of the bulb, the short service life, and the limited volume of alkaline batteries, and a large number of alkaline batteries cause environmental pollution, with the development of society With the rapid development of progress and high technology, rechargeable flashlights have appeared. Rechargeable flashlights are connected to normal AC power sources for charging, and the use of power is terminated. At t...

AI Technical Summary

Problems solved by technology

[0002] The world is developing and the society is progressing, but with the continuous and rapid development of the social economy, energy conflicts are unavoidable in front of people. As one of the daily necessities, the flashlight is facing transformation without exception. The flashlight is a common As a lighting tool, the traditional flashlight is composed of a light bulb, an alkaline battery and a flashlight shell. Due to the low luminous rate of the bulb, the short service life, and the limited volume of alkaline batteries, and a large number of alkaline batteries cause environmental pollution, with the development of society With the rapid development of progress and high technology, rechargeable flashlights have appeared. Rechargeable flashlights are connected to normal AC power sources for charging, and the use of power is terminated. At the same time, power resources are also in short supply. Therefore, it is in urgent need of improvement, and some solar flashlights have also flooded into the market. , but its function is single, and resources cannot be fully utilized. For example, the document with the application number 201220573609.4 discloses a solar flashlight, which includes a shell made of aluminum alloy material, LED highlight beads and switches arranged on the shell. There are anti-slip grooves inside, a USB charging port on the side of the base, and a round charging socket in the center of the base, which can be charged indoors through a matching charger. Although it uses solar energy, its function is single, and no ultraviolet money detector is designed. Lamps cannot maximize the use of resources and cannot adapt to market demand

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