Spherical warning lamp for electric bicycle

Abstract

The invention provides a spherical warning lamp for an electric bicycle. The warning lamp comprises a lamp body and a mounting seat; the lamp body comprises a spherical shell, an LED illuminating lamp, an LED warning lamp body, a switch, a power supply and multiple photovoltaic panels; the LED illuminating lamp is arranged on the front surface of the spherical shell, the LED warning lamp body is arranged on the back surface of the spherical shell, and the LED illuminating lamp and the LED warning lamp body are connected to a battery and the switch through circuits; the multiple photovoltaic panels are arranged on the outer surface of the upper hemisphere of the spherical shell in parallel, and are connected with the battery through the circuits; a universal ball head is arranged at the bottom part of the shell; the mounting seat comprises a clamping ring, a mounting hole and a universal ball sleeve; and the lamp body is movably connected to the universal ball sleeve through the universal ball head so that the lamp body can be subjected to angle transformation relative to the mounting seat; and anti-skid lines are arranged on the outer surface of the universal ball head and the inner surface of the universal ball sleeve.

Description

technical field [0001] The invention relates to the technical field of electric bicycle accessories, in particular to a spherical electric bicycle warning light. Background technique [0002] To ensure the safety of bicycle riders, electric bicycles are usually equipped with warning devices at the front and rear of the car body. Warning devices in the prior art generally include reflective warning lights and active warning lights. The reflective warning light utilizes the light reflection of motor vehicles driving in the front and rear, so that other vehicles in the front and rear can observe in time to ensure safety. Reflective warning lights have the advantages of low cost and long life, but their warning effects are only effective for some vehicles with stronger lights, and are still ineffective for vehicles without lighting facilities. Active warning lights usually use built-in batteries or solar cells and LED lights, and use LED light to play a warning role; however, ...

AI Technical Summary

Problems solved by technology

Active warning lights usually use built-in batteries or solar cells and LED lights, and use LED light to play a warning role; however, they have disadvantages such as installation location regulations, limited power, and short service life; although solar cells can increase battery life capacity, but due to the limitation of the installation location, the power generation efficiency is usually poor, and it needs to be removed and placed in strong sunlight for charging.

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