Abstract: A bicycle light assembly includes a body having a light end and a clamp end. A resilient member is pivotably connected to the body and has a clamp portion which is cooperated with the clamp end of the body to be connected with the brake cable. When braking, the resilient member is pivoted relative to the body and activates the light unit in the light end of the body. An isolation ring is located between the light member of the light unit and the battery to increase the sensibility of the light unit.

Abstract: A bicycle light assembly includes a body having a light end and a clamp end. A resilient member is pivotably connected to the body and has a clamp portion which is cooperated with the clamp end of the body to be connected with the brake cable. When braking, the resilient member is pivoted relative to the body and activates the light unit in the light end of the body. An isolation ring is located between the light member of the light unit and the battery to increase the sensibility of the light unit.

Abstract: A charging device for a light includes a light body and a charging assembly which is connected to the light body. The light body has a printed circuit board disposed therein. The charging assembly is electrically connected to the printed circuit board. The charging assembly has a base, an electrical connecting plate and a plurality of wires. The electrical connecting plate is connected to one side of the base. The wires are connected to another side of the base. The electrical connecting plate pivots and bends relative to the base. A plurality of metal conductors is disposed on the electrical connecting plate. Under this arrangement, when the light body needs to be charged, the electrical connecting plate is pulled up and inserted into a port of a computer.