Abstract: The present invention discloses a quickly clampable and dismountable lamp connection structure, wherein a buckle linkage assembly that fastens the lamp housing body onto the fixed connecting seat in a dismountable manner is arranged between opposite junction surfaces of the fixed connecting seat and the lamp housing body, and comprises a locking groove, a hook that can snap into the locking groove in a resilient manner so that the lamp housing body is fastened on the fixed connecting seat, a linkage part that can stretch out or draw back and move together with the hook, and a guide slope for pushing the linkage part to move when the lamp housing body rotates relative to the fixed connecting seat, thereby driving the hook to retreat and break away from the locking groove.

Abstract: The present invention discloses a functionally integrated induction lamp comprising a bottom case and a top case. A PCB having a light control circuit is arranged therebetween, which is provided with an induction sensor for detecting moving objects or ambient light signals to trigger the induction LED lamp for emitting light and an induction LED lamp connected to the circuit. A light guide plate enabling the light emitted by the induction LED lamp to come out and a sensor shield are arranged on the top case. An outer surface of the sensor shield is connected transitionally to an outer surface of the light guide plate smoothly to form a curved surface, which can greatly improve its appearance. Meanwhile, the sensor shield is a Fresnel lens with a smooth outer surface and an inner surface having concave and convex texture, greatly improving the induction to moving human bodies.

Abstract: A cabinet lamp is provided, including a connection substrate, a light guide plate and a top cover. There is a light emitting area on the connection substrate. On the top cover, there is a light emitting window corresponding to the light emitting area. The top cover presses the light guide plate onto the light emitting area. Light sources are disposed on the light emitting area and along the circumferential direction of the light guide plate. On the inner surface of the top cover, there is a protruded border along the circumferential direction of the light emitting window. A reflective surface is formed between the protruded border and the light emitting window. The reflective surface can reflect the light emitted from the light sources to the side face of the light guide plate. The side face of the light guide plate toward the light emitting area has a recessed structure.