Abstract: A car lamp includes a lamp shell, a reflecting shade ahead of the lamp shell, a bulb on the reflecting shell, a set-off member ahead of the reflecting shade, and a pervious-to-light lamp cover secured ahead of the set-off member; the reflecting shade has several reflecting surfaces; the set-off member has a pervious-to-light cover on a middle portion, several concave portions around the pervious-to-light cover, through holes respectively connected to rear ends of the concave portions and faced with the reflecting surfaces of the reflecting shade; the set-off member further has several reflecting surfaces on each of inner sides of the concave portions, and several pervious-to-light plates respectively fitted in the through holes thereof; therefore, when the bulb shines, the whole car lamp will look like it has several light emitting diodes shining therein.

Abstract: A security device with rotating floodlights comprises a housing having a control circuit and a motor positioned within the housing. A motion detector is mounted on the front wall of the housing. A shaft from the motor engages with a drive platform, and a pair of lamp base platforms is connected to a pair of turntables on the top wall of the housing. The turntables are mounted on the top wall of the housing, and are constructed to be rotatable either clockwise or counterclockwise. Lamp sockets for flood lights are attached to the lamp base platforms. Posts are mounted on the base platforms and drive platforms with linkages engaged with the posts. When the motion detector communicates with the control circuit, and the motor and lights are activated, the platforms turn in a synchronized manner because of the linkages. Illumination is provided for a set period of time and over a swept 180° of coverage.