the face of the toggle member 52 and forces it against the face of the pc board 34 this biases the conductive detent projections 94 and 98 into the respective detents when the toggle member 52 is in the central position as shown in fig8 detent projections 94 and 98 are seated in detents 64 and 66 fig9 and thereby the bulbs 30 and 32 are positioned to both sides of the center of the reflector 26 the circuit is broken with no light energized when the toggle member 52 is tilted to one side or the other the conductive detent projections 94 and 98 engage with one or the other of the contact detents 60 or 62 to thereby complete the circuit and energize the respective bulb simultaneously with positioning the bulb in the center of the reflector 26 thus one or other of the bulbs 30 and 32 is simultaneously selectively positioned substantially in the focal print of the reflector 26 and energized stop members 97 and 99 fig8 limit the movement of the toggle member 52 in either direction the toggle member 52 is pivoted between its activated and inactivated positions by means of the actuator 100 fig1 and 6 mounted outside the casing 12 below the handle 16 the actuator 100 is connected through the shaft 103 fig2 to the lever 102 inside the casing 12 which engages flange or pin 104 fig6 and 8 extending from top of the toggle member 52 the flange 104 rides in a notch formed in the forward edge of.