as shown in fig4 the leds 31 may sit in a perpendicular position to the main section 51 or may be bent at an angle u03b2 in a preferred embodiment using three leds 31 the center led sits perpendicular to the main section 51 while the two peripheral leds sit approximately parallel to the main section 51 as shown in fig6 a amp 6b a flap section 52 is bent at an angle u03b1 as measured between the plane of the main section and the plane of the flap section each flap section 52 may be bent at a different angle u03b1 than the other flap sections of the reflector 50 in one embodiment all the flap sections 52 are bent 90 degrees from the main section 51 the flap sections may be preformed to the desired bend angle and inserted into the display opening 18 where the border 19 supports the light source 30 or the junction of the main section 51 and each flap section 52 may be creased and the flat sections 52 caused to bend to the desired angle by engagement with the surrounding border 19 during installation such installation may also cause some degree of bending and curving of the main section 51 and the flap sections 52 the main section 51 and each of the flap sections 52 reflect light from a particular led 31 in different directions depending on the geometrical relationship of that particular led 31 with that particular reflector section the reflector 50 with its multiple sections 51 amp 52 serves to provide a more uniform light intensity throughout the area occupied by the reflector behind each.