Abstract: A light head assembly for directing light generated by a remote light source and transmitted through a light pipe. The light head assembly has at least one optic deflector with a convex reflective surface for intercepting and redirecting the light beam emitted from the end of the light pipe. The thus redirected light is incident upon a larger primary reflector having a concave reflective surface which subsequently redirects the light toward the ambient environment. The optic deflector is supported at a desired distance from, and with an appropriate orientation to, the end of the associated light pipe so as to substantially eclipse the beam of light discharged from the light pipe.

Abstract: A light head assembly for directing light generated by a remote light source and transmitted through a light pipe. The light head assembly has at least one optic deflector with a convex reflective surface for intercepting and redirecting the light beam emitted from the end of the light pipe. The thus redirected light is incident upon a larger primary reflector having a concave reflective surface which subsequently redirects the light toward the ambient environment. The optic deflector is supported at a desired distance from, and with an appropriate orientation to, the end of the associated light pipe so as to substantially eclipse the beam of light discharged from the light pipe.

Abstract: An electronic power supply which employs energy storage capacitors has an enclosure defining a housing including a base and a cover. The capacitors are resiliently supported within the enclosure on a carrier. Integral receivers extend from the underside of the top of the cover in registration with the carrier and engage the capacitors to clamp the capacitors in a fixed position within the housing. The housing exterior includes a thermal radiator consisting of multiple fins which extend outwardly from the receivers for dissipating heat generated in the capacitors.