Abstract: A Light Emitting Diode (LED) light fixture that provides high illumination such as that found for indoor and outdoor performance lighting. The LED fixture has a LED housing and a power supply housing that are configured to have a space between them when constructed for air flow. LED housing has two sets of cooling fins, a first set with a length from the face of the LED housing to the rear of the LED housing, and a second with a length from the face of the LED housing into a cut-out in the power supply housing. This cooling system provides for an efficient, compact, and esthetically pleasing fixture.

Abstract: The specification and drawing figures describe and show an edge illuminable wayfinder that includes a an illuminable graphic sandwich operatively connectable to a sealed light-emitting diode platform that are enclosed in a housing.

Abstract: A system for directing light from a luminaire. The system for directing light from a luminaire, according to the present invention, includes a source of light. A first reflecting device is installed in the luminaire for reflecting light from the source of light and directing substantially indirect lighting from the luminaire. The first reflecting device is formed with an opening. The opening allows unreflected light to pass through the first reflecting device to a second reflecting device mounted in the luminaire. The first reflecting device includes a window mountable in the opening for diffusing light. The first reflecting device also includes a lens. The second reflecting device is a multiple surface reflector assembly for directing a combination of direct lighting and luminous lighting from the luminaire through and along a fascia that is engageable with the luminaire.

Abstract: A system for directing light from a luminaire. The system for directing light from a luminaire, according to the present invention, includes a source of light. A first reflecting device is installed in the luminaire for reflecting light from the source of light and directing substantially indirect lighting from the luminaire. The first reflecting device is formed with an opening. The opening allows unreflected light to pass through the first reflecting device to a second reflecting device mounted in the luminaire. The first reflecting device includes a window mountable in the opening for diffusing light. The first reflecting device also includes a lens. The second reflecting device is a multiple surface reflector assembly for directing a combination of direct lighting and luminous lighting from the luminaire through and along a fascia that is engageable with the luminaire.