Abstract: The present disclosure describes a light accent assembly. The light accent assembly may include a reflector body. The light accent assembly may also include a collar proximate to a top of the reflector body. The collar may be operable to removably couple to an LED lamp and the reflector body may be operable to removably couple to the collar. The light accent assembly may also include a trim proximate to a bottom of the reflector body. The trim may define a bottom opening through which light generated by the LED lamp is directed.

Abstract: The present disclosure describes a downlight apparatus that includes a downlight component. A wireform housing may be disposed on an outer surface of the downlight component. A self-locking retention wireform may be coupled to the wireform housing. The self-locking retention wireform may include a locked arrangement, with the locked arrangement including a pre-loaded spring force secured by at least one locking mechanism of the self-locking retention wireform. The self-locking retention wireform may also include an unlocked arrangement, with the unlocked arrangement operable to secure the downlight component within the downlight fixture.

Abstract: The present invention provides an adjustment mechanism by which a luminaire may be adjusted and secured along an arcuate path. The adjustment mechanism includes a mounting bracket, adjustment bolt, adjustment brace, which is attached to the optical housing of the luminaire, and a positioning means, such as an eyebolt. The adjustment bolt is threadably attached to the adjustment brace via a non-rotatable nut. The adjustment bolt, which is disposed through the positioning means, is turned in order to adjust the position of the luminaire. As the adjustment bolt turns, the non-rotatable nut, along with the adjustment brace and optical housing attached thereto, moves along the threaded shaft of the bolt. When the turning of the bolt has ceased, the non-rotatable nut, adjustment brace and optical housing are secured in position by the frictional engagement of the thread of the bolt and the thread of the nut.

Abstract: The present invention provides an adjustment mechanism by which a luminaire may be adjusted and secured along an arcuate path. The adjustment mechanism includes a mounting bracket, adjustment bolt, adjustment brace, which is attached to the optical housing of the luminaire, and a positioning means, such as an eyebolt. The adjustment bolt is threadably attached to the adjustment brace via a non-rotatable nut. The adjustment bolt, which is disposed through the positioning means, is turned in order to adjust the position of the luminaire. As the adjustment bolt turns, the non-rotatable nut, along with the adjustment brace and optical housing attached thereto, moves along the threaded shaft of the bolt. When the turning of the bolt has ceased, the non-rotatable nut, adjustment brace and optical housing are secured in position by the frictional engagement of the thread of the bolt and the thread of the nut.

Abstract: The present invention provides an adjustment mechanism by which a luminaire may be adjusted and secured along an arc. The adjustment mechanism includes a mounting bracket, adjustment bolt, adjustment brace, which is attached to the optical housing of the luminaire, and a positioning means, such as an eyebolt. The adjustment bolt is threadably attached to the adjustment brace via a non-rotatable nut. The adjustment bolt, which is disposed through the positioning means, is turned in order to adjust the position of the luminaire. As the adjustment bolt turns, the non-rotatable nut, along with the adjustment brace and optical housing attached thereto, moves along the threaded shaft of the bolt. When the turning of the bolt has ceased, the non-rotatable nut, adjustment brace and optical housing are secured in position by the frictional engagement of the thread of the bolt and the thread of the nut.