Abstract: In an embodiment, a luminaire may include a housing that includes a support panel, a rotation ring supported by the support panel where the rotation ring is infinitely adjustable with a range of adjustments with respect to the support panel, a rotation drive unit configured to rotate the rotation ring with respect to the support panel, an aiming frame supported by the rotation ring, a tray system pivotally mounted to the aiming frame and configured to receive the bulb, and a tray drive configured to rotate the tray system about the pivotal mounting, whereby, in operation the rotational and angular orientation of the bulb may be adjusted while the bulb is on.

Abstract: In an embodiment, a luminaire may include a housing that includes a support panel, a rotation ring supported by the support panel where the rotation ring is infinitely adjustable with a range of adjustments with respect to the support panel, a rotation drive unit configured to rotate the rotation ring with respect to the support panel, an aiming frame supported by the rotation ring, a tray system pivotally mounted to the aiming frame and configured to receive the bulb, and a tray drive configured to rotate the tray system about the pivotal mounting, whereby, in operation the rotational and angular orientation of the bulb may be adjusted while the bulb is on.

Abstract: In an embodiment, a luminaire may include a housing that includes a support panel, a rotation ring supported by the support panel where the rotation ring is infinitely adjustable with a range of adjustments with respect to the support panel, a rotation drive unit configured to rotate the rotation ring with respect to the support panel, an aiming frame supported by the rotation ring, a tray system pivotally mounted to the aiming frame and configured to receive the bulb, and a tray drive configured to rotate the tray system about the pivotal mounting, whereby, in operation the rotational and angular orientation of the bulb may be adjusted while the bulb is on.

Abstract: In an embodiment, a luminaire may include a housing that includes a support panel, a rotation ring supported by the support panel where the rotation ring is infinitely adjustable with a range of adjustments with respect to the support panel, a rotation drive unit configured to rotate the rotation ring with respect to the support panel, an aiming frame supported by the rotation ring, a tray system pivotally mounted to the aiming frame and configured to receive the bulb, and a tray drive configured to rotate the tray system about the pivotal mounting, whereby, in operation the rotational and angular orientation of the bulb may be adjusted while the bulb is on.

Abstract: A lighting enclosure system with a right side extruded metal panel, a left side extruded metal panel, a top cover, a lamp holding panel, a light diffuser panel and a variety of flange members that allow the user to hang the lighting enclosure in a variety of conditions including suspended ceilings, sheet rock ceilings and walls. The right and left side metal brackets including a plurality of horizontally disposed, equally spaced outwardly projecting ribs, each the rib having a plurality of equally spaced, horizontally disposed screw thread retaining ridges that allow the user to attach the flange members in any desired location. Additional side brackets can attach one enclosure system with another in a linear fashion.

Abstract: In an embodiment, a luminaire may include a housing that includes a support panel, a rotation ring supported by the support panel where the rotation ring is infinitely adjustable with a range of adjustments with respect to the support panel, a rotation drive unit configured to rotate the rotation ring with respect to the support panel, an aiming frame supported by the rotation ring, a tray system pivotally mounted to the aiming frame and configured to receive the bulb, and a tray drive configured to rotate the tray system about the pivotal mounting, whereby, in operation the rotational and angular orientation of the bulb may be adjusted while the bulb is on.

Abstract: In an embodiment, a luminaire may include a housing that includes a support panel, a rotation ring supported by the support panel where the rotation ring is infinitely adjustable with a range of adjustments with respect to the support panel, a rotation drive unit configured to rotate the rotation ring with respect to the support panel, an aiming frame supported by the rotation ring, a tray system pivotally mounted to the aiming frame and configured to receive the bulb, and a tray drive configured to rotate the tray system about the pivotal mounting, whereby, in operation the rotational and angular orientation of the bulb may be adjusted while the bulb is on.

Abstract: In an embodiment, a luminaire may include a housing that includes a support panel, a rotation ring supported by the support panel where the rotation ring is infinitely adjustable with a range of adjustments with respect to the support panel, a rotation drive unit configured to rotate the rotation ring with respect to the support panel, an aiming frame supported by the rotation ring, a tray system pivotally mounted to the aiming frame and configured to receive the bulb, and a tray drive configured to rotate the tray system about the pivotal mounting, whereby, in operation the rotational and angular orientation of the bulb may be adjusted while the bulb is on.

Abstract: An improved recessed lighting fixture allowing illumination from a lighting unit placed within a cavity of a planar surface, such as a ceiling or wall. The invention facilitates the ability to properly aim illumination because the user can aim the fixture while it is in place and illuminated. The invention is additionally designed to allow the substitution of lamps/light bulbs without requiring re-aiming of the fixture and to be used without modification with ceiling materials of varying thickness. The invention also includes an azimuthal adjustment mechanism wherein the lamp is mounted on a gimbal having a rack and pinion coupling to rotate the gimbal under control of a screw accessible from the exterior of the fixture and a horizontal aiming system.

Abstract: An improved recessed lighting fixture allowing illumination from a lighting unit placed within a cavity of a planar surface, such as a ceiling or wall. The invention facilitates the ability to properly aim illumination because the user can aim the fixture while it is in place and illuminated. The invention is additionally designed to allow the substitution of lamps/light bulbs without requiring re-aiming of the fixture and to be used without modification with ceiling materials of varying thickness. The invention also includes an azimuthal adjustment mechanism wherein the lamp is mounted on a gimbal having a rack and pinion coupling to rotate the gimbal under control of a screw accessible from the exterior of the fixture and a horizontal aiming system.

Abstract: A modular panel and method for constructing light fixtures. The modular panel includes an elongated main panel with a curved cross section. The panel is preferably manufactured using an extrusion process. The side edges of the panel feature a pair of spaced-apart lips defining an elongated slot or receiving area for mateably accommodating a cooperating side edge of an adjacent part or panel for a tongue-in-groove connection. The panel has evenly spaced fins along the surface to provide structural integrity as well as to scatter light passing through the panel. Multiple panels being assembled with adjacent intermediate adjoining panels forming a housing having a closed cross section.

Abstract: An adapter is provided for making a mechanical and an electrical connection between a light fixture and a plurality of differently configured tracks of different track lighting systems. By utilizing the adapter of the present invention, a light fixture may be mechanically and electrically connected to differently configured tracks manufactured by different manufacturers.

Abstract: A streamlined housing contains an omnidirectional circular light source, an airflow channel with a flow restriction located just below the light source, and a motor driven fan with the fan blade located just below the restricted flow section of the airflow channel. The light source may be selectively directed by a movable reflecting screen. The fan motor and light source may be powered by a 12-volt D.C. source. The airflow channel is shaped to funnel airflow around the light source through the flow restricted area at high velocity, throwing the insects into a base container with deadly force. The base container has a large exhaust port and forms a part of the airflow channel. The airflow channel also acts to funnel and disperse the light from the light source so that the ground below the light source, as well as all directions above the level of the light source, are illuminated.

Abstract: An inexpensive, easy to manipulate and assemble truck bed liner is made of a lightweight material such as waxed corrugated board. The liner may have two side panels, a first panel, and a one piece floor and tailgate panel. The panels are foldable and adjustable in size to accommodate various length truck beds. The panels are connected together at tabbed areas. The liner is attached to the bed with adhesive hook fasteners. The tailgate panel is fastened to the truck to allow sliding movement of the tailgate panel during opening and closing of the truck tailgate.