Abstract: An LED insert for a parabolic aluminized reflector light. The LED insert includes a light housing including a first ring. A plurality of support rods extending perpendicular from a front side of the light housing. A lens housing includes a second ring having a plurality of apertures disposed thereon, wherein each aperture receives one of the plurality of support rods therethrough. The LED insert further includes a motor operably connected to a control circuit, a first gear operably connected to the motor via a drive belt, and a second gear engaging the first gear, the second gear oriented perpendicular to the first gear. A threaded rod extends from the second gear through a threaded aperture on the lens housing. The lens housing is configured to translate along the length of the threaded rod upon actuation of the motor.

Abstract: A moving head projector. The moving head projector includes a projector housing that is rotatably mounted to a yoke, which is in turn rotatably mounted to a base. The yoke includes a motor configured to selectively move the projector housing along multiple axes. A projector is located within the projector housing and directed towards an opening on a front side of the projector housing, wherein a lens is also positioned over the opening. A computer within the base is configured to control the moving head projector. The computer further includes non-transitory memory configured for operating more than one operating system. In one embodiment, the moving head projector system includes a dual boot computer.

Abstract: A lighting system controller. The lighting system controller includes a housing, a power supply, a wireless transceiver configured to send signals to and receive signals from a lighting system via a wireless network, a recessed area disposed on the housing, the recessed area adapted to removably secure a smartphone therein, and a plurality of buttons, each button of the plurality of buttons configured to control an individual operation of the lighting system. The smartphone display is configured to display properties of the lighting system, such as the position and brightness of individual lights.

Abstract: A lighting system controller. The lighting system controller includes a housing, a power supply, a wireless transceiver configured to send signals to and receive signals from a lighting system via a wireless network, a recessed area disposed on the housing, the recessed area adapted to removably secure a smartphone therein, and a plurality of buttons, each button of the plurality of buttons configured to control an individual operation of the lighting system. The smartphone display is configured to display properties of the lighting system, such as the position and brightness of individual lights.

Abstract: A moving head projector. The moving head projector includes a projector housing that is rotatably mounted to a yoke, which is in turn rotatably mounted to a base. The yoke includes a motor configured to selectively move the projector housing along multiple axes. A projector is located within the projector housing and directed towards an opening on a front side of the projector housing, wherein a lens is also positioned over the opening. A computer within the base is configured to control the moving head projector. The computer further includes non-transitory memory configured for operating more than one operating system. In one embodiment, the moving head projector system includes a dual boot computer.

Abstract: An LED insert for a parabolic aluminized reflector light. The LED insert includes a light housing including a first ring. A plurality of support rods extending perpendicular from a front side of the light housing. A lens housing includes a second ring having a plurality of apertures disposed thereon, wherein each aperture receives one of the plurality of support rods therethrough. The LED insert further includes a motor operably connected to a control circuit, a first gear operably connected to the motor via a drive belt, and a second gear engaging the first gear, the second gear oriented perpendicular to the first gear. A threaded rod extends from the second gear through a threaded aperture on the lens housing. The lens housing is configured to translate along the length of the threaded rod upon actuation of the motor.