Super Vision International, Inc. (Nasdaq:SUPVA), a world leading manufacturer of fiber optic and LED lighting, announced today that it has acquired from High End Systems, Inc. of Austin, Texas, U.S. Patent #4,962,687, covering the invention of a “Variable Color Lighting System” developed by inventor Richard Belliveau. The patent development dates back to pioneering inventions by Richard Belliveau in the late …
Fiber Optic Light Bar (Patent # 6,337,945)
Sep 15, 1999 – SuperVision International, Inc. A fiber optic light bar and method of manufacturing the same wherein a plurality of spacers having grooves formed therein are wound on a spool as a fiber optic cable is guided around the spool. The spacers have a channel section formed therein which serves to collect the plurality of fiber optic cable …
Fiber Optic Light Source Apparatus and Method (Patent # 5,838,860)
Jun 18, 1996 – Super Vision International, Inc. A fiber optic cable lateral illumination system comprising a housing having an internal cavity and an aperture communicating the cavity externally of the housing, an optical system located within the internal cavity; the optical system comprising a reflector and a high intensity lamp positioned within the reflector for directing light along an …
Lateral Illumination Fiber Optic Cable Device and Method of Manufacture (Patent # 5,617,497)
Dec 22, 1994 – Super Vision International, Inc. A fiber optic cable suitable for lateral illumination lighting installations has a central core, wrapped perimetrically with angularly distributed bundles of optical fibers and covered with a transparent sheath. In one form, the core includes an outer cylindrical surface of reflective material that deflects inwardly directed lateral emissions back outwardly so they …
Fiber Optics Light Source with Adjustable Mounting, Replaceable Color Wheel Elements and Cooling (Patent # 5,528,714)
Sep 23, 1994 – Super Vision International, Inc. A light source for illuminating a fiber optic cable comprising a housing having an internal cavity and an aperture communicating said cavity externally of said housing, an optical system located within said internal cavity; said optical system comprising a reflector and a high intensity lamp positioned within said reflector for directing light …
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