D LASER PROJECTOR SYSTEM COMPRISED

Brand Owner (click to sort) Address Description
VIRTEK LASEREDGE VIRTEK VISION INTERNATIONAL INC. 785 BRIDGE STREET WATERLOO, ONTARIO N2V2K1 Canada 3-D laser projector system comprised of computer controlled laser projector, computer hardware and computer software for use in connection therewith;
VIRTEK LEATHERCAM Virtek Vision Corp. 785 Bridge Street Waterloo Ontario N2V 2K1 Canada 3-D laser projector system comprised of computer controlled laser projector, computer hardware and computer software for use in connection therewith;
VIRTEK TRUSSLINE VIRTEK VISION INTERNATIONAL INC. 785 BRIDGE STREET WATERLOO, ONTARIO N2V2K1 Canada 3-D laser projector system comprised of computer controlled laser projector, computer hardware and computer software for use in connection therewith;
VIRTEK TRUSSLINE VIRTEK LASER SYSTEMS, INC. 785 Bridge Street Waterloo, Ontario N2V 2K1 Canada 3-D laser projector system comprised of computer controlled laser projector, computer hardware and computer software for use in connection therewith;
VIRTEK VISION Virtek Vision Corp. 785 Bridge Street Waterloo Ontario N2V 2K1 Canada 3-D laser projector system comprised of computer controlled laser projector, computer hardware and computer software for use in connection therewith;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The invention provides a system and method for reducing laser speckle and interference patterns in a laser projector display when using a laser projector having a spatial light modulator (SLM) with a defined pixel rate. The method can include the operation of polarizing a laser output of a continuous wave laser such that the laser output is s-polarized with respect to a beam combiner. The s-polarized laser output can be divided into a first laser beam and a second laser beam. A phase of the second laser beam can be modulated with an amplitude sufficient to create a phase delay of approximately half a wavelength of the laser output and at a frequency at least twice that of the SLM's pixel rate.