LASER PROJECTORS

Brand Owner (click to sort) Address Description
DECO-IT Clear Innovation 10 West 33rd Street, Suite 516 New York NY 10008 Laser projectors; light emitting diode (LED) lighting systems, and LED light controls;
V DESIGN VIRTEK VISION INTERNATIONAL INC. 785 BRIDGE STREET WATERLOO, ONTARIO N2V2K1 Canada Laser projectors, computer hardware and software for laser projection and spatial imaging relating to a number of industrial and bio-medical applications namely, laser templating for the transportation and prefabricated construction industries, laser imaging of parts for industrial use, and laser imaging, marking and drilling of glass; laser projectors, computer hardware and software for laser-based detection and analysis of genetic material;
V DESIGN Virtek Laser Systems Inc. 785 Bridge Street Waterloo N2V 2K1 Laser projectors, computer hardware and software for laser projection and spatial imaging relating to a number of industrial and bio-medical applications namely, laser templating for the transportation and prefabricated construction industries, laser imaging of parts for industrial use, and laser imaging, marking and drilling of glass; laser projectors, computer hardware and software for laser-based detection and analysis of genetic material;
VIRTEK VIRTEK VISION INTERNATIONAL INC. 785 BRIDGE STREET WATERLOO, ONTARIO N2V2K1 Canada Laser projectors, computer hardware and software for laser projection and spatial imaging relating to a number of industrial applications namely, laser templating for the transportation and prefabricated-construction industries, laser imaging of parts for industrial use, and laser imaging, marking and drilling of glass;
 

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

    
Technical Examples
  1. Embodiments provide geometric consistency in overlapping areas when a tiling projection is performed where adjacent projection images have overlapping areas using a plurality of projectors. Embodiments provide a method in which a geometric correction function is formed on the basis of geometric association between positions, in display areas of projectors PJa to PJd, of features included in pattern images projected from the projectors and positions, in projection areas of the projectors, of features included in pattern-photographed images obtained by photographing the pattern images projected onto a projection plane from the projectors and in which the projection images projected from the plurality of projectors are corrected to have geometric consistency on the projection plane using the geometric correction function. The densities of feature points in specific areas of the display or projection areas of the projectors are set higher than those of areas other than the overlapping areas.