Aircraft Cabin Window Shading

  • A thin polymer shade rolls up and down a transparency upon the push of a button.
  • The transparency may be glass, plastic or composite.
  • The shade may be any color and have any logo or message printed on it.
  • The shade is fully sunlight blocking. No perceptible light penetrates it.
  • The shade assembly is extremely lightweight.
  • The shade uses negligible aircraft power to operate.
  • The shade may be directly or remotely controlled.
  • The shade assembly is very low cost especially compared to existing electronic products that address this need.

Electronic Billboards

  • An array of thousands of electronic polymer pixels act as mechanical light valves.
  • The light values selectively expose a highly reflective background, creating the display.
  • The pixel array is constructed on display panels which may be tiled and assembled into a billboard of any size.
  • The display consumes very little power since it doesn’t generate light, but reflects it.
  • It is readily visible in daylight.
  • Because of its very light weight and low power consumption, it may be assembled on existing traditional billboard structures and use existing billboard lighting for night visibility.
  • The display tiles are very low cost, approximately 1/7th that of typical LED tiles.
  • Because of its reflective nature and very low power consumption this billboard technology may avoid the legal issues associated with community and FCC complaints about existing LED billboards.
  • Because of its low cost, this technology may be applicable to non-prime locations and still result in profitability to the owner.