Abstract: A glare reducing lens is demonstrated by a holder with a half-mirrored plate and a graphic image mounted on the holder at an angle to the plate. The plate has another graphic image positioned behind it and visible through the plate. The holder is adapted for movement on the base over a range of positions for convenient viewing by tall and short persons. Such positioning of the holder is controlled by mechanical interconnecting surfaces. The viewer sees the graphic image transmitted through the mirrored plate as well as a superimposed image reflected onto the mirrored plate from the separate graphic image. When a viewer does not use a glare reducing lens, the two images visually interfere with each other, while by viewing through a lens the reflected image is eliminated leaving the directly viewed graphic image sharp and clear.

Abstract: A glare reducing lens is demonstrated by a holder with a half-mirrored plate and a graphic image mounted on the holder at an angle to the plate. The plate has another graphic image positioned behind it and visible through the plate. The holder is adapted for movement on the base over a range of positions for convenient viewing by tall and short persons. Such positioning of the holder is controlled by mechanical interconnecting surfaces. The viewer sees the graphic image transmitted through the mirrored plate as well as a superimposed image reflected onto the mirrored plate from the separate graphic image. When a viewer does not use a glare reducing lens, the two images visually interfere with each other, while by viewing through a lens the reflected image is eliminated leaving the directly viewed graphic image sharp and clear.