Abstract: An eye wear device comprising a frame and lens means supported by the frame to be positioned in front of a wearer's eyes. The improvement characterized in that the lens means is coated with an electrically conductive heat generating layer to be positioned in the wearer's field of vision when the eye wear is worn, and of sufficient resistance to produce enough heat to remove moisture build-up on the lens means.

Abstract: A defogging system for eye glasses comprising an electrical circuit means associated with the frame of the eye glasses. A first electrical contact is positioned on one side of each of the rims thereof so as to be in contact with the lens when in position in the rim, and a corresponding second electrical contact, not contacting the first, is located on the opposite side of each rim so as to be in contact with the lens when in position in the rim. An electrical circuit means is provided to carry current from a power source positioned in the frame to the first electrical contacts in the rims and from the second electrical contacts in the rims back to the power source. Appropriate on-off switch means are provided. The rims of the eye glasses are provided with lenses coated with a conductive transparent film, the film being in electrical contact with the first and second electrical contacts.