Abstract: A window glass for an automobile, wherein a surface of a single sheet of glass is provided with a dark-colored film, or wherein a window glass laminated with at least a single sheet of glass and at least a single sheet of a synthetic resin film is provided with the dark-colored film on a surface of the window glass or on an interface between the glass and the synthetic resin film characterized by that a first visible light transmittance of an emitted light transmitting portion of the window glass through which a light of an alarm lamp substantially transmits is larger than a second visible light transmittance of a dark-colored portion of the window glass formed with the dark-colored film.

Abstract: A panel with an anti-reflective multi-layered film thereon comprises a glass substrate, an electricity collector for leading static electricity which is formed by baking an electric conductive frit paste on the glass substrate, and has a rough surface, an anti-reflective multi-layered film formed on the glass substrate so as to cover at least a portion of the electricity collector and wherein the film includes an inner electric conductive layer to provide antistatic effect, wherein the thickness of the anti-reflective multi-layered film is less than the maximum height of the surface roughness of the electricity collector, and a lead terminal for earth provided on the outermost layer of the anti-reflective film and above the electricity collector, whereby static electricity produced on the glass substrate with the anti-reflective multi-layered film is collected at the electricity collector through the electric conductive layer so that the static electricity is led to the outside through the lead terminal for e