Abstract: A rotary tilt base for a video terminal which enables the operator using the terminal to rotate and tilt respectively, a portion of the base so as to orient the terminal to provide greatest comfort and greatest ease of operation. The base basically includes an upper member and a lower member with the upper member being both rotatably and pivotably mounted to the lower member. In that regard, a convex portion of the upper member slides and rotates within a concave portion of the lower member. The tilting action of the upper member is restricted by guide means which include an elongated linear slot passing completely through the upper member. The guide means insures that the tilting action occurs only in a single, namely, front to back direction. The upper member is secured to the lower member by a generally U-shaped bracket which is positioned to abut or be closely adjacent a portion of the guide means.

Abstract: A non-glare, electromagnetic interference rejecting screen for a video display terminal. The screen comprises a front panel, formed of a transparent material, a rear panel, formed of a transparent material and a woven mesh screen interposed therebetween. A gasket is disposed about the front panel, with peripheral edge portions of the screen extending over the gasket. The screen is mounted on the display terminal so that the wire mesh is interposed between the gasket and the screen retaining frame, e.g., bezel, to form a good electrical interface therebetween. The strands of the screen are disposed at right angles to one another, with none of said strands being disposed horizontally or vertically. The strands are formed of electrically conductive material and are coated with silver. The silver surface is in the form of silver sulfide to give a darkened appearance.