Abstract: A method and apparatus for reducing the magnitude and edge clarity of the luminosity of an undesired image of a external object reflected from a portion of a surface of a visual display into the eye of a user includes placing a cover in the path of the reflected image. The cover has a surface portion which is not parallel to the portion of the surface of the display. As result the reflections from the cover and from the display surface portions provide multiple images of the external object to the user each having a luminosity magnitude which is less than the magnitude of the luminosity of the undesired image that would occur if the cover was parallel to the display surface portion thereby resulting in super-imposed images.

Abstract: A computer monitor screen has a screen lens, a connection seat having an upper rack and a lower groove, a pair of hanging mounts, and a plurality of fastening devices. The screen lens has a plurality of through holes. The connection seat further has a plurality of through apertures to match the through holes of the screen lens. Each of the hanging mounts has a slide slot to receive the upper rack. The screen lens is inserted in the lower groove of the connection seat. Each of the fastening devices passes through the corresponding through aperture of the connection seat and the corresponding through hole of the screen lens to fasten the connection seat and the screen lens.

Abstract: Combination of a message board and computer equipment for conveniently writing and/or maintaining notes while working on or near a computer. The message board can be written and rewritten upon, used to post paper notes or photographs, or both. The message board is attached to the perimeter or side of the computer monitor or case, or used in conjunction with the keyboard or mouse. The message board can be made of traditional materials, or erasable and malleable metals or plastics, such as acrylic.