Abstract: A mouse pad for a computer system capable of loading, initiating, or running a computer program includes buttons or switches embedded in the mouse pad and which do not extend above the top surface of the mouse pad. The mouse pad is connected to a computer via the computer's keyboard port such that the buttons or switches, upon activation or depression, can be used as or like programmable function keys to initiate, control, launch, load, or run a software program or other application on a computer system.

Abstract: A mouse pad with improved self-cleaning and traction features. The mouse pad is a planar structure with a parallel top control layer and a bottom anti-skid coating. Formed on the top layer is a top control layer with a plurality of alternating, equal height, prismatic and pyramidal shapes, which provide improved cleaning and traction properties. Small troughs are formed between the adjacent shapes, which collect fine dirt and dust particles that are swept from the surface of the mouse ball during use. In one embodiment, the top control surface is made of flexible material that allows the prismatic and pyramidal shapes to bend slightly when the ball of a mechanical mouse rolls over the top surface. This bending action provides improved self-cleaning and traction features. In another embodiment, the top layer is made of transparent material. An ink layer may be applied to the bottom surface of the top layer.

Abstract: An improved mousepad (100) includes a telephone integrated therewith. A keypad (108) for the telephone is disposed beneath a mylar layer (130). The keypad (108) includes a plurality of capacitive switches (108a, 108b) disposed just beneath the mylar layer. In a mousepad mode, a mouse may be moved around the surface of the mylar in the standard fashion. In a telephone mode, the user may activate the keypad (108) by pressing the buttons which are viewable beneath the mylar.

Abstract: The present invention is a mouse pad for use with a computer mouse or tracking device. The mouse pad includes a planar plate including a top surface, adapted for use as a computer mousing surface. It also includes a flexible outer membrane including a bottom; wherein the planar plate is fastened to the flexible outer membrane, such that said outer membrane and planar plate define a cavity. It further includes fluid like fill media received within the cavity for supporting the planar plate such that the membrane bottom is adapted to substantially conform to the contour of an uneven surface it is placed upon, thereby providing a stable base and a usable mousing top surface when placed on uneven surfaces.