Abstract: A smooth keyboard with low-key height for association with a keyboard control circuit includes a top enclosure having a generally impenetrable surface, the surface comprising a plurality of keys and a seal edge. A pliable webbing surrounded the keys such that there are no gaps between the keys or between the keys and the top enclosure, the pliable webbing creating a generally impenetrable seal between the keys and between the keys and the top enclosure, the seal edge having a rib. A bottom enclosure formed as a single unit that forms a generally impenetrable surface having a seal edge, the seal edge having a trough, the trough for receiving the rib to form a generally impenetrable seal surrounding the keyboard control circuit.

Abstract: A smooth keyboard with low-key height for association with a keyboard control circuit includes a top enclosure having a generally impenetrable surface, the surface comprising a plurality of keys and a seal edge. A pliable webbing surrounded the keys such that there are no gaps between the keys or between the keys and the top enclosure, the pliable webbing creating a generally impenetrable seal between the keys and between the keys and the top enclosure, the seal edge having a rib. A bottom enclosure formed as a single unit that forms a generally impenetrable surface having a seal edge, the seal edge having a trough, the trough for receiving the rib to form a generally impenetrable seal surrounding the keyboard control circuit.

Abstract: A rugged computer mouse for use in a harsh liquid, chemical or gaseous environment, includes a pliable cover formed as a single unit that forms a generally impenetrable surface having a seal edge. The seal edge includes a trench. The surface has formed thereon at least one mouse control button region corresponding to a location of a pressure sensitive mouse control button. An ergonomically formed frame provides structural support and includes at least one pressure sensitive mouse button, which the mouse control button region covers. A mouse control circuit resides beneath the ergonomically formed frame and includes a mouse control button circuit that is responsive to pressure applied to the pressure sensitive mouse button. The mouse control circuit also includes a movement sensor and circuitry for relating the position of the computer mouse to the position of the graphical pointer. A base securely receives the mouse control circuit, the frame, and the pliable cover and comprises a ridge.