Abstract: An elevation adjustable display module mounting arrangement for notebook computer is constructed to include a front mainframe shell, a rear mainframe shell pivoted to the rear side of the front mainframe shell, a display module, and a coupling board coupled between the display module and the rear mainframe shell for enabling the display module to be turned relative to the rear mainframe shell and/or turned with the rear mainframe shell relative to the front mainframe shell.

Abstract: A notebook computer comprises a housing including an internal control unit, a recess on a top surface, and wireless receiving means electrically coupled to the control unit; and detachable input means received in the recess and including wireless transmission means which is enabled as the input means is detached from the housing for activating a radio frequency (RF) transmission from the wireless transmission means to the wireless receiving means while entering inputs through the input means.

Abstract: A detachable face panel mounting arrangement, which includes an apparatus housing, the apparatus housing having a receiving chamber and two raised portions bilaterally provided at a front doorstep at a front side of the receiving chamber, a face panel for covering on the receiving chamber, the face panel having a vertical wall and a horizontal wall connected at right angles, a plurality of springy upright retaining rods raised from the horizontal wall for engagement with the raised portions at the apparatus housing, a plurality of vertical lugs respectively formed integral with the vertical wall and protruding over the topmost edge of the vertical wall, and at least one locating rib formed integral with the vertical wall at a back side, and a bracket for coupling the face panel to a module mounted in the receiving chamber, the bracket having a plurality of vertical insertion slots, which receive the vertical lugs of the face panel respectively, a plurality of openings for coupling to the module, and at least