Patent ID: 7585005

Claim:
A bezel comprising: a bezel frame having a front side and a rear side, the front side having an outer surface with a pair of openings therein, one opening at each of two opposite ends of the bezel frame, the rear side facing an electronics enclosure when the bezel frame is latched thereto; a first plunger mechanism and a second plunger mechanism moveably coupled to the rear side of the bezel frame at opposite ends of the bezel frame for latching the bezel frame to the electronics enclosure, each plunger mechanism being moveable between latched and unlatched positions, each plunger mechanism comprising a button portion protruding through a respective opening in the front side of the bezel frame, each plunger mechanism being movable toward an interior region of the bezel frame in response to an inward force applied to the button portion of the plunger mechanism, a first rod coupled to the first plunger mechanism and a second rod coupled to the second plunger mechanism, each rod moving toward the interior region at the rear side of the bezel frame when the inward force is applied to the plunger mechanism to which that rod is coupled; and a cam lock positioned between the first rod and the second rod, the cam lock being movable between a locked position and an unlocked position, the cam lock having a cam portion with first surface regions and second surface regions, one end of each rod being aligned with one of the first surface regions when the cam lock is in the unlocked position and with one of the second surface regions when the cam lock is in the locked position, the end of each rod being separated from the surface regions with which that rod is aligned by a gap that determines an extent of distance that the plunger mechanism coupled to that rod is able to travel inwardly when the inward force is applied thereto, wherein, when the cam lock is in the unlocked position, the gap between the first surface regions and the end of each rod has a distance that allows each plunger mechanism to move inwardly to the unlatched position, and when the cam lock is in the locked position, the gap between the second surface regions and the end of each rod is smaller than the distance between the first surface regions and the end of each rod so that the inwardly movement of each plunger mechanism is insufficient for that plunger mechanism to unlatch.