Abstract: Presented is a component housing assembly having universal mounting capability provided by a universal mounting bracket and a housing having a plurality of mounting holes to accommodate the attachment of the bracket in multiple configurations. Specifically, the component housing is sized to fit within a standard 19-inch rack-mount cabinet. The universal mounting bracket includes a first and a second portion in a perpendicular relationship, each having a length suitable for mounting the housing in multiple mounting configurations. In a 19-inch mounting configuration, the longer of the first and second portions of the mounting bracket is secured to the sides of the housing, allowing the shorter portion to meet with the mounting rails on the rack-mount cabinet.

Abstract: A self-ejecting fastener stud is provided for use with a fastener receptacle to form a fastener assembly for fastening two members together. The stud has an enlarged head portion and a shank portion extending therefrom adapted to extend through an opening in one of the members to be fastened and to engage with a receptacle mounted on the other of the two members to be fastened. The stud has a cam follower and the receptacle has a cam surface positioned so that engagement and relative rotation therebetween will shift the stud and receptacle between fastened and unfastened positions. The stud is adapted to be retained on the one member so that it can be shifted between an inserted position with the head adjacent the one member and an ejected position with the head spaced from the one member. A biasing spring is on the stud tending to direct the stud toward the ejected position so that when the stud is released from engagement with the receptacle the biasing spring will shift the stud to the ejected position.