Abstract: A stud assembly, for use in framing a wall unit, that generally includes a stud and a bracket support. The stud includes a pair of unitary elongated channels arranged back-to-back from a common flat web. Each one of the channels is a mirror image of the other channel. The web extends integrally into, and interconnects two generally similarly elongated shoulder portions. Each one of the shoulder portions defines a stepped section for receiving and retaining a bracket support. Each of the stepped sections extends integrally into, and interconnects two generally similar flange retaining sections, for rigidifying the shoulder portion, and for securing the bracket support into frictional engagement with the stud.

Abstract: A bracket support structure adaptable to a wall of a the type that includes a frame formed of a plurality of elongated vertical studs for attaching at least one sheetlike panel. The bracket support comprises a single integral structure that includes a lateral channel for receiving a slotted bar support, an inwardly-projecting closed recess for accommodating the inner end of a wall bracket and a passageway formed between spaced-apart, exteriorly-directed blade members. Clips are attachable to the top and the bottom of support housing, such clips serving as both fire stop plates and as means for applying inwardly-directed pressure on the blades defining the passageway to enhance lateral stability of the bracket when mounted.

Abstract: An improved wall stud for use in framing a wall unit. Two separate sheet-like sections are roll formed with preselected folds and stitched together at a common double strength web. The composite stud includes an open surface channel for accepting a wall standard and bracket support structure as a unit so that installation costs are minimized.