Abstract: A file cabinet (10) is disclosed as having a drawer interlock (18) including a plurality of lock members (24) of a unique construction that is preferably unitary and injection molded from plastic. An interlock bar (22) on which the lock members are mounted is received by a plastic sleeve (27) on side panels (14, 28) of the cabinet with the lock members mounted in a vertically spaced relationship in association with drawers (12) of the cabinet, preferably with one such interlock bar at each side of the cabinet. A vertically elongated guide (38) of each lock member extends between vertically elongated slide flanges (32) of the plastic sleeve so as to support the interlock bar for translational movement in a vertical direction between lower and upper positions. Each lock member also including a pair of upwardly extending hooks (44) located laterally inward from the adjacent inner panel.

Abstract: A storage unit of the disclosure includes vertical posts on which beams that connect the posts are adjustably supported at selected heights. Each post has an elongated shape of a T-shaped cross section including an imperforate outer wall, imperforate side walls that extend inwardly from the outer wall in spaced relationship to each other, inner walls that extend from the side walls toward each other in spaced relationship to the outer wall, and flanges which extend inwardly from the inner walls and are connected to each other. Mounting openings are provided in each inner wall of the post along the length thereof for use in securing the beams to the post. Each beam has an elongated shape between the posts and opposite ends which include respective notches. At least one attachment tab is mounted within each beam notch for protection when the beam is not being used and for use in securing the beam to the post by projecting through one of the post mounting openings.