Abstract: A wall system and particularly a load-bearing spine wall defined by rigidly connected spine panels which are usable in conjunction with and connectable to branch panels for defining workstations. These spine panels include an interior frame having plural hollow cross beams rigidly joined between parallel uprights. The cross beams have elongate slots extending lengthwise along the sidewalls thereof. Each side of the frame permits one or more removable covering tiles to be attached thereto for defining the exterior surface of the spine panel. Load-bearing components having cantilevered hangers can be engaged within the elongate slots which extend lengthwise of the cross beams. Vertically adjacent tiles have longitudinal edges spaced to define a narrow elongate passage therebetween which aligns with the mouth of a respectively adjacent hanger-accommodating slot.

Abstract: The invention relates to a novel furniture frame system comprising horizontal and vertical frame members which can be arranged in a variety of configurations to provide at least one continuous concealed channel for cables such as power and/or signal cables, in which the channel is easily accessible for wiring, maintenance, rearrangement and storage of cable without disassembly of the frame system and provides for access to cable outlets at work surface height so that cable devices can be connected to an outlet with minimal interference to the work surface. The frame system itself does not interfere with the work surface. The horizontal frame member has an opening on the top surface which is at work surface height for access to the cable channel, and also has a cover for the opening which has at least one flexible edge to enable cables to pass in and out of the channel when the cover is closed and permits the cable to move freely along the length of the cover.