Abstract: An office space dividing partition having an electrical raceway. The raceway includes an extruded plastic spine having a vertical web; a top portion which includes an extruded mounting slot; a bottom portion which includes first and second extruded grooves and a noise seal; and, an intermediate portion which defines four passageways for communication and power wiring. First and second extruded plastic side panels are telescoped into engagement with the first and second extruded grooves of the spine. An extruded panel-to-raceway connector connects the spine to the bottom edge of an office space dividing panel. Raceway stabilizers extend outwardly from the spine to engage support posts which support the panels. Raceway shrouds, which conceal the posts adjacent to the ends of the raceways, are positionally keyed to the spine for accurate mating with the side panels of the raceway.

Abstract: An office space dividing system which includes rectangular post-supported panels having central cores and upper wire troughs. Each panel includes two stiles and upper and lower rails constructed of tubular metallic members having the same substantially rectangular cross-sectional configuration which includes a longitudinal channel. The stiles and rails are arranged to define four corners each having two adjacent unobstructed openings. A right angle reinforcing member is press fit into the adjoining openings to provide four square corners which are maintained by staking. The stiles and lower rail are oriented such that the longitudinal channels support the central core. The upper rail is inverted, with the longitudinal channel supporting the wire trough. A spanner extends across each post, between adjacent panels, from wire trough to wire trough. Post caps, panel caps, and four plastic corners on each panel complete the system.