Steelcase Inc.

James H Davies

Harold Halvorson, Jr

Robert J Luchetti

Gary S Juhlin

Peter C Greenberg

Peter J Schauer

Karl Jahn Mead

Gregg Robert Draudt

David J Battey

David A Shipman

Robert E Jeffers

Allen C Hager

Steven F Goodman

James D Houda

Scott H Russell

Roy W Fink

Michael E Tingley

Michael D Elsholz

Anne C Ackerly

Anthony A Stachowiak

Steven C Gortsema

David P Churchill

David M Lewis

Genevieve Wing

Richard A Benoit

A wall structure for dividing building space includes several different freestanding base panels such as an internally open partition panel, a sound-deadening partition panel, a glass-supporting partition panel, and a doorway-supporting partition panel, and further includes an overhead system comprising a structural expressway construction, a transom subframe, covers for the subframe, and a glass module attachable to the subframe. The structural expressway construction has a torque box bracket for moving support from an inboard location spaced from the vertical side edge of the base panels to the vertical side edge. The transom subframe mounts atop the different base panels, and telescopingly extends into mating engagement with a ceiling channel. The opening between the ceiling channel, the top of the structural expressway construction, and the transom subframes can be selectively covered with either covers or a window subassembly that releasably engages structure on the ceiling channel, the structural expressway construction and the subframes.

Overhead structures for wall system

A movable transparent panel for reconfigurable office partitions and the like is adapted for floor-to-ceiling applications which include a floor track shaped to be supported on a floor surface, and a ceiling track shaped to be supported on a ceiling surface. A panel frame is supported in a normally vertical orientation between the floor track and the ceiling track. The panel frame has vertically spaced-apart upper and lower horizontal members with a pair of vertical side members interconnecting the upper and lower horizontal members and extending therebetween to define a generally quadrilateral opening. The upper horizontal member is operably connected to the ceiling track, and the lower horizontal member is operably connected with the floor track. A substantially transparent sheet is removably connected to the frame and extends across at least the portion of the opening. A vertically adjustable support retains the frame at a selected height above the floor track to permit height adjustment and leveling of the frame to account for variations in the floor surface.

Clear wall panel system

A door and doorway construction includes a doorway structure having a lock jamb, a hinge jamb, and a header defining a doorway opening. An adjustable door is constructed to fit mateably into the doorway opening. The doorway structure includes an overhead expressway construction configured to structurally support a weight of the door and further adapted to carry utilities over the doorway opening. The doorway structure is vertically adjustable to align the expressway construction with adjacent wall units, which results in size changes in the doorway opening, and the door is adjustable to define an adjustable vertical height shaped to fill the doorway opening despite the size changes. In one form the door is pivoted to the doorway structure with hinges located above and below the door and at a centerline of the door. In another form, the door is slidably mounted to the doorway structure by a door-supporting boom that includes a trolley rollingly supported by the doorway structure and a downrigger that is rigidly supported on the trolley. The downrigger pivotally supports the door, and the trolley includes a breakaway latch such that the door can be broken away and pivoted outwardly if the door is pressed on with sufficient force. Additional illustrated door embodiments include a solid wood door and a floor-to-ceiling door that incorporate the above features.

Adjustable door and doorway construction

Growing community of inventors

Toronto, Canada

James H Davies