Abstract: An office work system includes a first and second table assemblies each including a first work surface having first and second ends, and leg arrangements coupled to the work surfaces and configured to support the work surfaces above a floor surface, a beam arrangement that includes an upwardly-facing surface, a first end, a second end, and a pair of channels extending between the first and second ends, the channels coextending with one another and being located at the same vertical height, wherein the first table and second table assemblies are coupled to the beam arrangement, a work tool positioned above the beam arrangement, and a connector assembly connecting the work tool to the beam arrangement, where the connector assembly is coupled to the work tool and engages the pair of channels of the beam arrangement such that the work tool may be repositioned along a length of the beam arrangement.

Abstract: A partition assembly for subdividing a floor plan area that includes a beam assembly including a beam member including an upper wall, a pair of side walls, a bottom wall, first and second ends, and a pair of channels extending between the first and second ends, each of the channels positioned closer to one of the pair of side walls than to a longitudinally-extending center line of the beam member, a lower frame member located below the beam member, and vertical frame members extending between the beam member and the lower frame member, a work tool positioned above the beam assembly, and a connector assembly connecting the work tool to the beam assembly, where the connector assembly is coupled to the work tool and engages the pair of channels of the beam member.

Abstract: An office work system includes a first and second table assemblies each including a first work surface having first and second ends, and leg arrangements coupled to the work surfaces and configured to support the work surfaces above a floor surface, a beam arrangement that includes an upwardly-facing surface, a first end, a second end, and a pair of channels extending between the first and second ends, the channels coextending with one another and being located at the same vertical height, wherein the first table and second table assemblies are coupled to the beam arrangement, a work tool positioned above the beam arrangement, and a connector assembly connecting the work tool to the beam arrangement, where the connector assembly is coupled to the work tool and engages the pair of channels of the beam arrangement such that the work tool may be repositioned along a length of the beam arrangement.

Abstract: A partition assembly for subdividing a floor plan area that includes a beam assembly including a beam member including an upper wall, a pair of side walls, a bottom wall, first and second ends, and a pair of channels extending between the first and second ends, each of the channels positioned closer to one of the pair of side walls than to a longitudinally-extending center line of the beam member, a lower frame member located below the beam member, and vertical frame members extending between the beam member and the lower frame member, a work tool positioned above the beam assembly, and a connector assembly connecting the work tool to the beam assembly, where the connector assembly is coupled to the work tool and engages the pair of channels of the beam member.

Abstract: A modular wall assembly includes a frame assembly that includes at least one vertical frame member and at least one horizontal frame member, wherein the frame assembly is configured to define a door opening, a door member slidably operable between a closed position, wherein the door member is at least partially located within the door opening, and an open position, wherein the door member is at least partially removed from with the door opening to allow ingress and egress through the door opening, and a support assembly that includes a sliding support member that slidably supports the door member between the open and closed positions, and at least one mounting arrangement coupling the sliding support member, wherein the at least one mounting arrangement allows vertical adjustment of the sliding support member with respect to the frame assembly.

Abstract: A panel wall system includes a frame assembly adapted to support a plurality of skin assemblies in a floor-to-ceiling relationship, wherein the skin assemblies include solid panel assemblies as well as captured glass skin assemblies. The solid panel assemblies are coupled to the frame assembly with seal members disposed between the panel assemblies and the frame assembly. The seal members are unitary seal members able to seal adjacent panel assemblies on the frame assembly. The seal members further include pierceable body portions that can be pierced by various engagement structures to engage the frame assembly through the seal member.

Abstract: A modular wall assembly includes a frame assembly that includes at least one vertical frame member and at least one horizontal frame member, wherein the frame assembly is configured to define a door opening, a door member slidably operable between a closed position, wherein the door member is at least partially located within the door opening, and an open position, wherein the door member is at least partially removed from with the door opening to allow ingress and egress through the door opening, and a support assembly that includes a sliding support member that slidably supports the door member between the open and closed positions, and at least one mounting arrangement coupling the sliding support member, wherein the at least one mounting arrangement allows vertical adjustment of the sliding support member with respect to the frame assembly.

Abstract: An office work system that comprises a beam assembly that includes a first horizontal frame member having an upper surface and an upwardly opening first channel that extends along a length of the first horizontal frame member, a work surface having an upper surface, and a work surface support assembly that engages the first channel and is positionable along a length of the beam, and adjustably supports the work surface at a plurality of vertical heights relative to the first horizontal frame member, wherein at least one of the plurality of vertical heights positions the upper surface of the work surface above the upper surface of the first horizontal frame member.

Abstract: A panel wall system includes a frame assembly adapted to support a plurality of skin assemblies in a floor-to-ceiling relationship, wherein the skin assemblies include solid panel assemblies as well as captured glass skin assemblies. The solid panel assemblies are coupled to the frame assembly with seal members disposed between the panel assemblies and the frame assembly. The seal members are unitary seal members able to seal adjacent panel assemblies on the frame assembly.

Abstract: A modular wall assembly includes a frame assembly that includes at least one vertical frame member and at least one horizontal frame member, wherein the frame assembly is configured to define a door opening, a door member slidably operable between a closed position, wherein the door member is at least partially located within the door opening, and an open position, wherein the door member is at least partially removed from with the door opening to allow ingress and egress through the door opening, and a support assembly that includes a sliding support member that slidably supports the door member between the open and closed positions, and at least one mounting arrangement coupling the sliding support member, wherein the at least one mounting arrangement allows vertical adjustment of the sliding support member with respect to the frame assembly.

Abstract: A beam assembly for subdividing a floor plan area comprises a horizontally-extending beam member including an interiorly-facing surface, a bottom wall having at least one aperture extending therethrough, and at least one horizontally-extending lower frame member located below the beam member. The beam assembly further comprises at least one vertical frame member extending between and coupled with the beam member and the at least one lower frame member, wherein the at least one vertical frame member extends through the at least one aperture and the bottom wall of the beam member and interferingly engages the interior-facing surface of the beam member.

Abstract: A panel wall system includes a frame assembly adapted to support a plurality of skin assemblies in a floor-to-ceiling relationship, wherein the skin assemblies include solid panel assemblies as well as captured glass skin assemblies. The solid panel assemblies are coupled to the frame assembly with seal members disposed between the panel assemblies and the frame assembly. The seal members are unitary seal members able to seal adjacent panel assemblies on the frame assembly.

Abstract: A panel wall system includes a frame assembly adapted to support a plurality of skin assemblies in a floor-to-ceiling relationship, wherein the skin assemblies include solid panel assemblies as well as captured glass skin assemblies. The solid panel assemblies are coupled to the frame assembly with seal members disposed between the panel assemblies and the frame assembly. The seal members are unitary seal members able to seal adjacent panel assemblies on the frame assembly. The seal members further include pierceable body portions that can be pierced by various engagement structures to engage the frame assembly through the seal member.

Abstract: A modular wall assembly includes a frame assembly that includes at least one vertical frame member and at least one horizontal frame member, wherein the frame assembly is configured to define a door opening, a door member slidably operable between a closed position, wherein the door member is at least partially located within the door opening, and an open position, wherein the door member is at least partially removed from with the door opening to allow ingress and egress through the door opening, and a support assembly that includes a sliding support member that slidably supports the door member between the open and closed positions, and at least one mounting arrangement coupling the sliding support member, wherein the at least one mounting arrangement allows vertical adjustment of the sliding support member with respect to the frame assembly.

Abstract: A beam assembly for subdividing a floor plan area comprises a horizontally-extending beam member including an interiorly-facing surface, a bottom wall having at least one aperture extending therethrough, and at least one horizontally-extending lower frame member located below the beam member. The beam assembly further comprises at least one vertical frame member extending between and coupled with the beam member and the at least one lower frame member, wherein the at least one vertical frame member extends through the at least one aperture and the bottom wall of the beam member and interferingly engages the interior-facing surface of the beam member.