A temporary wall system providing wall panels with peripheral surface mounted roto-locks for linear combinations is provided. Hinged corner posts also, providing the roto-locks, enable selectively orienting wall panels transversely relative to each other. Each wall panel provides an internal strut structure for strengthening the wall panels.

A pre-fabricated wall system that joins wall modules of different thicknesses can include a thin wall module having a depth defined by a distance from a front face thereof to a back face thereof, a thick wall module having a depth that is greater than the depth of the thin wall module, and a vertical connection post. The vertical connection post can include a first connection interface on a first side configured to secure to the thin wall module and a second connection interface on a second side opposite the first side configured to secure to the thick wall module. The thin wall module and the thick wall module can be arranged parallel or co-planar to None another when both the thin wall module and the thick wall module are secured to the vertical connection post.

The present invention provides a system and method for segmenting spaces. The system may provide an aluminum extrusion system for supporting rigid and flexible panels. The aluminum extrusion system may comprise a custom designed aluminum extrusion that may mount flexible or rigid substrates with interlocking bases and connectors. The system is constructed and arranged to be capable of temporary and permanent installation, and is structurally sound, and safe. The system is design to be capable of effectively blending with the existing décor. The aluminum extrusion system provides a method for segmenting space to maximize the functional space which may be utilized, in a way that is attractive, functional, temporary or permanent, and portable.

A system and method for forming an easily-erectable modular business cubicle is provided. The system/method involves the use of a rectangularly-shaped tile that has distinct connectors on each of its four sides. On one tile side is a single coupling connector and on the opposite is a multiple coupling connector. On the top is a connector comprising a plurality of elongated parallel grooves and on the bottom is a connector comprising a plurality of elongated parallel tongues corresponding to the top connector. These integrated connectors allow a plurality of these tiles to be releasably coupled to each other, both in a horizontal direction and a vertical direction. In addition, since no tools or separate connectors are required, a variety of cubicle styles can be easily formed and then later the cubicle can be dis-assembled or reconfigured into a new cubicle style. Tiles of different heights, but with the same connector configurations are also provided.

A room divider device is comprised of foam panels, supporting poles with extenders and hinges, horizontal tracks, and vertical joiners for creating wall to divide the floor space. The supporting poles are assembled with pole sections and extender accommodating height and slope of ceiling. The swivel hinges are allowing the dividers to be built according to variety of existing wall and ceiling configurations. The foam panels are laid down and connected with the interlocking parts of horizontal tracks and vertical joiners. The grooves on the panels fit to the extruded bars inside of tracks and maintain the position of the panels. The swivel hinges provide the options for connecting walls up to three with various angles from sixty to three hundred degrees. Two different sizes of panels are stacked alternately to build stable and strong walls.

An assembly of extruded members including: an extruded housing member including one or more holes formed along at least one side thereof for entry of ends of one or more second extrusions therethrough; and at least one extruded aluminum clamping member including one or more pairs of opposed clamping portions for clamping the ends of the one or more second extrusions therebetween.

A building space divider system for providing one or more rooms in a building space, the building space divider system comprising at least two framework beams and coupling strips, in which the framework beams extend in a longitudinal direction, and the framework beams include longitudinal beam coupling parts where two of the framework beams are back-to-back coupled via the coupling strips, each coupling strip comprising two strip parts each having a beam coupling end extending along a longitudinal side of the strip part for coupling to the beam coupling part of the framework beam, and a strip coupling end extending along an opposite longitudinal side of the strip part.

A partition assembly includes partitions hingedly connected in series. The partitions include a frame with a spaced upright member, a mounting assembly, and upper and lower cross members connecting the upright members. One or both cross members include power and/or data ports. Panels disposed on either side of the frame are movable between upper and lower positions, providing access to the ports. Upper and lower hinge assemblies connect the partitions. The hinge assemblies include gear arms fixed to the upright members with gear heads extending away from the partition that engage the gear head of an adjacent partition. The upright members include aligned apertures defining ports providing a cable passageway from the interior of adjacent partitions. End foot assemblies extend from the ends of the partition assembly and interior foot assemblies extends from between the geared connections of the partitions.

A divider assembly for dividing a space into physically separated sub-spaces, comprising a support structure for fixing a divider in an upstanding orientation thereby dividing said space in which said divider is placed, the support structure includes a body defining a main axis, a holder provided on first side of the main axis and along length of the body for holding the divider in said upstanding orientation, and a coupler provided on second side of the main axis and along length of the body for direct coupling with another said support structure, such that said divider assembly is expandable into adjacent space for creating further separated sub-spaces.

A wall panel for a quick assemble wall system may include a first upright post and a second upright post. The wall panel may also include a lower stretcher for connecting the first upright post to the second upright post and an upper stretcher for connecting the first upright post to the second upright post. The wall panel may include at least one frame for placement within the first vertical post, the second vertical post, the lower stretcher, and the upper stretcher. The wall panel may include a first retractable latch located on the at least one frame, the first retractable latch adapted to engage at least one of the first upright post, second upright post, lower stretcher, or upper stretcher. A frame for a quick assemble wall system and a method of assembling a quick assemble wall system are also described.