Abstract: Methods, apparatus and systems for a heavy-duty table apron. The heavy-duty table may include a tabletop, a plurality of table legs and a plurality of table supports. Each of the table legs may be disposed at a corresponding corner of the tabletop. Each of the table supports may include an apron support and two apron ends. The apron support may include sheet metal and may be configured to be mounted on a bottom side of the tabletop. Each of the two apron ends may include angular metal tubing and an apron end cover configured to be welded to an open curved side of the metal tubing. One of the apron ends may be configured to be welded to one end of the apron support. The other one of the apron ends may be configured to be welded to an opposite end of the apron support.

Abstract: An apparatus for mounting a table leg to a tabletop is provided. The apparatus may include a base. The apparatus may include a bracket. The apparatus may include a first support. The apparatus may include a second support. The base may be mounted to the tabletop via first holes defined in the base. The table leg may be mounted to the bracket. The bracket may include a U-shaped channel. The bracket may include a first wing. The bracket may include a second wing. The U-shaped channel may define a second hole to receive a bolt included in the table leg. The first wing may extend from an end of the U-shaped channel. The second wing may extend from an opposite end of the U-shaped channel. The wings may include third holes to receive screws to be mounted into the table leg. The supports may connect the base to the bracket.

Abstract: Systems and methods for deployment, storage, transport of expandable room dividers. The systems may include a frame configured to lock room divider panels compactly stacked against each other for storage and transport. The frame may retain a non-releasable panel and maintain it vertically upright. That panel may be hinged along a non-retained vertical edge to a closest of a plurality of panels movable with respect to the non-releasable panel. The plurality's panels are serially hinged together, accordion-like, along vertical edges. Hinge angles between adjacent stacked panels are approximately zero degrees. Movable panels are sequentially moved from the frame by user-control opening a locking mechanism. Hinge angles between adjacent panels of the plurality of moved panels, and between the non-releasable panel and its adjacent movable panel, are increased to expand the room divider. The locking mechanism gates return of panels to, and when unopened blocks their movement from, the non-releasable panel.