A luggage rack extender includes a frame assembly, an extender assembly, and a folding assembly. The frame assembly includes a cross shaped frame with an operative top end. The extender assembly includes an outer rod mounted on the operative top end with an inner bar extending normally from opposing distal ends of the outer rod. The folding assembly includes a first outer bar and a second outer bar that are operatively engaged adjacently to the inner bars of the extender assembly. The extender assembly is slidably actuated from the folding assembly to enable an extended frame configuration.

A luggage rack that includes a frame and a storage compartment, with the frame comprising two legs that have a first end, an upper portion, and a second end; said legs being joint at a first and second pivot point, the pivot point being between the ends and the upper portion; at least one support band attached to the upper portions of both legs; the storage compartment comprising a top, bottom, and two outer walls; and at least one support strap releasably attached to the upper portion of the first leg and the upper portion of the second leg.

A collapsible structure with opposite support panels and tab panels, comprising: two structure panels; at least two support panels, each connected to the structure panels via two folding lines at opposite; and at least two tab panels, each connected to the structure panels via two folding lines at opposite sides, each contains at least two internal folding lines perpendicular to the tab folding lines; wherein when the structure is in a collapsed position, the panels are adjacent and generally parallel to each other, the structure panels are folded; and wherein when the structure is in an erected position, the support panels are perpendicular to the structure panels and the tab panels are folded by the internal folding lines, each tab panel partially adjacent to one of the support panels to shape a fixed rod supporting the internal folding lines and inserted to support a rigid distance between the structure panels.

A collapsible structure with opposite support panels and tab panels, comprising: two structure panels; at least two support panels, each connected to the structure panels via two folding lines at opposite; and at least two tab panels, each connected to the structure panels via two folding lines at opposite sides, each contains at least two internal folding lines perpendicular to the tab folding lines; wherein when the structure is in a collapsed position, the panels are adjacent and generally parallel to each other, the structure panels are folded; and wherein when the structure is in an erected position, the support panels are perpendicular to the structure panels and the tab panels are folded by the internal folding lines, each tab panel partially adjacent to one of the support panels to shape a fixed rod supporting the internal folding lines and inserted to support a rigid distance between the structure panels.

A shower system having individual shower brackets containing recesses and slots for receiving cylindrical rods and shelves. The shower system being directed to an improved apparatus for storage.

Variable planform shelving systems include a variable support platform and a support surface assembly that is supported by the variable support platform. The variable support platform includes frames that can be repositioned relative to each other to vary the planform of the variable support platform. The support surface assembly provides a support surface for supported items. The support surface assembly is flexible and/or comprised of a plurality of linked panels so that the support surface provided varies in response to variation in the planform of the variable support platform.

Variable planform shelving systems include a variable support platform and a support surface assembly that is supported by the variable support platform. The variable support platform includes frames that can be repositioned relative to each other to vary the planform of the variable support platform. The support surface assembly provides a support surface for supported items. The support surface assembly is flexible and/or comprised of a plurality of linked panels so that the support surface provided varies in response to variation in the planform of the variable support platform.

A cabinet may include a front wall attached to a front proximal supporting leg and a front distal supporting leg, a back wall attached to a back proximal supporting leg and a back distal supporting leg, a first foldable side wall attached to the front proximal supporting leg and the back proximal supporting leg, and a second foldable side wall attached to the front distal supporting leg and back distal supporting leg. The first foldable wall may include a first panel connected to a second panel by at least a first double pivot connection, and the second foldable wall may include a third panel connected to a fourth panel by at least a second double pivot connection.

A cabinet may include a front wall attached to a front proximal supporting leg and a front distal supporting leg, a back wall attached to a back proximal supporting leg and a back distal supporting leg, a first foldable side wall attached to the front proximal supporting leg and the back proximal supporting leg, and a second foldable side wall attached to the front distal supporting leg and back distal supporting leg. The first foldable wall may include a first panel connected to a second panel by at least a first double pivot connection, and the second foldable wall may include a third panel connected to a fourth panel by at least a second double pivot connection.

A rack assembly has two support frames and at least one shelf that are secured to the support frames by connecting assemblies. Each connecting assembly comprises a well secured to a medial surface of each vertical tube of the support frame, and a hook that extends from each end of each shelf, with each hook having an opening extending therethrough. The connecting assembly also includes a connector that is seated inside each well, each connector having a top plate that has an elongated opening, the connector also having a body that is sized and configured to fit inside a well, the body defining two wings with a space between the wings, and wherein each wing has a bump positioned in the center of the inner surface of each wing that faces the space. Each hook is inserted through the elongated opening of a corresponding connector with the bump on each wing fitted inside the opening of the hook to retain the hook inside the body of the connector.