A collapsible platform assembly includes an upper platform having a perimeter wall, a top surface, and a plurality of pivoting support legs, and a lower platform having a perimeter wall, a top surface, and a plurality of pivoting support legs. A connector assembly connects the lower platform to the upper platform. The connector assembly is configured to provide adjustability of the collapsible platform assembly between a deployed configuration with the upper and lower platforms separated and a collapsed configuration with the top surface of the lower platform nesting within the perimeter wall of the upper platform. When deployed, the collapsible platform assembly provides two elevated platforms that can support a user to reach high areas. When collapsed, the platform assembly reduces in size with the lower platform nesting within the upper platform for compact storage and easy transport.

Constituted from aluminum profiles object of the present invention is constituted from a set of extruded aluminum profiles, more or less long and rectangular, which make up the walls, the base and the ceiling, forming in itself the structure of the furniture, and that present at their ends double terminations in the form of a hitch that allow linking and fixing each other varying the dimension of the bottom of the furniture. They also include a slot to house a silicone rubber, tubular reinforcements to improve grip by screws, a space to fix metal plates that will make the bottom, and an increase in interior thickness at certain points to improve grip by fixing screws for hinges, shelf supports, or any other accessory.

A crossmember (3) comprises an elongate rod portion (31) and two latching claws (32). The rod portion (31) has a central longitudinal axis, a first longitudinal end and a second longitudinal end substantially opposite the first longitudinal end. The first latching claw (32) is arranged at the first longitudinal end of the rod portion (31) and the second latching claw (32) is arranged at the second longitudinal end of the rod portion (31). The first latching claw (32) and the second latching claw (32) each comprise a gripping portion (321) shaped to correspond to a rod-shaped element (22, 31, 52) and are designed to be mounted on the rod-shaped element (22, 31, 52) without tools. The gripping portion (321) of the first latching claw (32) is offset from the gripping portion (321) of the second latching claw (32) with respect to the central longitudinal axis of the rod portion (31).

A storage system includes a framing assembly, a plurality of storage units, and a sliding wall assembly. The framing assembly includes a plurality of side panels and a plurality of rear panels. Each storage unit includes a top surface and a base surface, each of the top surface and the base surface secured to and spanning a pair of side panels and the associated rear panel. The sliding wall assembly includes a sliding wall and upper and lower track systems. The sliding wall moves laterally parallel to the plurality of side panels. Each track system includes a panel track member and a wall track member, wherein the panel track member is secured to a side panel and the wall track member is secured to the upper or lower surface of the sliding wall.

A cart assembly including a frame having a horizontal worksurface, a plurality of vertical support members extending upwardly from the horizontal worksurface and an upper rail spaced above the horizontal worksurface and connected to the vertical support members. The rail defines an opening at one end thereof. A screen is moveable between at least first and second positions. The screen is moveable through the opening and is supported in an interior space of the frame in the first position. The screen is disposed outside the interior space in the second position.

A modular storage system is provided with a plurality of upright side supports to be supported upon an underlying support surface. Each of the plurality of upright side supports is packaged separately. A plurality of horizontal cross members is provided to interconnect a pair of upright side supports. The plurality of horizontal cross members is packaged separately from the plurality of upright side supports.

A modular storage system is provided with a plurality of upright side supports to be supported upon an underlying support surface. Each of the plurality of upright side supports is packaged separately. A plurality of horizontal cross members is provided to interconnect a pair of upright side supports. The plurality of horizontal cross members is packaged separately from the plurality of upright side supports.

A workspace system includes different base components, different accessory interfaces and different accessories. Different accessory interfaces may be fixed to different base components, and different accessories may be releasably engaged by different, or the same accessory interfaces. The same accessories may be engaged by different accessory interfaces. The base components and accessories may be reconfigured to define different workspaces. Methods of assembling and reconfiguring the workspaces are also provided.

A storage solution uses wire shelves where the width of the wire shelves can be customized by a user by adding one or more central members between two end members. Thus, the shelving can be installed in one cabinet having a first width, and moved, if desired, to a cabinet of a different width by adding or removing central members from the shelf. Further, a manufacturer can provide a variety of shelf sizes by simply varying the number of central members that are provided. The shelving may be attached at each end to a slide to permit one or more shelves to extend outward from the inside of a cabinet.

A storage assembly includes top and bottom walls, a pair of end walls extending between the top and bottom walls and cooperating with the top and bottom walls to define an interior space, and at least one end surface configured to closely interfit with at least one end surface of an adjacent storage assembly that is substantially similar to the storage assembly at a predefined angular orientation such that a longitudinal axis of the storage assembly is angularly offset from a longitudinal axis of the adjacent storage assembly when the at least one end surface of the storage assembly is interfit with the at least one surface of the adjacent storage assembly The storage assembly may also include a pair of interior walls and a handle relief extending into the top wall and/or a frame assembly located between one of the end walls and one of the interior walls.