A storage assembly is provided with a pair of spaced apart brackets. A pair of hubs is each pivotally connected to one of the pair of spaced apart brackets. A rotary limit is connected to one of the pair of hubs and one of the pair of spaced apart brackets to limit the pair of hubs to a range of rotation relative to the pair of spaced apart brackets. A pair of bars is each connected to the pair of hubs to rotate with the pair of hubs to support and store articles upon the pair of bars.

A folding drawer includes a bottom board; two side panels each including a slide and an L-shaped positioning member on a top of a rear end; a rear panel including two U-shaped grooves on two sides respectively, and two flexible projections each adjacent to the U-shaped groove wherein the L-shaped positioning member is configured to dispose in the U-shaped groove; a front panel; a first hinge on a joining portion of a rear surface of the rear panel and a bottom of the bottom board, a second hinge on a joining portion of an inner surface of one side panel and a top of the bottom board, and a third hinge on a joining portion of an inner surface of the other side panel and the top of the bottom board.

An apparatus includes first and second side portions, and a horizontal portion disposed between the first and second side portions. Each side portion includes an inner wall joined to the horizontal surface, an exterior wall, and a top portion connected that define a volume within the side portion. Each side portion also includes first and second wheels within the volume, the first and second wheels having a raised wheel position and a lowered wheel position. Each side portion also has an arm coupled to the outer wall of the side portion, the arm having a first arm position and a second arm position. Movement of the arm from the first arm position to the second arm position causes the wheels to move from the raised wheel position to the lowered wheel position.

System equipment carriers and related methods can include two side panels coupled together in a spaced apart relationship with respect to one another by a base panel to form an equipment carrier, the equipment carrier being configured to receive and support a plurality of individual component modules therein. In this configuration, the equipment carrier and the plurality of individual component modules received therein are configured to be positioned together within an equipment enclosure that is configured to receive individual component modules therein.

In a wall-mounted storage system comprising standard components, from which to assemble and install, and improved drawer. The drawer has having a drawer frame with two side rails, a back, and a front, metal bracket extending between and connecting each of the two side rails, defining an opening into which an open topped container may be inserted and supported by the frame. The drawer has a drawer front having a finished outer-facing surface and an inside surface for attaching to the metal bracket, the inside surface having formed thereon a recess extending from a top edge of the drawer front to at least the top edge of the metal bracket.

An apparatus includes first and second side portions, and a horizontal portion disposed between the first and second side portions. Each side portion includes an inner wall joined to the horizontal surface, an exterior wall, and a top portion connected that define a volume within the side portion. Each side portion also includes first and second wheels within the volume, the first and second wheels having a raised wheel position and a lowered wheel position. Each side portion also has an arm coupled to the outer wall of the side portion, the arm having a first arm position and a second arm position. Movement of the arm from the first arm position to the second arm position causes the wheels to move from the raised wheel position to the lowered wheel position.

A frame for a drawer having a frame body which comprises a cavity for receiving a drawer guiding system, wherein the frame body includes an inner base part and an outer covering element which covers the base part, and wherein the inner base part comprises receiving means for the drawer guiding system as well as a support for a bottom part of a drawer bottom. According to the invention, the covering element covers the base part fully or almost fully at least over the length thereof, wherein a top horizontal portion of the covering element is supported on the base part.

Equipment cradles, rack-mounted equipment systems, and related methods can include rack-mounted equipment, a rack-mounted equipment cabinet for storing the rack-mounted equipment, and at least one equipment cradle installed in the rack-mounted equipment cabinet for supporting the rack-mounted equipment stored therein. The equipment cradle can include telescoping rails including a right rail and a left rail, the telescoping rails being configured to extend between front and rear rails of the equipment cabinet, at least one post disposed on each of front and rear endplates of the telescoping rails, the at least one post being configured to be received by holes disposed in each of the front and rear rails of the equipment cabinet, and at least one cross brace having a first end configured to mount to the left rail and a second end configured to mount to the right rail.

A wall construction element of a drawer is proposed, wherein the wall construction element has a frame body, having a base part which provides a cavity for receiving a drawer guide system, and having a casing element for casing the base part, wherein in a covering portion of the frame body a material layer of the casing element covers a material layer of the base part. According to the invention, a support part which upwardly projects in the fashion of a column is present on the frame body, wherein for attaching the support part in an end-side end region of the frame body a tongue-like flat portion of the support part is secured between the base part and the casing element.