Abstract: Exemplary embodiments provided herein may include an adjustable rack system, including a front support member, a rear support member in spaced relation to the front support member, one or more support structures coupled to the front support member and the rear support member, and a shelf portion including a coupling portion configured to selectively couple to the rear support member, and a body portion configured to be adjacent to the one or more support structures.

Abstract: A multimedia storage rack comprises a plurality of intercoupled panels. The intercoupled panels are adapted to store multimedia, and are frictionally locked and unlocked without the use of tools using shell-like panel interlocking members. Each panel interlocking member includes a top surface being provided with a cutout. The cutout is adapted to freely accommodate a resilient plate having a ramp-like configuration projecting away from the top surface in its natural unperturbed state. The resilient plate deflects in/out of the cutout relative to its base during assembly of the multimedia storage rack.

Abstract: A wire shelving has a plurality of support surfaces stacked with rods one above the other, the support surfaces each have spaced longitudinal wires. A wire divider assembly is positionable by the user to any desired position along the wires to provide an end stopper to hold media upright. The divider assembly preferably has an M shape with a pair of long legs. Outwardly-facing C-shaped couplers are secured at the ends of the legs, each having an elongate slot generally perpendicular to its respective leg and disposed outwardly. To position the assembly on the desired support surface and at the desired place on the support surface, the user squeezes the legs towards one another, moves the assembly to the desired place and releases the legs so that the couplers expand out onto and engage onto the respective wires. To reposition the assembly, the user squeezes the legs to release the couplers from the wires and moves the assembly to the new position on the same or different support surface.

Abstract: A first support construction has first and second columns of openings on a face thereof, and a second support construction has third and fourth columns of openings on a face thereof. A first horizontal cross member is removably attached at opposite ends in corresponding openings in the first and third columns, and a second horizontal cross member is removably attached at opposite ends in corresponding openings in the second and fourth columns. A first spacer member is removably attached to the first support construction via two rearward pegs in two openings in the first column. With an end of a third horizontal cross member attached to a forward peg of the first spacer member, the vertical plane of the third horizontal cross member is spaced between the vertical planes of the first and second columns. Similarly, a second spacer member is removably attached to the first support construction via two rearward pegs in two openings in the third column.

Abstract: A disc storage case is disclosed for storing discs in a convenient, user-friendly arrangement. The disc storage case allows users to store discs in protective sleeves which are mounted to one or more panels of the storage case rather than mounted at the center of the case. The sleeves are mounted to the panels by a holder mechanism through at least one hole in the sleeve along the sleeve edge. The disc storage case is easier to operate since the holder mechanism does not interfere with the hinge between the side panels. Additionally, the disc storage case stores the discs in a flatter design to maximize the amount of discs that may be stored in a case. The flatter design of the disc storage case of the present invention also reduces the likelihood of spilling the discs and is easier to operate in small spaces since the case does not need to be fully opened to locate and retrieve or insert discs.

Abstract: A first support panel construction has first and second columns of openings, and a second support panel construction has third and fourth columns of openings. A first horizontal cross member is removably attached at opposite ends in corresponding openings in the first and third columns. A second horizontal cross member is removably attached at opposite ends in corresponding openings in the second and fourth columns. A first spacer member is removably attached via two rearward pegs in two openings in the first column. With an end of a third horizontal cross member attached to a forward peg of the first spacer member, the vertical plane of the third horizontal cross member is spaced between the vertical planes of the first and second columns. Similarly, a second spacer member is removably attached to the first support construction via two rearward pegs in two openings in the third column.

Abstract: A storage and display tower assembly transported and distributed in a disassembled in a small box. The components thereof are easily and readily assembled to the configuration selected by the user to provide the desired appearance and use. The shelves, pinch clamps, weighted base and first and second sets of rods of the kit are removed from the box. The rods of the first set are threaded into upright securement to the base; a first shelf is slid through its openings along the rods; the lower ends of the second set of rods are threaded on top of the top ends of the respective rods of the first set with a stabilizing and article display shelf, if needed, sandwiched and fixed between them; and a second shelf is slid through its openings onto the rods of the second set. Using the support clamps, the first and second shelves are mounted at the desired heights to the first and second sets of rods, respectively.

Abstract: A storage and display tower assembly transported and distributed in a compact and disassembled kit form in a box. The components thereof are easily and readily assembled to the configuration selected by the user to provide the desired appearance and use. The shelves, pinch clamps, weighted base and first and second sets of rods of the kit are removed from the box. The rods of the first set are threaded into upright securement to the base; a first shelf is slid through its openings on the rods; the lower ends of the second set of rods are threaded on top of the top ends of the respective rods of the first set with a stabilizing and article display shelf sandwiched and fixed between them; and a second shelf is slid through its openings onto the rods of the second set. Using the support clamps, the first and second shelves are mounted at the desired heights to the first and second sets of rods, respectively. Decorative balls, plates and/or lamps can be attached at the top of the tower thereby defined.