초록 ▼

This invention provides high-density storage for data storage media such as compact disks (CDs), digital video disks (DVDs), and similarly shaped objects. The design consists of horizontal storage pockets within a storage cylinder. Multiple pockets lie on a horizontal plane, and each pocket has a po

This invention provides high-density storage for data storage media such as compact disks (CDs), digital video disks (DVDs), and similarly shaped objects. The design consists of horizontal storage pockets within a storage cylinder. Multiple pockets lie on a horizontal plane, and each pocket has a pocket opening on the perimeter of the storage cylinder. The pocket openings on each horizontal plane are shifted with respect to the pocket opening below it creating a spiral storage pattern around the periphery of the storage cylinder. Pocket openings are centered on notches that run vertically along the cylindrical perimeter of the cylinder.

대표청구항 ▼

I claim: 1. A storage cylinder for digital video disks, compact disks, and other similarly shaped stored objects comprising: a) a storage cylinder with a shape approximating that of a right circular cylinder where said storage cylinder has a lateral surface and further where said storage cylinder h

I claim: 1. A storage cylinder for digital video disks, compact disks, and other similarly shaped stored objects comprising: a) a storage cylinder with a shape approximating that of a right circular cylinder where said storage cylinder has a lateral surface and further where said storage cylinder has vertical notches evenly spaced around its cylindrical perimeter that run vertically with approximately uniform depth along the entire vertical length of said lateral surface; b) a plurality of storage pockets where each said storage pocket has a top and bottom surface such that the dimension of the distance between said top and bottom surfaces is much less than its width and depth dimensions and where said top and bottom surfaces are horizontal and where one end of each of said storage pockets intersect with said lateral surface and at least one of said vertical notches forming a corresponding pocket opening, and where the center of said pocket opening aligns with the center of one of said vertical notches and where a plurality of said storage pockets are centrally aligned along one of said vertical notches and further that said storage pockets centrally aligned along one of said vertical notches are placed at regular vertical intervals along said vertical notch with sufficient spacing between said pocket openings so that the pocket openings are adapted to allow for removal and insertion of stored objects and further where said pockets centrally aligned along one said notch are positioned so they do not intersect with pockets that are centrally aligned along other said vertical notches and where said pockets centrally aligned along one said vertical notch partially overlap pockets centrally aligned with at least three adjacent vertical notches when viewed along the cylindrical axis of said storage cylinder and further where at least 2 storage pockets are on the same horizontal plane. 2. The storage cylinder of claim 1 wherein said storage cylinder further comprises a rotatable base to allow rotation of said storage cylinder. 3. The storage cylinder of claim 2 housed in a storage unit which comprises walls, a cylinder positioning means, and an access panel assembly whereby the storage cylinder can be rotated and the access panel positioned vertically to allow access to any selected said storage pocket. 4. A disk storage cylinder for digital video disks, compact disks, and other similarly shaped stored objects comprising: a) a storage cylinder with a shape approximating that of a right circular cylinder where said storage cylinder has a lateral surface and further where said storage cylinder has vertical notches evenly spaced around its cylindrical perimeter that run vertically with approximately uniform depth along the entire vertical length of said lateral surface; b) a plurality of storage pockets where each said storage pocket has a top and bottom surface such that the dimension of the distance between said top and bottom surfaces is much less than its width and depth dimensions and where said top and bottom surfaces are horizontal and where one end of each of said storage pockets intersect with said lateral surface and at least one of said vertical notches forming a corresponding pocket opening, and where the center of said pocket opening aligns with the center of one of said vertical notches and where a plurality of said storage pockets are centrally aligned along one of said vertical notches and further that said storage pockets centrally aligned along one of said vertical notches are placed at regular vertical intervals along said vertical notch with sufficient spacing between said pocket openings so that the pocket openings are adapted to allow for removal and insertion of stored objects and where said pocket openings corresponding to pockets centrally aligned along one of said vertical notches overlap said pocket openings corresponding to pockets centrally aligned along at least one adjacent vertical notch when viewed along the cylindrical axis of said storage cylinder and where at least two of said storage pockets are on the same horizontal plane. 5. The storage cylinder of claim 4 wherein said storage cylinder further comprises a rotatable base to allow rotation of said storage cylinder. 6. The storage cylinder of claim 5 housed in a storage unit which comprises walls, a cylinder positioning means, and an access panel assembly whereby the storage cylinder can be rotated and the access panel positioned vertically to allow access to any selected said storage pocket.