A holder for an optical storage disc comprises a retaining element for receiving the disc and a support element to which the retaining element is mounted, The surface of the retaining element is formed with at least one projection for gripping the disc which it, in part, underlies. The support element comprises a piece of sheet material formed with at least one aperture through which the projection of the retaining element extends.
An optical disc holder made of molded elastomeric material designed to protect the recorded side of the optical disc and provide a convenient storage method. The holder includes a flat, circular body with a circular central region and a raised perimeter edge, and three radially aligned tabs. The central region is slightly smaller in diameter than an optical disc so that the body snap fits around an optical disc. Formed on each tab is a curved slot that engages the perimeter edge of the optical disc when the optical disc is inserted over the central region of the body. Formed on opposite surfaces of each tab is a raised lip structure and a recessed surface that are engaged with adjacent disc holders to hold stacked disc holders together.
A portable disc holder comprises a frame member 1 adapted to circumferentially surround a disc at the disc's edges and being at least partially in contact therewith to restrain planar movement of the disc when held in the frame member, the frame member 1 including flange means 7, 8 for preventing or inhibiting planar movement of the disc, and remote from the flange means 7, 8 on a generally opposite portion of the frame member 1 a resiliently moveable means 7, 8 adapted to restrain planar movement of an adjacent edge portion of the disc when the disc is mounted in the frame member 1, the resiliently moveable flange means 7, 8 permitting entry of the disc into the frame member 1 following resilient deformation of the flange.
