Optical disc package

Claim 2

A package for an optical disc having a central opening and for an optical disc sleeve shaped to enclose the optical disc, said package comprising: upper and lower formed plastic sheets sized to receive and support therebetween the optical disc and the optical disc sleeve in side by side relationship, at least one of the plastic sheets being transparent to allow the optical disc and the optical disc sleeve to be seen through the transparent plastic sheet; one of said sheets comprising a hub having an enlarged end portion which in its relaxed state is larger than the central opening of the optical disc and a reduced diameter neck portion such that the optical disc can be snapped in place over the end portion and the optical disc, once inserted on the hub, is held on the hub by an interference fit between the enlarged end portion and the optical disc; said lower sheet defining a depression shaped to receive the optical disc; said upper sheet shaped to cover the optical disc and the optical disc sleeve; said upper and lower sheets defining peripheral shoulders shaped to fit together to increase the rigidity of the sheets.

Claim 3

The invention of claim 1 wherein the depression comprises: at least one inner ledge positioned around the hub to support an inner portion of the optical disc on a support plane; an annular floor surrounding the inner ledge and spaced from the support plane to avoid contact with the optical disc; an array of raised stiffening structures formed in the annular floor; and at least one outer ledge positioned around the annular floor to support an outer portion of the optical disc.

Claim 4

The invention of claim 2 wherein the raised stiffening structures comprise an array of alternating first and second areas, said first areas spaced from the support plane by a first distance and said second areas spaced from the support plane by a second, larger distance to protect the optical disc and to increase the rigidity of the lower sheet.

Claim 5

The invention of claim 3 wherein the first and second areas are sector shaped with respect to the hub.

Claim 6

The invention of claim 2 wherein the inner ledge is annular, and wherein the outer ledge comprises two annular surfaces separated by an annular trough to increase the rigidity of the lower sheet.

Claim 7

The invention of claim 2 wherein the lower sheet additionally defines a pair of finger recesses diametrically disposed with respect to the hub, outwardly adjacent to the outer ledge.

Claim 8

The invention of claim 1 wherein the upper and lower sheets are respective vacuum formed plastic sheets.

Claim 9

The invention of claim 1 wherein the upper and lower sheets are imperforate to protect the optical disc and the sleeve from contamination.

Claim 10

The invention of claim 1 wherein the upper and lower plastic sheets receive the optical disc and the optical disc sleeve in side by side, non-overlapping relationship.

Claim 11

The invention of claim 1 wherein the peripheral shoulders extend around the optical disc and the optical disc sleeve to inhibit folding of the sheets.

Claim 12

The invention of claim 1 wherein the upper sheet comprises a closed end receptacle shaped to receive the end portion of the hub.

Claim 13

A package for an optical disc having a central opening and for an optical disc sleeve shaped to enclose the optical disc, said package comprising: a lower transparent vacuum formed plastic sheet comprising a sleeve receiving area shaped to receive the sleeve and a disc receiving area sized to receive the disc, said receiving areas positioned in non-overlapping, side by side relationship, said disc receiving area defining an annular depression comprising the following elements integrally vacuum formed in the lower sheet: a central hub having an enlarged head portion and a narrowed neck portion, said head portion in its relaxed state being larger than the central opening in the optical disc such that the optical disc can be snapped in place over the end portion and the optical disc and the optical disc, once inserted on the hub, is held on the hub by an interference fit between the enlarged end portion and the optical disc; an annular ledge positioned around the hub to support an inner portion of the optical disc on a support plane; an annular floor surrounding the inner ledge and spaced from the support plane to avoid contact with the optical disc, said floor defining an array of sector shaped stiffening structures arranged radially with respect to the hub, said stiffening structures comprising alternating first and second areas, said first areas spaced from the support plane by a first distance and said second areas spaced from the support plane by a second larger distance to protect the optical disc and to increase the rigidity of the lower sheet; and at least one outer ledge positioned around the annular floor to support an outer portion of the optical disc; an upper transparent vacuum formed plastic sheet shaped to cover the optical disc receiving area and the sleeve receiving area and comprising an integral closed end receptacle shaped to receive the end portion of the hub; said upper and lower sheets defining peripheral interlocking shoulders extending around the sleeve receiving area and the optical disc receiving area to increase to the rigidity of the sheets.

Claim 14

A package for an optical disc having a central opening and for an optical disc sleeve shaped to enclose the optical disc, said package comprising: a lower transparent vacuum formed plastic sheet comprising a sleeve receiving area shaped to receive the sleeve and a disc receiving area sized to receive the disc, said receiving areas positioned in non-overlapping, side by side relationship, said disc receiving area defining an annular depression comprising the following elements integrally vacuum formed in the lower sheet: a central hub having an enlarged head portion and a narrowed neck portion, said head portion in its relaxed state being larger than the central opening in the optical disc such that the optical disc can be snapped in place over the end portion and the optical disc and the optical disc, once inserted on the hub, is held on the hub by an interference fit between the enlarged end portion and the optical disc; an annular ledge positioned around the hub to support an inner portion of the optical disc on a support plane; an annular floor surrounding the inner ledge and spaced from the support plane to avoid contact with the optical disc, said floor defining an array of sector shaped stiffening structures arranged radially with respect to the hub, said stiffening structures comprising alternating first and second areas, said first areas spaced from the support plane by a first distance and said second areas spaced from the support plane by a second larger distance to protect the optical disc and to increase the rigidity of the lower sheet; and at least one outer ledge positioned around the annular floor to support an outer portion of the optical disc; an upper transparent vacuum formed plastic sheet shaped to cover the optical disc receiving area and the sleeve receiving area and comprising an integral closed end receptacle shaped to receive the end portion of the hub; said upper and lower sheets defining peripheral interlocking shoulders extending around the sleeve receiving area and the optical disc receiving area to increase to the rigidity of the sheets.

Claim 15

The invention of claim 12 wherein the inner ledge is annular, and wherein the outer ledge comprises two annular surfaces separated by an annular trough to increase the rigidity of the lower sheet.

Claim 16

The invention of claim 12 wherein the lower sheet additionally defines a pair of finger recesses diametrically disposed with respect to the hub, outwardly adjacent to the outer ledge.

Claim 17

The invention of claim 12 wherein the upper and lower sheets are imperforate to protect the optical disc and the sleeve from contamination.