Optical disc having lenticular surface and method of manufacturing

A method of fabricating an optical data medium incorporating lenticular imaging comprising the steps of:

• providing a data substrate having generally planar opposed top and bottom surfaces, said bottom surface for receiving an optical beam, and said top surface having at least one photo-reactive chemical disposed thereon;
• providing a lenticular substrate having generally planar top and bottom surfaces, said top surface having a plurality of lenticules;
• positioning a bonding agent between the top surface of said data substrate and the bottom surface of said lenticular substrate;
• and
• bonding said data substrate to said lenticular substrate.

An optical data disc incorporating anti-counterfeiting imaging comprising:

• a first translucent substrate having generally planar opposed top and bottom surface, said bottom surfaces for receiving an optical beam;
• a photo-reactive dye coating formed on said top surface of said first substrate;
• a reflective cation formed over said photo-reactive dye coating;
• a second translucent substrate having generally planar top and bottom surface, said bottom surface incorporating a lenticular image having anti-counterfeiting information, and said bottom surface for bonding with a bonding agent and said top surface having a plurality of lenticulars;
• and
• a layer of a bonding agent disposed between the reflective coating and the bottom surface of said second substrate, the bonding layer securing the first substrate to said second substrate.

A method of fabricating an optical data disc incorporating anti-counterfeiting lenticular imaging comprising the steps of:

• providing a data substrate having generally planar opposed top and bottom surfaces, said bottom surface for receiving and optical beam and said top surface having at least one photo-reactive chemical disposed thereon;
• providing a lenticular substrate having a generally planar top and bottom surfaces, said top surface having a plurality of lenticules and said bottom surface having lenticular anti-counterfeiting information;
• positioning a bonding agent between the top surface of the said data substrate and the bottom surface of said lenticular substrate;
• and
• bonding said data substrate to said lenticular substrate.

An optical data medium incorporating lenticular imaging, comprising:

• a first translucent substrate having generally planar opposed top and bottom surfaces, said bottom surface for receiving an optical beam, and said top surface having at least one photo-reactive chemical formed thereon with a reflective surface;
• a second translucent substrate having generally planar top and bottom surfaces, said bottom surface for bonding with a layer of bonding agent and said top surface having a plurality of lenticules;
• and
• the layer of a bonding agent disposed between the reflective surface of the first substrate and the bottom surface of said second substrate, the bonding layer securing the first substrate to the second substrate.

A display case for housing and displaying an optical data medium comprising:

• an optical data medium, releasably engageable with said case, said medium comprising:
• a first substrate having a plurality of lenticules on a viewing surface and a lenticular image printed on an opposed surface;
• a second substrate having a photo-reactive chemical formed thereon;
• and
• wherein said first and second substrates are bonded to form a data medium having a lenticular image viewable thereon;
• a housing for enclosing said optical data medium, said housing including an aperture for displaying at least a portion of said optical data medium.

A method of fabricating an optical data medium incorporating lenticular imaging comprising the steps of:

• providing a data substrate having generally planar opposed top and bottom surfaces, said bottom surface for receiving an optical beam, and said top surface having at least one photo-reactive chemical disposed thereon;
• providing a lenticular substrate having generally planar top and bottom surfaces, said top surface having a plurality of lenticules;
• positioning a bonding agent between the top surface of said data substrate and the bottom surface of said lenticular substrate;
• and
• bonding said data substrate to said lenticular substrate using a UV bonding process.