Tamper-resistant microchip assembly
The present invention generally relates to a tamper-resistant microchip assembly which may be used to, for example, confirm the authenticity of the source of a product. The tamper-resistant microchip assembly may further contain information related to the origin of the product, vintage, bottle size, geographic origin, age and/or other characteristics of the product. The tamper-resistant microchip assembly is particularly suitable for use with, for example, the production and distribution of wine.
1. A cork for wine bottles and like comprising:
a generally cylindrical cork having a closed top surface having a surface area, a closed bottom surface, a generally cylindrical side wall and an interior; and
a generally circular microchip unit having a top surface having a surface area, a bottom surface, a height, and a diameter and wherein said generally circular microchip unit contains a microchip electrically connected to an antenna and wherein said generally circular microchip unit is entirely contained within the interior of the cork and wherein said top surface of said microchip unit is substantially parallel to said top surface of the cork.
2. The cork of claim 1 further comprising:
a generally circular indentation portion surrounding the cork wherein the generally circular indentation portion extends inward from the generally cylindrical side wall toward the interior of the cork and wherein the generally circular indentation portion receives a support ring and wherein the generally cylindrical indentation portion, the support ring and the generally circular microchip unit occupy a common planar surface.
3. The cork of claim 1 further comprising:
a concave reservoir area located between the generally circular microchip unit and the closed bottom surface of the cork and wherein the concave reservoir area traps a portion of the generally circular microchip unit upon a breaking of the generally circular microchip unit.
4. The cork of claim 1 wherein the surface area of the top side of the generally circular microchip unit is substantially equal to the surface area of the top surface of the cork.
5. The cork of claim 1 further comprising:
a slit located on the generally cylindrical side wall of the cork wherein the slit has a height and a length slightly larger than a height and a diameter of the microchip unit and wherein the microchip unit is inserted through the slit into the interior of the cork and wherein the slit is subsequently covered by a support ring surrounding the generally cylindrical side wall of the cork.
6. The cork of claim 5 further comprising:
an extended lip portion of the ring wherein the extended lip portion has a circumference slightly larger than a circumference of the remaining portion of the ring and wherein the extended lip portion is tapered outward toward the top surface of the cork.
7. The cork of claim 5 further comprising:
a rivet located on an exterior wall of the support ring and in contact with the container wherein the rivet is constructed from a material having a higher rating on the Mohs scale than the surrounding container and wherein removal of the cork from the bottle forces the rivet to permanently scratch the container.