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, a closed bottom surface, a generally cylindrical side wall and an interior;
an insert located within said generally cylindrical cork said insert having a top surface, a bottom surface, a generally cylindrical side wall having a circumference and an interior wherein said closed bottom surface of said cork is generally parallel to said bottom surface of said insert;
a microchip located within the interior of the insert wherein the microchip contains stored electronic information related to contents of the bottle wherein said stored electronic information is detectable by radio waves; and
a generally cylindrical passageway located within the interior of the insert wherein the generally cylindrical passageway receives a bottle opener.
2. The cork of claim 1 further comprising:
a support ring surrounding the insert said support ring having a circumference greater than the circumference of the insert.
3. The cork of claim 1 further comprising:
a compressed spring located in the interior of the insert said compressed spring being generally perpendicular to the generally cylindrical side wall of said insert and wherein said spring at least partly occupies the generally cylindrical passageway of said insert and wherein said compressed spring expands upon penetration of the generally cylindrical passageway by a bottle opener.
4. The cork of claim 1 further comprising:
an electrically conductive connector electrically connecting said microchip to an antenna.
5. The cork of claim 4 wherein the expansion of said compressed spring breaks the electrically conductive connector which electrically connects the microchip to the antenna.
6. The cork of claim 1 wherein a diameter of the insert is less than a diameter of the cork.
7. The cork of claim 1 wherein the generally cylindrical passageway of said insert extends an entire length of said insert.
8. The cork of claim 1 wherein said top surface of said insert is tapered inward toward a center of said insert.
9. The cork of claim 7 wherein said generally cylindrical passageway of said insert has a circumference less than a circumference of said insert.