Can cooler and methods of making and using same

1. A can cooler for holding a can, comprising: a vessel having a body and a ring wherein the body has a closed bottom end, an upper open end, a sidewall having an inner surface and an outer surface and wherein the ring is positioned about the upper open end of the body, the ring having a first plurality of c-shaped, horizontal ribs and a second plurality of c-shaped, horizontal ribs; wherein the first plurality of c-shaped, horizontal ribs are vertically aligned with the second plurality of c-shaped, horizontal ribs, wherein each rib of the first plurality of c-shaped, horizontal ribs are located on opposing sides of an inside surface of the ring, wherein each rib of the second plurality of c-shaped, horizontal ribs are located on opposing sides of the inside surface of the ring wherein the first plurality of c-shaped, horizontal ribs and the second plurality of c-shaped, horizontal ribs are configured for holding the can in the vessel.

2. The can cooler of claim 1 wherein the vessel is cylindrical.

3. The can cooler of claim 1 wherein the vessel is constructed of stainless steel.

4. The can cooler of claim 1 wherein the vessel further comprising:

an outer shell and an inner shell defining an insulating space therebetween.

5. The can cooler of claim 4 wherein the inner shell is configured to extend from the closed bottom end to a predetermined distance below the upper open end of the vessel such that the insulating space defined by the outer shell and the inner shell ends a predetermined distance below the open upper end of the vessel.

6. The can cooler of claim 4 wherein the insulating space contains a vacuum.

7. The can cooler of claim 4 wherein the insulating space contains an insulation substance.

8. The can cooler of claim 1 wherein silicone is formed about an inner surface of the ring of the vessel.

9. The can cooler of claim 1 wherein the vessel is sized and configured to receive a slim sized can.

10. The can cooler of claim 1 wherein the vessel is sized and configured to receive a standard sized can.

11. A can cooler for holding a can, comprising: a vessel having a closed bottom end, an upper open end, a sidewall having an inner surface and an outer surface; and a ring positioned and connectable about the upper open end of the vessel, the ring having a first plurality of c-shaped, horizontal ribs and a second plurality of c-shaped, horizontal ribs; wherein the first plurality of c-shaped, horizontal ribs are vertically aligned with the second plurality of c-shaped, horizontal ribs, wherein each rib of the first plurality of c-shaped, horizontal ribs are located on opposing sides of an inside surface of the ring, wherein each rib of the second plurality of c-shaped, horizontal ribs are located on opposing sides of the inside surface of the ring wherein the first plurality of c-shaped, horizontal ribs and the second plurality of c-shaped, horizontal ribs are configured for holding the can in the vessel.

12. The can cooler of claim 11 wherein the vessel further comprising:

an outer shell and an inner shell defining an insulating space therebetween.

13. The can cooler of claim 12 wherein the inner shell is configured to extend from the closed bottom end of the vessel to a predetermined distance below the upper open end of the vessel such that the insulating space defined by the outer shell and the inner shell ends a predetermined distance below the open upper end of the vessel.

14. The can cooler of claim 12 wherein the insulating space contains a vacuum.

15. The can cooler of claim 12 wherein the insulating space contains an insulation substance.

16. The can cooler of claim 11 wherein silicone is formed about an inner surface of the ring.

17. The can cooler of claim 11 wherein the vessel is sized and (Original) configured to receive a slim sized can.

18. The can cooler of claim 11 wherein the vessel is sized and configured to receive a standard sized can.