A sanitary disposable drinking cup is described. The cup is designed to be grabbed from the top when served, but has a portion of its top circumference that is recessed vertically, so as to create both separate gripping and drinking surfaces so as to allow for serving personnel to handle the cup from the top surface without the necessity of contaminating the drinking surface. The cup is designed to nest so as to accommodate multiple cups being easily stored.
1. A cup comprising a bottom wall;
a sidewall having a first end connected to the bottom wall and a second open end having a first edge and second edge wherein the sidewall and bottom wall define a cavity;
a first lip extending from the second edge towards the bottom wall along the interior face of the sidewall and abutting the interior face of the sidewall;
a second lip extending from the first edge along the exterior face of the sidewall;
the height of the sidewall between the bottom wall and the first edge is greater than the height of the sidewall between the bottom wall and the second edge; and
the length of the first edge is at least twice the length of the second edge.
2. The cup of claim 1 wherein the bottom wall and the sidewall form a frusto-conical structure.
3. The cup of claim 1 wherein said second lip is a flap.
4. The cup of claim 3 wherein the length of the flap is approximately equal to the difference in length between the height of the sidewall between the bottom wall and the first edge and the height of the sidewall between said bottom wall and the second edge.
5. The cup of claim 2 wherein the interior surface of the bottom wall is concave with the bottom wall thicker proximal to the sidewall.
6. The cup of claim 2 wherein the exterior surface of the bottom wall is flat.
7. The cup of claim 2 wherein the angle corresponding to the length of first edge is between 270 degrees and 330 degrees.
8. The cup of claim 2 wherein the angle corresponding to the length of first edge is 300 degrees.
9. The cup of claim 1 wherein the second edge is curved towards the bottom wall with the deepest portion of the curve at the midpoint of the second edge.