Abstract Container and closure cap assembly comprises container with open top portion and closure cap for sealing top portion of container. Closure cap has lower portion secured to top portion of container and upper portion separated from lower portion by weakened line of connection. Upper portion of closure cap after separation from lower portion thereof serves as removable closure for container top. Projections on upper portion of closure cap and exterior of container top cooperate with each other to seal container top after upper portion of closure cap is separated from lower portion. Prior to separation projections on closure cap are positioned adjacent to but out of direct contact with projections on container top.
A container and closure cap assembly comprising a container having an open top portion and a closure cap for sealing the open top portion of the container, the closure cap including a lower portion sealingly secured to the top portion of the container and an upper portion separated from the lower portion by a weakened line of connection including a tear strip, a plurality of spaced apart inwardly depressed inclined projections on the upper portion of the closure cap, and an equal number of spaced apart outwardly extending inclined projections on the exterior of the top portion of the container, the projections on the upper portion of the closure cap and the top portion of the container cooperating with each other in such a manner that when the entire closure cap seals the container in a first sealing operation The projections on the upper portion of the closure cap are positioned between but out of direct contact with the projections on the top portion of the container whereby removal of the upper portion of the closure cap from the container is achieved solely through axial movement of the upper cap portion and when the upper portion of the closure cap seals the container in further sealing operations the projections on the upper portion of the closure cap are in direct contact with the projections on the top portion of the container.
Claim 2
Dependent Claim
231 words
A container and closure cap assembly comprising a container having an open top portion and a closure cap for sealing the open top portion of the container, the closure cap including a lower portion sealingly secured to the top portion of the container and an upper portion separated from the lower portion by a weakened line of connection including a tear strip, a plurality of spaced apart inwardly depressed inclined projections on the upper portion of the closure cap, and an equal number of spaced apart outwardly extending inclined projections on the exterior of the top portion of the container, the projections on the upper portion of the closure cap and the top portion of the container cooperating with each other in such a manner that when the entire closure cap seals the container in a first sealing operation The projections on the upper portion of the closure cap are positioned between but out of direct contact with the projections on the top portion of the container whereby removal of the upper portion of the closure cap from the container is achieved solely through axial movement of the upper cap portion and when the upper portion of the closure cap seals the container in further sealing operations the projections on the upper portion of the closure cap are in direct contact with the projections on the top portion of the container.
Claim 3
Dependent Claim
33 words
A container and closure cap assembly as in claim 1 wherein the projections on the upper portion of the closure cap and the top portion of the container each have a triangular configuration.
Claim 4
Dependent Claim
61 words
A container and closure cap assembly as in claim 2 wherein the projections on the upper portion of the closure cap and the top portion of the container are constructed and arranged to form a parallelogram when one of the projections on the upper portion of the closure cap is adjacent an associated projection on the top portion of the container.