A can end for a two-piece beverage can is described. The can end has a center panel positioned about a vertical center axis. The center panel has a means for opening the can end located on a public side. A circumferential strengthening member is located about the center panel. A wall extends upwardly from the circumferential strengthening member. A curl is joined to an upper end of the wall. The curl defines an outer perimeter of the can end. A reinforcing bead is located on the wall between an uppermost portion of the wall and a lowermost portion of the wall.

A lid for a container, such as beverage, food, or storage can, may include a lid body and a tab. The lid body may include one or more inner ribs. Each of the one or more inner ribs may have a trough and a peak. The lid body may also include an outer bead. The one or more inner ribs may be concentrically aligned on the lid body radially inward from the outer bead. The one or more inner ribs may be characterized by a width of greater than 1.65 mm measured from the trough of the inner rib to the peak of the inner rib. The tab may be fixed to the lid body.

A plug styled closure cap for resealing a resealable container. The cap includes a body comprising a sidewall, a motion translating feature formed on an exterior surface of the sidewall of the plug style closure cap body that translates a rotational motion to an axial motion when engaged with a mating translating feature formed on an interior surface of a container opening, a sealing surface that engages with a mating sealing surface of the container opening, and a tamper evidence feature integral with the cap body. The sealing surface can include an elastomeric element. The tamper evidence feature can include at least one segment defined by frangible elements. A method of use enables resealing of the container and indication when the container is no longer factory sealed.

A can lid shell 10 includes a panel section 11 having a circular peripheral edge, a countersink section 12 formed and recessed along the peripheral edge of the panel section 11, a chuck wall section 13 rising from an edge of the countersink section 12, and a flange section 14 protruding from an upper end of the chuck wall section 13. The countersink section 12 includes a first curved surface portion 123C that is convex toward an internal space SP1. The chuck wall section 13 includes a second curved surface portion 131 that is connected to the first curved surface portion 123C and that is concave toward the internal space SP1. Furthermore, the second curved surface portion 131 and the first curved surface portion 123C are formed to be thicker as both are directed from an edge p8 on the flange section 14 side to an edge p6 on the panel section 11 side.

A container closure interface comprising a follower and a track, wherein the combination provides a rotation to axial motion translating system. One of the follower and the track extends radially from a container opening tubular side wall and the other of the follower and the track extends radially from on a closure tubular side wall. At least one detent is integral with the track, wherein the at least one detent can be located proximate an sealing, terminal end of the rotation to axial motion translating track and/or proximate a releasing and engaging end of the rotation to axial motion translating track.