A container assembly includes a jar and a lid assembly. The jar includes a body portion defining an interior space for holding items and an upper neck portion disposed about a jar opening leading to the interior space. The lid assembly is connected to the upper neck portion of the jar and includes an inner lid component and an outer lid component. The outer lid component is rotatable relative to the inner lid component while the inner lid component remains stationary relative to the upper neck portion of the jar.

A closure system for a beverage container includes a lid with upper and lower sides, a drinking orifice, a closure member for closing the drinking orifice, and an operating member for manually opening the drinking orifice by a user. The closure member is positioned at the lower side of the lid and fixedly connected with the operating member on the upper side of the lid, the closure member configured to overlap the drinking orifice in a closed position. A movement of the operating member in a first direction along a first axis substantially parallel to the upper side of the lid causes movement of the closure member from the closed position and opening of the drinking orifice, and a movement of the operating member along the first axis in a second direction causes movement of the closure member into the closed position and reclosure of the drinking orifice.

A can lid for a can includes a lid panel with a pouring opening, an actuating element on an upper side of the lid panel, and a closure element disposed on a lower side of the lid panel which faces an interior of the can with the can lid attached thereto. The closure element is shiftable between a closed position, in which the closure element closes the pouring opening in a liquid-tight and/or gas-tight manner, and an open position, in which the pouring opening is at least partially uncovered, along the lid panel substantially translationally in a guided manner by the actuating element. The closure element and the actuating element are made of a metallic material and are fastened to one another by a riveted connection and/or a welded connection that moves along a guide slot in the lid panel during shifting of the closure element.

A can lid includes at least one lid panel having at least one pouring opening, an actuating element disposed on an upper side of the lid panel, and a closure element disposed on a lower side of the lid panel. The closure element is fastened to the actuating element by a connection and is movable by the actuating element between a closed position, in which the closure element closes the pouring opening in a liquid-tight or gas-tight manner, and an open position, in which the pouring opening is at least partially uncovered. At least one protrusion is defined in the lid panel facing the closure element, and an air channel is formed between the closure element and the lid panel by a deflection of at least a section of the closure element at the protrusion, when the closure element is being moved towards or is in the open position.

A container closure device comprises a closure unit (10) with a closure part (40) for opening and re-closing the container opening (23) multiple times, and an operating device (50) with an operating part (60) for actuating the closure part, wherein the operating part is rotatably disposed on the closure part and can be rotated from a locked position into an unlocked position. According to a first aspect, the operating part further comprises a first and a second locking portion (61, 62), which are configured in such a way that, in the locked position, the two locking portions extend beyond the container opening up to an opening limiting region (24) delimiting the container opening, and that, in the unlocked position, at least one of the two locking portions does not extend beyond the container opening up to the opening limiting region delimiting the container opening. Alternatively, a displacement mechanism is provided with which, by rotating the operating part relative to the closure part, one of the closure part or the operating part can be moved towards or away from the container wall in a direction substantially extending perpendicularly to the container wall, whereby the operating part and/or the closure part can be pressed against the container wall or detached from it. Alternatively, the closure unit comprises a fixing device (80) by means of which, in a fixed position, the closure part can be detachably fixed in the open position and by means of which, in a released position, the closure part can be pivoted between the closed and the open position.

A closure system for a container for liquids or bulk material includes a lid having an upper side, a lower side and a drinking orifice, a closure member for closing the drinking orifice that is positioned at a lower side of the lid and configured to cover an entire surface of the drinking orifice in a closed position, an operating member for manually opening the drinking orifice by a user positioned at the upper side of the lid and connected to the operating member, and at least one recess defined in the lid and disposed relative to the closure member such that, when the closure member is moved from the closed position via the operating member, the at least one recess is at least partially overlapped by the closure member such that a gas exchange occurs between an interior of the container and an environment.

A resealable beverage can lid is disclosed having a lid having a top side having a first scored opening and a second scored opening and a bottom side, a first rivet formed in the lid and extending outwardly from the top side of the lid, a second rivet formed in the lid and extending outwardly from the bottom side of the lid, the second scored opening encompassing the first rivet and the second rivet, a tab portion connected to the first rivet, and a closure element connected to the second rivet.

A resealable beverage can lid is disclosed having a lid having a top side having a first scored opening and a bottom side, a first rivet formed in the lid and extending outwardly from the top side of the lid, a tab portion connected to the first rivet, a second rivet formed in the lid and extending outwardly from the top side of the lid, the second rivet having an indentation formed in the bottom side of the lid, the second rivet having a second scored opening, and a closure element connected to the indentation.

A resealable beverage can lid is disclosed having a lid having a top side having a first scored opening and a bottom side, a first rivet formed in the lid and extending outwardly from the top side of the lid, a tab portion connected to the first rivet, a second rivet formed in the lid and extending outwardly from the top side of the lid, the second rivet having an indentation formed in the bottom side of the lid, the second rivet having a second scored opening, a tack element connected to the indentation of the second rivet, and a closure element connected to the tack element.

A container closure device includes a closure unit (10) with a closure part (40) for opening and re-closing a container opening (23) and an operating device (50) with an operating part (60) for actuating the closure part, wherein the operating part is rotatably disposed on the closure part and can be rotated from a locked position into an unlocked position. One such operating part has a first and a second locking portion (61, 62), which are configured in such a way that, in the locked position, the two locking portions extend beyond the container opening up to an opening limiting region (24) delimiting the container opening, and that, in the unlocked position, at least one of the two locking portions does not extend beyond the container opening up to the opening limiting region delimiting the container opening.