A locking cap for a beverage can includes an annular ring, an outer portion, an inner portion and an annular seal. The locking cap attaches to a beverage can and allows the beverage can to be resealed to prevent spills and loss of carbonation and enable the beverage can to be transported easily. In some embodiments, the locking cap is used for cannabis infused beverages and prevents unauthorized drinking of the beverage. Further, in some embodiments, the inner portion doubles as a dosing cup, allowing a user to accurately dose the beverage.

A can end has a curl extending circumferentially about a longitudinal axis. A circumferential wall extends downwardly. A strengthening member is joined to lower segment of the circumferential wall. A center panel extends radially inwardly from the circumferential strengthening member. A rivet attaches a tab to the center panel. A cover is attached to the tab and is rotation therewith. A frangible score in the center panel is breakable to form a pour opening in the center panel. The cover is rotatable to overlay the pour opening and effectively reclose the pour opening in a reclosed condition of the can end.

Provided herein is a re-usable device that would allow for the export of, or consumption of liquid without having to remove the device from the can such as the aluminum beverage can and that would also seal the liquid inside a beverage can. A water-resistant or water-proof, insect-proof, dirt-proof synthetic cap is provided that is to be attached to the lip area of the open mouth of can or other open mouth container, such as metal, plastic or an aluminum beverage can.

An apparatus comprising a cylinder of flexible material, where the diameter of the cylinder matches the outside diameter of a bottle neck. The apparatus includes a solid top surface with a top ring of flexible material extending around the circumference, and an underside containing a centered raised circle matching the inside diameter of the bottle neck. The solid top surface is designed to cover the top opening of the bottle neck. The cylinder has an open bottom end with a bottom ring of flexible material extending around the circumference, configured to slide over the bottle neck. Inside the cylinder, a void extends from below the solid top surface through the open bottom end. A first elliptical opening in the cylinder wall extends around at least 50% of the circumference, allowing the solid top surface to be removed from the bottle neck by stretching the flexible material so that the top opening of the bottle neck extends through the elliptical opening.

The Insulated Beverage Carrier with Attached Resealable Lid is a device comprising multiple components, including a beverage enclosure with an optional integrated attachment point, a tether connected to the attachment point or directly to the beverage enclosure, and a resealable lid that can be affixed to the beverage enclosure via the tether. Designed to accommodate containers like beer cans or soda cans, the Insulated Beverage Carrier with Attached Resealable Lid provides a reusable safeguard for protecting beverage contents from spills and external contaminants.

The present disclosure provides a container lid, including a lid body and a locking ring. The lid body has a peripheral outer wall, on which at least one elastic locking strip is arranged, and each elastic locking strip undergoes elastic deformation toward an inside of the lid body. The peripheral inner wall of the locking ring container rotates coaxially along the peripheral outer wall, and a locking protrusion is arranged on the peripheral inner wall corresponding to each elastic locking strip. When the locking ring rotates to a preset angle relative to the lid body, the elastic locking strip fastens the top of the container body with elastic deformation.

An apparatus comprising a cylinder of flexible material, where the diameter of the cylinder matches the outside diameter of a bottle neck. The apparatus includes a solid top surface with a top ring of flexible material extending around the circumference, and an underside containing a centered raised circle matching the inside diameter of the bottle neck. The solid top surface is designed to cover the top opening of the bottle neck. The cylinder has an open bottom end with a bottom ring of flexible material extending around the circumference, configured to slide over the bottle neck. Inside the cylinder, a void extends from below the solid top surface through the open bottom end. A first elliptical opening in the cylinder wall extends around at least 50% of the circumference, allowing the solid top surface to be removed from the bottle neck by stretching the flexible material so that the top opening of the bottle neck extends through the elliptical opening.