A beverage container protection device to removably connect to a beverage container, the beverage container protection device including a main body to enclose a top portion of the beverage container therein, a flap assembly movably disposed on at least a portion of the main body to prevent movement of at least one particle therethrough and prevent a decrease of a carbonation level within a beverage of the beverage container, and a center aperture disposed on and within at least a portion of the main body to facilitate extraction of the beverage within the beverage container, such that the center aperture is covered by the flap assembly.

A re-closeable cap is outfitted upon an upper portion of a beverage can or a series of beverage cans in a multi-pack arrangement for providing a protective barrier atop opened beverage cans. The re-closeable caps include a unibody material construction particularly configured to comprise a cap rim and a cap plate centrally located relative to the cap rim. The cap rim attaches the re-closeable cap to a can rim. The cap plate includes a static portion and at least one dynamic portion all formed from the unibody material construction with complex upper surface landscape and cut lines. The dynamic portions are pivotal relative to the static structure for providing a can-opening access aperture for enabling a user to consume can contents and closing the can-opening access aperture for enabling the user to cover the can opening during contents consumption.

A re-closeable cap is outfitted upon an upper portion of a beverage can or a series of beverage cans in a multi-pack arrangement for providing a protective barrier atop opened beverage cans. The re-closeable caps include a unibody material construction particularly configured to comprise a cap rim and a cap plate centrally located relative to the cap rim. The cap rim attaches the re-closeable cap to a can rim. The cap plate includes a static portion and at least one dynamic portion all formed from the unibody material construction with complex upper surface landscape and cut lines. The dynamic portions are pivotal relative to the static structure for providing a can-opening access aperture for enabling a user to consume can contents and closing the can-opening access aperture for enabling the user to cover the can opening during contents consumption.

A rubberized food-grade device temporarily attaches to a beverage receptacle, preventing insects from entering the beverage but allowing individuals to drink from the receptacle freely. Different devices are contemplated for attachment to bottles, cans, or drinking glasses and are shaped in novel ways.

Liquid product packaging caps with opening plugs are disclosed. The proposed caps comprise dispensing glands and protection meshes attached to the liquid product packaging caps. In examples, when opening, the opening plugs do not touch the liquid content and fold over the liquid product packaging caps, rather than inside them, while at the same time sharp circumferential edge guards prevent users from touching the sharp circumferential edges of the metal plugs. The dispensing glands are released and prevent the liquid from touching potentially contaminated caps of the liquid product packaging which may have been in contact with polluting and contaminating agents. Protection meshes are fitted or secured to dispensing glands which close the packaging holes after they are opened. The protection meshes, apart from the gaps also prevent insects or objects from entering, have pre-selected pre-cut areas to allow users to insert drinking straws into the packaging.

The Disposable Soda Can Cover is manufactured of any suitable material including waxed or coated, food grade, sanitary paper, and is semicircular or a half moon in shape, comprising a semicircular top circumscribed by a ridge which is constructed to receive the top edge or rim of a beverage can and cover the opening of the can.