A lid for a beverage container having a first drinking opening, a second drinking opening, and a selector. The selector is configured to linearly slide between a first position in which the first drinking opening is accessible and the second drinking opening is inaccessible, and a second position in which the second drinking opening is accessible and the first drinking opening is inaccessible.

A container lid is provided, which includes a lid body, a sealing member, a resetting member and a slidable member. The lid body is provided with a water outlet. The sealing member is rotatably connected to the lid body, and configured to seal the water outlet. The resetting member is disposed on at least one of the lid body and the sealing member, wherein the resetting member is capable of driving the sealing member to seal the water outlet; and. The slidable member is slidably disposed on the lid body, and is disposed at a first position and a second position relative to the lid body.

A flow gate pour closure for regulated dispersal of a flowing content from a container comprises a closure body and a sliding gate with a depressible tab. The closure body has a principal aperture aligned with a principal opening of the container to allow for the content to flow therethrough. The sliding gate is translatable through a gate exit aperture of the closure body within the gate track to block the principal aperture and prevent the content from flowing or to expose the principal aperture to partially or completely allow the content to flow at a variable flow rate. The sliding gate is translatable reciprocally back along the slide track to re-block the principal aperture. The tab depressible partially engages the top collar when the sliding gate fully blocks the principal aperture and is arranged so that depressing the tab enables sliding gate movement through the gate exit aperture.

A dispensing lid includes a port through the lid, a slider in sliding engagement with the lid, and a detent on the slider. The slider is selectively movable between a closed position that closes the port, an open position that opens the port, and removal from the lid. The detent includes a wall extending from the slider, a lever attached to the slider at a pivot, a pawl extending from the lever, and a catch extending from the pawl. The lever is in an orientation opposing the wall with a gap between the lever and the wall. The catch engages a first stop in the lid when the slider is in the closed position with the lever released, engages a second stop in the lid when the slider is in the open position with the lever released, and does not engage the lid when the slider is removed.

A variable volume evacuable container has a closed bottom, an open top, and a spirally threaded inner wall extending therebetween. A lid configured to threadably engage the inner wall has a top surface, a perimeter, a bottom surface, and a funneling volume within the perimeter and below the bottom surface. A duct is defined through the top and bottom surfaces at the apex of the funneling volume, and a moveable baffle is coupled to the top surface to cover or uncover the duct. The bottom surface slopes continuously upward to the apex so that downward rotation of the lid against contained liquid forces air out of the duct until the liquid fills the funneling volume, allowing the baffle to seal the liquid from air by covering the duct.

A container enclosure for removably enclosing a container is provided. The enclosure includes a base component comprising an outer shell having a base wall and a sidewall extending upwardly therefrom, a support ring, and an interior sleeve. The enclosure further includes a cap component having a lower annular wall and a gasket. The gasket is disposed within a second cavity defined by the cap, and the gasket includes an aperture that is aligned with an opening of the cap component. The lower wall of the cap is configured to be inserted into the first cavity of the base component and the cap component is configured to be removably attached to the base component. The support ring is disposed around an upper end of the interior sleeve and configured to removably couple the interior sleeve to the outer shell. The interior sleeve is configured to receive a beverage container.

Disclosed is a beverage container which includes a container body, which includes a container sidewall, a bottom section, and a top section. The container sidewall defines a first opening into the internal volume of the container body. The top section defines a second opening into the internal volume of the container body. The beverage container includes a plug, which includes a central body portion and a flange extending radially from a first end of the central body portion. The plug is configured to seal the first opening with the central body portion positioned within the first opening and the flange positioned within the internal volume against an internal surface of the container sidewall around the first opening. The beverage container includes a sealing device coupled with the top section of the container body and configured to seal the second opening to enclose the internal volume of the container body.

Described is a method and device for dispensing a grip-enhancing substance. In the device, a specific position of a closure provides a metered amount of the grip-enhancing substance. The device is used in a method to dispense the grip-enhancing substance to a user upon actuation of the closure by the user.

A beverage container includes a container body, a lid and a rotatable sealing arrangement. The lid includes a lid body having a top panel and an access opening. The rotatable sealing arrangement includes a cover assembly and a sealing piece. The cover assembly includes a main shaft and a first sealing cover extended from the main shaft and positioned on the top panel of the lid body. The sealing piece is movably coupled to the main shaft, and includes a coupler ring having a through hole and a second sealing cover extended from the coupler ring. When the cover assembly is in an opened position, the cover assembly is rotated so that the first sealing cover is rotated to cover on top of the access opening, while the second sealing cover is driven to move upwardly with respect to the main shaft for blocking the access opening.

Lid for beverage container. A lid of the present disclosure can include a lid body configured to threadably couple to a container, and a tab assembly hingedly coupled to the lid body, the tab assembly comprising a flip component and a tab component, wherein the flip component is configured to flip from a closed configuration to an open configuration relative to the lid body, and wherein the slide component is configured to slide relative to the flip component so to lock and unlock the slide component upon the lid body.