A container lid for a fluid container is formed of a flexible resilient material includes a body member having a drinking aperture and a valve. Upon application of a first force to an actuator region of the body member, the valve unseals the drinking aperture and upon removal of the first amount of pressure, the valve reseals the aperture. Upon the application of a second force to the actuator region that is greater than the first force, the valve engages a locking mechanism and the aperture remains unsealed upon removal of the applied second force. In a second embodiment first and second actuator regions are employed and the application of a force to the second actuator region secures the valve in an unsealed orientation.

A beverage container assembly has a container with an opening and a lid that closes the opening. The lid has a mouthpiece that extends laterally outwardly of the container to allow a person's head to remain upright or erect (i.e., minimizing or no head tilt movement) while drinking so as to not impede the user's straight-ahead vision, such as while driving. The mouthpiece is configured so that the container becomes disposed at one side of the nose so that the container is tiltable further as the nose does not interfere with the tilting action.

A container lid is disclosed that accepts a snap-on container. The lid includes a continuous outer coupling trough for attachment to the open top of a beverage container where the trough circumscribes a footprint of the container lid. A straw-hole planar surface is disposed within the footprint, the straw-hole planar surface is adjacent to the outer coupling trough and a hole for drinking a liquid in the container extends through the straw-hole planar surface. A riser wall extends away from the straw-hole planar surface and defines a first planar surface above the straw-hole planar surface. A sip hole extends through the first planar surface. A food container coupling wall connects to the first planar surface and extends from the first planar surface to a position lower than the first planar surface and a food container coupling bottom connected to the food container coupling wall.

A lid is capable of easily taking out contents from an opening portion thereof, while securing sealability of a container. The lid includes a top lid made of a paper-based material, the top lid including: an opening portion communicating between the inside and the outside of the top lid; a lid piece formed to be capable of opening or closing the opening portion; and a holding portion for holding the lid piece in a state where the opening portion is opened; and the lid includes a holding reception portion configured to hold the holding portion in a state where the opening portion is opened.

A two part container lid for a container including a separately moulded brim mount part with a hatch opening in a top portion, reversibly clamped onto an rolled rim of the container and a separately moulded hatch cover part, sized and shaped to reversibly fit over the hatch opening. The hatch cover part is coupled to the top wall of the brim mount part by a detachable hinge thus pivoting the hatch cover part over the hatch opening between a fully closed position and a fully opened position and any intermediate position therein, thereby providing access to the beverage within the container without removing the two part container lid from the container. Detaching the hatch cover part from the brim mount part converts the two part container lid into a hybrid lid covering partially covering the container while permitting access to the contents within the container through the hatch opening.

A drinking vessel comprising a drinking container comprising an interior, a drinking attachment comprising a bottom wall and a drinking element, which protrudes upwards from the bottom wall and which has at least one drinking opening on the outer end, which is connected to the interior via a passage channel, which extends through the drinking element, holding devices for releasably holding the drinking attachment on the drinking container, a drinking valve arranged in the passage channel, which closes when ambient pressure is present at the drinking opening, and which opens when a suction underpressure is present at the drinking opening, characterized in that the drinking valve comprises a tube, which is open on the top and closed on the bottom, which, in a wall, has at least one flow-through opening, which connects the inside of the tube to the outside of the tube, wherein the wall of the tube, at least in the area of the flow-through opening, is formed as a soft elastic diaphragm, and when ambient pressure is present at the drinking opening, the tube abuts with the outer rim of the flow-through opening on the wall of the passage channel so as to form a seal and, when a suction underpressure is present at the drinking opening, the diaphragm bulges inwards, so that the outer rim of the flow-through opening moves away from the wall of the passage channel.

A disposable drink-through dome lid for disposable drinking cups used in the sale of hot or cold beverages, the top of the lid elevated above the top of the beverage cup when in place. The lid's outer wall is elevated to form a drink ridge adapted to the user's lips for drinking through a generally oval-shaped drink-through orifice. Ideally, the drink-through orifice includes: a drink-through chamber having a drink flap capable of closing off a drink-through opening, thereby shielding against accidental spillage due to sloshing of the beverage while traveling; and a recessed orifice ridge on the interior side of the drink-through orifice, directs froth exiting the drink opening into a spill reservoir. A vent opening positioned near the lid's center and within a vent slot, collects and directs beverage exiting the vent into the spill reservoir.

A multi-lid heat-insulating cup is provided, including a heat-insulating cup body with an accommodating cavity and a cup lid detachably connected to the heat-insulating cup body, the cup lid being provided with a drinking mouthpiece and a drinking mouthpiece lid being disposed at the drinking mouthpiece, where an inner top surface of the cup lid is provided with a ring-shaped sealing gasket; and with the cup lid covering an opening end of the heat-insulating cup body, the sealing gasket is capable of sealing both the opening end of the heat-insulating cup body and a top periphery of a pop can placed in the accommodating cavity, and a beverage outlet of the pop can is in communication with the drinking mouthpiece. The cup lid which can cover an opening of the heat-insulating cup body is disposed to increase a heat insulation effect.

A beverage container includes a container body, a lid having a support panel, and a push sealing arrangement. The push sealing arrangement includes a cover assembly, a main shaft and a sealing piece. The cover assembly includes a first cover. The sealing piece includes a second cover positioned underneath the first cover and the access opening. The cover assembly is arranged to move between an opened position and a closed position. In the closed position, the cover assembly is slid to drive the first cover to cover on top of the access opening, while the second cover is driven to move upwardly for blocking a bottom side of the access opening. In the opened position, the first cover is slid to expose the access opening to ambient environment, while the second cover is driven to move downwardly to allow liquid to flow out of the container body.

Beverage systems and kits and methods of using the same. A beverage system of the present disclosure includes a container configured to retain a beverage, the container having an outer wall and an internal threaded section above a non-threaded inner wall section; a threaded gasket having a threaded portion and an outer curved profile, the threaded portion configured to engage the internal threaded section of the container when coupled thereto; and a lid having an extension portion extending from a cover portion, the extension portion having a seal positioned thereon, the seal configured to engage the non-threaded inner wall section of the container when coupled thereto.