The present invention provides a liquid replenishment container that replenishes a liquid tank including a liquid supply portion protruding in a first direction with a liquid. The container includes: a container main body capable of storing a liquid; a liquid replenishment nozzle including a first side wall and mountable on the liquid supply portion, the first side wall defining an internal space communicating with the container main body; and a valve body provided in the internal space and causing the liquid supply portion to communicate with the internal space when the liquid replenishment nozzle is mounted. The internal space has a first liquid replenishment flow path formed between the valve body and the first side wall and being constant in cross-section in the first direction, and a second liquid replenishment flow path formed inside the first liquid replenishment flow path and being continuous in the first direction.

A lid is disclosed having a spring mechanism that pushes up an activator lever while also lifting up a flow stopper that keeps fluid from the mug and out through the lid. Due to the design of the lid, a mug can be filled without having to remove the lid. Similarly, the user does not have to touch any part of the lid from which water flows. This makes the use of this lid more sanitary.

Presented is a spill proof pull-push type lid assembly for a beverage bottle. The lid assembly includes an inner core member, an outer core member, and other associated components configured thereon. In operation, the outer core member is configured to slide over the inner core member in a restrictive manner from a first position to a second position or vice versa to seal or open a beverage passageway from the beverage bottle to the lid, respectively.

The present invention provides a liquid replenishment container that replenishes a liquid tank including a liquid supply portion protruding in a first direction with a liquid. The container includes: a container main body capable of storing a liquid; a liquid replenishment nozzle including a first side wall and mountable on the liquid supply portion, the first side wall defining an internal space communicating with the container main body; and a valve body provided in the internal space and causing the liquid supply portion to communicate with the internal space when the liquid replenishment nozzle is mounted. The internal space has a first liquid replenishment flow path formed between the valve body and the first side wall and being constant in cross-section in the first direction, and a second liquid replenishment flow path formed inside the first liquid replenishment flow path and being continuous in the first direction.

A lid assembly includes an internal component assembly having a first end, a second end opposite the first end, and a button disposed at the first end. An external component receives the internal component assembly. The external component is configured for engaging a container. The internal component assembly cooperates with the external component to translate axially upon a first pressure to the button to permit a fluid to enter the external component adjacent the second end of the internal component assembly and to militate against the fluid to enter the external component adjacent the second end of the internal component upon a second pressure to the button.

Presented is a spill proof pull-push type lid assembly for a beverage bottle. The lid assembly includes an inner core member, an outer core member, and other associated components configured thereon. In operation, the outer core member is configured to slide over the inner core member in a restrictive manner from a first position to a second position or vice versa to seal or open a beverage passageway from the beverage bottle to the lid, respectively.

The invention relates to a bottle cap for attaching to the opening of a bottle, having a hollow tube and a drinking opening, which is connected to the hollow tube. Furthermore, a drinking area is provided, wherein the drinking opening is configured in the drinking area. The invention is characterized in that multiple small openings are configured in the drinking area and a liquid reservoir is provided in the bottle cap. The liquid reservoir is connected to the small openings in a fluid-tight manner. In addition, a dispensing device is provided, which dispenses a predefinable quantity of a liquid from the liquid reservoir via the small openings when activated.

A bottle (20) comprising an open-topped outer container (21) comprising a resilient body (22) for holding a water, an inner container comprising a flexible pouch (28) for holding a gel, a closure (24) adapted to fix to the top of the outer container thereby forming an enclosure for containing the water, a fixing (38,42) configured to allow the inner container to be suspended from the closure, an outlet that is in fluid communication with both the outer container and the inner container thereby allowing the outlet to dispense the water and the gel, a switch mechanism (41) including a switch moveable to select between placing the outlet in fluid communication with the outer container and placing the outlet in fluid communication with the inner container, and an air inlet and a one-way valve configured to allow air to flow into the outer container.

Container closure for a container (1), the container closure having at least one receiving chamber, for receiving a substance of liquid or powdery consistency, and having a mouthpiece (5) comprising a through-opening (13), characterized in that the container closure has an adapter (2), into which a capsule (3) having the substance is interchangeably inserted, and an actuating element (6) for actuating the capsule (3), wherein the capsule (3) has a housing forming the receiving chamber, in which a perforator (7) is arranged, and the housing has two openings, wherein one opening is closed by a closure film (8) and the second opening is closed by an end region of the perforator (7), wherein the actuating element (6) is operatively connected to the end region of the perforator (7) that closes the second opening of the capsule (3), and the adapter (2), the capsule (3) and the actuating element (6) form mutually separate components.

A modular bottle (e.g., for holding liquid or dry storage contents) and its various assemblies, components, and structures are provided. The bottle can be flexible or rigid and is dynamically modular to be particularly useful for outdoorspeople, military personnel, travelers, pet owners, and the like. The bottle is a double-ended device capable of being modified or expanded with various caps, filters, spouts, compartments, and like accessories.