Abstract: A fluid transport container is described that comprises a wall and a valve assembly. The wall defines a hollow cavity and an aperture that extends across the wall. An extendable tube is moveable to extend out from the hollow cavity. A biasing member is provided to extend the extendable tube from the hollow cavity. The valve assembly can move between an open position and a closed position to control the flow of fluids from the container. Optionally, a trigger assembly is coupled to the valve assembly to move the valve between the open and closed positions. The trigger assembly comprises a trigger shaft that extends through the wall, to provide a trigger handle that is accessible from outside the hollow cavity. Optionally, the container includes a handle that extends away from an exterior surface of the wall and the trigger handle is positioned between the handle and the wall.

Abstract: A fluid transport container is described that comprises a wall and a valve assembly. The wall defines a hollow cavity and an aperture that extends across the wall. An extendable tube is moveable to extend out from the hollow cavity. A biasing member is provided to extend the extendable tube from the hollow cavity. The valve assembly can move between an open position and a closed position to control the flow of fluids from the container. Optionally, a trigger assembly is coupled to the valve assembly to move the valve between the open and closed positions. The trigger assembly comprises a trigger shaft that extends through the wall, to provide a trigger handle that is accessible from outside the hollow cavity. Optionally, the container includes a handle that extends away from an exterior surface of the wall and the trigger handle is positioned between the handle and the wall.

Abstract: A fluid flow-control valve is housed within a fluid transport container or vessel. The valve is operated by a trigger actuating a plunger or shaft. The trigger is located in the handgrip space of a pouring handle so as to resiliently provide one-handed control of fluid flow from the vessel. The valve is resiliently biased to a closed state. A telescopically extendable spout is attached to and housed within the main body of the valve and may include an integral breather passageway. When the spout is retracted it locks out the operation of the trigger.

Abstract: A fluid flow-control valve is housed within a fluid transport container or vessel. The valve is operated by a trigger actuating a plunger or shaft. The trigger is located in the handgrip space of a pouring handle so as to resiliently provide one-handed control of fluid flow from the vessel. The valve is resiliently biased to a closed state. A telescopically extendable spout is attached to and housed within the main body of the valve and may include an integral breather passageway. When the spout is retracted it locks out the operation of the trigger.