Abstract: This invention provides for a valve assembly to be releasably attached to the spout of a conventional bottle or container that houses a fluid. The valve assembly includes a cap, a shaft, and a shank. The cap is releasable attached to the spout of the bottle and includes a central aperture. The shank is received within the aperture of the cap. The shank has a hollow tubular configuration and receives the shaft. The configuration and design of the valve assembly permits for the shaft to slide freely within the shank from an open position to a closed position. Additionally the top of the shaft includes a plurality of holes which are exposed when the valve assembly is in an open position. The shank covers the holes thereby providing the valve assembly to be in a closed position.

Abstract: The present invention provides for a valve assembly to include a cap which is removably secured to a spout of a water bottle. The cap further includes an aperture for receiving a hollow shank having an opened top and an opened bottom. A shaft is received in the opened bottom of the shank for permitting the shaft to slide freely and vertically within the shank. The shaft further includes at least one hole encompassing the side wall of the top area and a stop extending outwardly from an enclosed top. This stop contacts the opened top of the shank to maintain for the assembly to be in a closed position, accordingly, providing the hole to be covered by the shank. Located at the bottom of the shank is a first flange and located at the bottom of the shaft is a second flange. A locking ring is releasably attached to the shaft for maintaining the valve assembly to be in a closed position. In order to activate the valve assembly, the cap is attached to the spout of a bottle.