Abstract:
The flow limiting bottle cap secures to a container having a threaded neck and allows a user to select an open or a closed position without removing the cap from a container. Additionally fluid from within a container, when poured, forms multiple separate streams in laminar flow. The cap provides a pattern of conically shaped holes for passing of fluid. Each hole has edge conditions for adjusting the flow relative to pouring. The cap opens by raising an upper portion and closes by lowering the upper portion or by rotating the upper portion to expose the holes and closing by rotating oppositely to block the holes. Knurling upon the perimeter of the upper portion aids the user. An internal seal also excludes atmospheric communication to reduce spoilage of fluids within a container.
Abstract:
The flow limiting bottle cap secures to a container having a threaded neck and allows a user to select an open or a closed position without removing the cap from a container. Additionally fluid from within a container, when poured, forms multiple separate streams but not a large gusher. The cap provides a pattern of holes for passing of fluid. The cap opens by raising an upper portion and closes by lowering the upper portion or by rotating the upper portion to expose the holes and closing by rotating oppositely to block the holes. Knurling upon the perimeter of the upper portion aids the user. An internal seal also excludes atmospheric communication to reduce spoilage of fluids within a container.
Abstract:
A carbonated drink closure and dispensing device is disclosed having an upper cap portion, a lower cap portion removably and rotatably secured to the upper cap portion at one end, and removably secured to a top opening of a container at an opposing end. The lower cap portion includes an opening allowing fluid contents of the container to flow thererough, and a valve member is dimensioned and configured to cover the lower cap portion opening. The valve member threadably engages the upper cap portion, and an anti-rotation device is disposed on the lower cap portion and houses the valve member, wherein the rotation of the upper cap portion slides the valve member within the anti-rotation device to close off the opening of the lower cap portion in one position, and moves away from the opening of the lower cap portion allowing fluid contents from the container to flow through the opening and through the upper cap portion.
Abstract:
An oil bottle has a bottle body, an upper cover, a housing, an oil pouring assembly, an oil spray assembly; a button for opening or closing the oil pouring assembly disposed above the upper cover; and a lever for driving the oil spray assembly to spray oil disposed above the upper cover; wherein, the housing has an oil spray port and an oil pouring port at the front side of the housing; the oil pouring assembly communicates with the oil pouring port; the oil spray assembly communicates with the oil spray port through a pipe. The oil bottle has reasonable structure, and is clean and sanitary. The assembly operation is fast and convenient, and the usage of the oil bottle is safe and reliable.
Abstract:
A closeable dispensing device for dispensing a liquid, viscous or pasty medium contained in a container has a first opening for dispensing the medium located in the container, a second opening for ventilating and/or venting the container, and a closure device which can be actuated in order to produce and break a connection between the first opening and the container and between the second opening and the container. The dispensing device described is distinguished in that the closure device is designed such that, when actuated as is required in order to produce a connection between the first opening and the container, it first of all produces a connection between the second opening and the container and only then produces the connection between the first opening and the container. Such a dispensing device is straightforward to use and, nevertheless, cannot under any circumstances open of its own accord.
Abstract:
A cap assembly cooperates with a container to form a vent portion and a pour portion when a cap is oriented in an open position relative to the container. The cap is dimensioned to seal the container opening in a closed position. The cap and opening are oblong, preferably oval in configuration, and have cooperating thread assemblies that permit the cap to be selectively rotated between the open and closed positions. The cap preferably has a threaded shank that is engaged along a portion of its periphery by central threaded portions disposed on opposite sides of the generally oval container opening.