Cap adapted to engage container with another object
A cap may be adapted to engage a container and may preferably be adapted to facilitate engaging the container with another object or may be adapted to otherwise possibly simplify transport, use, or storage of the container.
1. A cap adapted to engage a container, comprising:
a cap body adapted to engage the container, the cap body having a side wall, an outer surface, and a cap detent on the outer surface;
a spout located on the outer surface and configured to allow fluid therethrough;
a lid adapted for movement between a first position, in which the lid is engaged with the spout, and a second position, in which the lid is disengaged from the spout, the lid being pivotally connected to the cap body, the lid comprising a lid protrusion that is configured to engage the cap detent when the lid is rotated away from the spout, such that the lid is adapted to be detachably held in the second position to reduce interference caused during fluid passage through the spout due to rotation of the lid;
a connector disposed on the outer surface of the cap body and adapted to detachably secure the cap to another object, the connector being pivotally connected to the cap body, the connector and the lid being separately pivotable, the connector comprising a connector protrusion and a carabiner that defines an enclosed area, the connector protrusion configured to detachably engage the cap detent to secure the connector in position when the connector is positioned such that the enclosed area is generally adjacent to a side of the cap body, the connector and the lid are each generally connected to the cap body at a common location and pivot about a common axis; and
wherein the connector can be pushed toward engagement with the cap detent by movement of the lid away from the spout such that when the lid is moved such that the lid protrusion is brought into engagement with the cap detent, the lid drives the connector into position such that the connector protrusion is brought into engagement with the cap detent to reduce interference to fluid passage through the spout caused by rotation of the lid or the connector.
2. The cap of claim 1 , wherein the cap body further comprises a cap detent in the outer surface, the connector.
3. The cap of claim 2 , further comprises a connector protrusion and a carabiner that defines an enclosed area, the connector protrusion configured to detachably engage the cap detent to secure the connector in position when the connector is positioned such that the enclosed area is generally adjacent to a side of the cap body.
4. The cap of claim 2 , wherein the lid further comprises a lid protrusion that is configured to engage the cap detent when the rotated away from the spout such that the lid is adapted to be detachably held in the second position to allow fluid passage through the spout with reduced interference from the lid.
5. The cap of claim 4 , wherein the connector can be pushed toward engagement with the cap detent by movement of the lid away from the spout such that when the lid is moved into engagement with the cap detent, the lid drives the connector into engagement with the cap detent to reduce the interference caused during fluid passage through the spout due to rotation of the lid or the connector.
6. The cap of claim 1 , wherein the cap body further comprises a cap detent in the outer surface, the connector further comprises a connector protrusion and a carabiner that defines an enclosed area, the connector protrusion configured to detachably engage the cap detent to secure the connector in position when the connector is positioned such that the enclosed area is generally adjacent to a side of the cap body.
7. The cap of claim 6 , wherein the lid further comprises a lid protrusion that is configured to engage the cap detent when the rotated away from the spout such that the lid is adapted to be detachably held in the second position to allow fluid passage through the spout with reduced interference from the lid.
8. The cap of claim 7 , wherein the connector can be pushed toward engagement with the cap detent by movement of the lid away from the spout such that when the lid is moved into engagement with the cap detent, the lid drives the connector into engagement with the cap detent to reduce the interference caused during fluid passage through the spout due to rotation of the lid or the connector.
9. The cap of claim 8 , wherein the carabiner comprises a latch configured to engage the lid when the lid is in the first position and the connector is pushed against the lid, the engagement of the lid and the latch allows the lid to be disengaged from the spout by rotation of the connector away from the spout.