Dispensing enclosure for a container
Dispensing enclosure system for a container includes a body having an exterior surface and an interior surface, where the interior surface is configured to be coupled to the container. The system includes a valve on the exterior surface of the body, where the valve is capable of allowing fluid to exit from the container. The system also includes a seal disposed within the interior surface of the body, the seal having an inner circumference and an outer circumference such that in a relaxed configuration each of the inner circumference and the outer circumference is located on a separate plane, and in an engaged configuration a first portion of the inner circumference and the outer circumference are located substantially on the same plane, and a second portion of the inner circumference forms a curvature, where the second portion is between the first portion and the outer circumference.
1. A seal comprising:
a ring having an inner horizontal circumferential region and an outer horizontal circumferential region, the outer horizontal circumferential region having an inner vertical wall and an outer vertical wall extending therefrom forming a horizontal channel therebetween;
wherein in a relaxed configuration, each of the inner horizontal circumferential region and the outer horizontal circumferential region is located on a separate horizontal plane; and
wherein in an engaged configuration, a first portion of the inner horizontal circumferential region and the outer horizontal circumferential region are located substantially on the same horizontal plane and a second portion of the inner horizontal circumferential region forms a curvature, the second portion between the first portion and the outer horizontal circumferential region.
2. The seal of claim 1 , wherein the ring is formed of a liquid impermeable material.
3. The seal of claim 2 , wherein the curvature is flexible and operable to allow air to pass thereby.
4. The seal of claim 3 , further comprising a cavity defined by the curvature.
5. The seal of claim 1 , wherein the horizontal channel is configured to engage a rim of a container in the engaged configuration.
6. A cap for a container, the cap comprising:
a body having an exterior surface and an interior surface, the interior surface configured to be coupled to the container;
a valve on the exterior surface, the valve operable to allow fluid to exit from the container; and
a seal disposed within the interior surface, the seal comprising a ring having an inner horizontal circumferential region and an outer horizontal circumferential region, the outer horizontal circumferential region having an inner vertical wall and an outer vertical wall extending therefrom forming a horizontal channel therebetween;
wherein in a relaxed configuration, each of the inner horizontal circumferential region and the outer horizontal circumferential region is located on a separate horizontal plane; and
wherein in an engaged configuration, a first portion of the inner circumferential region and the outer horizontal circumferential region are located substantially on the same horizontal plane, and a second portion of the inner horizontal circumferential region forms a curvature, the second portion between the first portion and the outer horizontal circumferential region.
7. The cap of claim 6 , wherein the seal is formed of a liquid impermeable material.
8. The cap of claim 6 , further comprising an aperture on the exterior surface.
9. The cap of claim 8 , wherein the aperture is operable to allow air to pass into a cavity defined by the curvature.
10. The cap of claim 9 , wherein in the relaxed configuration the horizontal channel is spaced from the interior surface and wherein in the engaged configuration the horizontal channel abuts the interior surface.
11. The cap of claim 9 , wherein in the engaged configuration the horizontal channel is configured to receive the rim of the container.
12. The cap of claim 6 , wherein the valve further includes:
an orifice through the center of the valve;
a plunger configured to movably fit within the orifice, the plunger operable to move between a closed position in which the plunger prevents fluid from passing through the orifice and an open position in which the plunger allows the passage of fluid through the orifice; and
a bias element urging the plunger to the closed position.
13. The cap of claim 12 , wherein the valve further includes a retainer for guiding the plunger through the valve, the retainer includes fingers for retaining the plunger in the closed position.
14. The cap of claim 6 , wherein the body is substantially cylindrical and the interior surface includes threads for coupling to the rim of the container.
15. The cap of claim 14 , wherein one of the body and the container includes ratcheting and the other includes detents, the ratcheting and the detents configured to mate with each other to fixedly attach the cap to the container.
16. A method comprising:
providing a cap for a container, the cap having:
a body having an exterior surface and an interior surface, the interior surface of the body configured to be coupled to the container;
a valve on the exterior surface of the body, the valve operable to allow fluid to exit from the container, the valve including:
an orifice through the center of the valve;
a plunger configured to movably fit within the orifice, the plunger operable to move between a closed position in which the plunger prevents fluid from passing through the orifice and an open position in which the plunger allows the passage of fluid through the orifice; and
a bias element urging the plunger to the closed position;
a seal disposed within the interior surface of the body, the seal comprising a ring having an inner horizontal circumferential region and an outer horizontal circumferential region, the outer horizontal circumferential region having an inner vertical wall and an outer vertical wall extending therefrom forming a horizontal channel therebetween;
wherein in a relaxed configuration, each of the inner horizontal circumferential region and the outer horizontal circumferential region is located on a separate horizontal plane; and
wherein in an engaged configuration, a first portion of the inner horizontal circumferential region and the outer horizontal circumferential region are located substantially on the same horizontal plane, and a second portion of the inner horizontal circumferential region forms a curvature, the second portion between the first portion and the outer horizontal circumferential region; and
dispensing fluid from the container by actuating the plunger.
17. The method of claim 16 , further comprising:
adjusting the flow of fluid from the container by adjusting the thickness of the inner horizontal circumferential region of the seal.
18. The method of claim 17 , wherein the adjusting step further includes forming one or more apertures on the seal, and wherein the seal is formed of a liquid impermeable material.
19. The method of claim 16 , further comprising:
adjusting the flow of fluid from the container by forming one or more apertures on the exterior surface of the body, the one or more apertures operable to allow air to pass into a cavity defined by the curvature.
20. The method of claim 19 , wherein the adjusting step further includes adjusting the size of the one or more apertures on the exterior surface of the body.