Multi-function cooler
An insulated container having an internal chamber, a second container received within the internal chamber, a spigot assembly extending through a passageway through a wall of the insulated container and removably coupled to the second container, the spigot assembly being in fluid communication with the second container for dispensing liquid out of the insulated container.
1. A multi-function cooler comprising:
a cooler base structure coupled to a cooler lid structure, wherein the cooler lid structure comprises a lid pivotally coupled to the cooler base structure, the cooler base structure and the cooler lid structure enclose an interior cooler volume, and the cooler base structure has a first opening formed in a cooler sidewall;
a container removably and suspendedly coupled to an interior portion of the cooler base structure, the container having a bottom portion, a sidewall portion extending away from the bottom portion, and a second opening formed through the sidewall portion proximate the bottom portion; and
a spigot assembly coupled to the container and extending through the first opening in the cooler base structure and the second opening in the container.
2. The multi-function cooler of claim 1 , wherein the spigot assembly comprises:
a first bushing portion positioned on an interior side of the sidewall portion and aligned with the opening and a second bushing portion positioned on an exterior side of the sidewall portion and aligned with the opening;
a valve operatively coupled to the second bushing portion to move between a sealed position and an unsealed position; and
a spigot removably coupled to the second bushing portion, the spigot having a plunger slidably coupled in an interior chamber of the spigot, the plunger configured to actuate the valve between the sealed position and the unsealed position.
3. The multi-function cooler of claim 2 further comprising a gasket positioned between the second bushing portion and the sidewall portion of the container.
4. The multi-function cooler of claim 2 , wherein the valve includes a stem aligned with the plunger.
5. The multi-function cooler of claim 1 further comprising a slot formed in a lip projecting from the cooler sidewall into the interior cooler volume.
6. The multi-function cooler of claim 5 further comprising a flange formed on an exterior side of the sidewall portion of the container, wherein the flange is seated in the slot of the lip when the container is received in the cooler base structure.
7. The multi-function cooler of claim 6 ,
wherein the lip projecting from the cooler sidewall into the interior cooler volume extends around a portion of a perimeter of the cooler sidewall including a front portion, a side portion and a rear portion, the slot formed in the lip is associated with the front portion, a second slot formed in the lip is associated with the side portion, and a third slot formed in the lip is associated with the rear portion,
wherein the flange formed on the exterior side of the sidewall portion of the container is associated with a front of the container, a second flange formed on the exterior side of the sidewall portion of the container is associated with a side of the container, and a third flange formed on the exterior side of the sidewall portion of the container is associated with a rear of the container, and
wherein the second flange is seated in the second slot and the third flange is seated in the third slot when the container is received in the cooler base structure.
8. A liquid dispensing container comprising:
a cooler base structure coupled to a cooler lid structure, the cooler base structure having a cooler wall enclosing at least a portion of an interior cooler volume, the cooler wall having a cooler bottom portion, a cooler sidewall portion extending away from the cooler bottom portion, and a first opening formed through the cooler sidewall portion and proximate the cooler bottom portion, wherein the cooler lid structure comprises a lid that is pivotally coupled to the cooler base structure;
a container removably and suspendedly positioned within the interior cooler volume, the container having a container bottom portion, a container sidewall portion extending away from the container bottom portion, and a second opening formed through the container sidewall portion proximate the container bottom portion; and
a spigot assembly coupled to the container and received through the first opening and the second opening, the spigot assembly comprising:
(1) a bushing;
(2) a spigot coupled to the bushing; and
(3) a valve configured to control the fluid communication between the spigot assembly and the container.
9. The liquid dispensing container of claim 8 , wherein the cooler lid structure is removably coupled to the cooler base structure.
10. The liquid dispensing container of claim 8 , wherein the lid is pivotally coupled to a first side of the cooler sidewall portion and releasably coupled to a second side of the cooler sidewall portion at a latch.
11. The liquid dispensing container of claim 8 , wherein the spigot assembly further comprises a gasket positioned between the bushing and the cooler sidewall portion in the first opening.
12. The liquid dispensing container of claim 8 , wherein the bushing comprises a first bushing portion positioned on an interior side of the cooler sidewall portion and aligned with the first opening and a second bushing portion positioned on an exterior side of the cooler sidewall portion and aligned with the first opening.
13. The liquid dispensing container of claim 12 , wherein the first bushing portion includes a screen.
14. The liquid dispensing container of claim 12 , wherein the valve is operatively coupled to the second bushing portion to move between a sealed position and an unsealed position.
15. The liquid dispensing container of claim 14 , wherein the spigot includes a plunger slidably coupled to an interior chamber, the plunger configured to move between a retracted position and an extended position, wherein the valve is in the sealed position when the plunger is in the retracted position and the valve is in the unsealed position when the plunger is in the extended position.
16. The liquid dispensing container of claim 15 further comprising an annular seal coupled to the plunger, wherein the annular seal contacts an inner surface of the interior chamber of the spigot when the plunger is in the retracted position, wherein an annular gap is present between the annular seal and the inner surface of the interior chamber of the spigot when the plunger is in the extended position.
17. The liquid dispensing container of claim 12 , wherein the first bushing portion is removably coupled to the second bushing portion.
18. The liquid dispensing container of claim 12 , wherein the spigot is removably coupled to the second bushing portion.