Providing single servings of cooled foods and drinks
Systems and methods have demonstrated the capability of rapidly cooling the contents of pods containing the ingredients for food and drinks.
1. A pod containing ingredients for producing a single serving of a cooled food or drink, the pod comprising:
an aluminum body having a first end and a sidewall integrally formed with the first end that extends from the first end to a second end of the aluminum body to define an interior of the pod, the interior of the pod containing the ingredients for producing the single serving of the cooled food or drink;
an aluminum base attached to the second end of the aluminum body, at least a portion of the aluminum base for dispensing the produced single serving of the cooled food or drink from the pod; and
an aluminum mixing paddle disposed in the interior of the pod, the aluminum mixing paddle rotatable within the pod to churn the ingredients to produce the single serving of the cooled food or drink, and the aluminum mixing paddle has one or more openings for the ingredients to flow through as the aluminum mixing paddle is rotated.
2. The pod of claim 1 , wherein the sidewall of the pod is coated with a lacquer or coating.
3. The pod of claim 1 , wherein the aluminum base and the aluminum mixing paddle are formed of substantially the same aluminum or aluminum alloy.
4. The pod of claim 1 , wherein thermal conductivities of the aluminum body, the aluminum base, and the aluminum mixing paddle are substantially the same.
5. The pod of claim 1 , wherein the aluminum mixing paddle is coated with a lacquer or coating.
6. The pod of claim 1 , wherein the aluminum mixing paddle is helical shaped.
7. The pod of claim 1 , wherein the aluminum body of the pod is substantially cylindrical.
8. The pod of claim 1 , wherein the cooled food or drink is a frozen food or drink.
9. The pod of claim 1 , wherein the aluminum mixing paddle is configured to be rotationally coupled to a drive shaft of a machine for producing the cooled food or drink when the pod is inserted into an evaporator of a refrigeration system of the machine.
10. The pod of claim 9 , wherein the evaporator is formed of aluminum.
11. The pod of claim 9 , wherein the evaporator has a sidewall defining a receptacle sized to receive the pod, the sidewall being formed of aluminum.
12. The pod of claim 9 , wherein the aluminum body has an axis that is substantially aligned with an axis of the evaporator when the pod is inserted into the evaporator.
13. The pod of claim 1 , wherein the aluminum mixing paddle is configured to maintain close contact with an inside surface of the sidewall of the aluminum body as the aluminum mixing paddle rotates within the pod to produce the single serving of the cooled food or drink.
14. The pod of claim 13 , wherein the aluminum mixing paddle is configured to maintain the close contact with the inside surface of the sidewall of the aluminum body as the sidewall of the pod is cooled to produce the single serving of the cooled food or drink.
15. The pod of claim 14 , wherein the aluminum mixing paddle is helical shaped.
16. A pod containing ingredients for producing a single serving of a cooled food or drink, the pod comprising:
a body formed of a first aluminum alloy, the body having a first end and a sidewall integrally formed with the first end that extends from the first end to a second end of the body to define an interior of the pod, the interior of the pod containing the ingredients for producing the single serving of a cooled food or drink;
a base formed of a second aluminum alloy, the base attached to the second end of the body; and
a mixing paddle formed of a third aluminum alloy, the mixing paddle disposed in the interior of the pod, the mixing paddle rotatable within the pod to churn the ingredients to produce the single serving of the cooled food or drink, and the mixing paddle is helical shaped.
17. The pod of claim 16 , wherein the cooled food or drink is a frozen food or drink.
18. The pod of claim 16 , wherein the mixing paddle has one or more openings for the ingredients to flow through as the mixing paddle is rotated.
19. The pod of claim 16 , wherein the second and third aluminum alloys are substantially the same alloy.
20. The pod of claim 16 , wherein thermal conductivities of the first aluminum alloy, the second aluminum alloy, and the third aluminum alloy are substantially the same.
21. The pod of claim 16 , wherein the mixing paddle or sidewall of the body is coated with a lacquer or coating.
22. The pod of claim 16 , wherein the body of the pod is substantially cylindrical.
23. The pod of claim 16 , wherein the first aluminum alloy is a 3000 series aluminum alloy and the second and third aluminum alloys are a 5000 series aluminum alloy.
24. The pod of claim 23 , wherein the first aluminum alloy is Aluminum 3104 and the second aluminum alloy is Aluminum 5182.
25. The pod of claim 16 , wherein the mixing paddle is configured to maintain close contact with an inside surface of the sidewall of the body as the mixing paddle rotates within the pod to produce the single serving of the cooled food or drink.
26. The pod of claim 25 , wherein the mixing paddle is configured to maintain the close contact with the inside surface of the sidewall of the body as the sidewall of the pod is cooled to produce the single serving of the cooled food or drink.
27. The pod of claim 16 , wherein the mixing paddle is configured to be rotationally coupled to a drive shaft of a machine for producing the cooled food or drink when the pod is inserted into an evaporator of a refrigeration system of the machine.
28. The pod of claim 27 , wherein a longitudinal axis of the body becomes substantially aligned with a longitudinal axis of the evaporator when the pod is inserted into the evaporator of the machine.
29. The pod of claim 27 , wherein the evaporator is formed of aluminum.
30. The pod of claim 27 , wherein the evaporator has a sidewall defining a receptacle sized to receive the pod, the sidewall being formed of aluminum.