초록 ▼

A popcorn popping unit has a heating element and a blower fan, and a cooking surface adapted to receive kernels of corn. The popping unit is configurable for two flow paths of pressurized air through the popping unit. In the first path, pressurized air is configured to flow over the heating element,

A popcorn popping unit has a heating element and a blower fan, and a cooking surface adapted to receive kernels of corn. The popping unit is configurable for two flow paths of pressurized air through the popping unit. In the first path, pressurized air is configured to flow over the heating element, flow over the cooking surface, cook the kernels of corn, and move the cooked kernels of corn to a serving dispenser. In a second path, pressurized air is configured to flow over the cooking surface, and move un-popped seeds into a seed collection bin.

대표청구항 ▼

1. A popcorn popping unit having: a housing including: (i) a heating element and a blower fan, (ii) a cooking surface adapted to received kernels of corn, (iii) a popping chamber into which popcorn enters after being popped, the popping chamber having an inlet and an outlet, the popping chamber inle

1. A popcorn popping unit having: a housing including: (i) a heating element and a blower fan, (ii) a cooking surface adapted to received kernels of corn, (iii) a popping chamber into which popcorn enters after being popped, the popping chamber having an inlet and an outlet, the popping chamber inlet being adjacent to the cooking surface, the popping chamber outlet being spaced from the popping chamber inlet, the popping chamber having a bypass selectively movable between a first and a second positions within the popping chamber to establish two flow paths of pressurized air through the popping unit, and (iv) a seed collection bin disposed in the housing separate from the popping chamber; andwherein in the first position of the bypass for one of the flow paths, the bypass is positioned within the popping chamber to allow pressurized air to flow over the heating element, flow over the cooking surface, and flow from the popping chamber inlet through the popping chamber outlet, and to move popped kernels of popcorn from the popping chamber outlet to a serving dispenser;wherein in the second position of the bypass for the other of the flow paths, the bypass is positioned within the popping chamber to block the popping chamber outlet such that pressurized air flows over the cooking surface, flows from the popping chamber inlet into the popping chamber and to the seed collection bin, and moves un-popped seeds into the seed collection bin. 2. The popcorn popping unit of claim 1, wherein the seed collection bin is vented. 3. The popcorn popping unit of claim 1, further comprising a seed storage compartment. 4. The popcorn popping unit of claim 3, wherein the seed storage compartment has a chute that directs seeds from the storage compartment to the cooking surface. 5. The popcorn popping unit of claim 4, wherein the chute has an inlet that receives seed from the seed storage compartment and an outlet that directs seeds from the storage compartment to the cooking surface. 6. The popcorn popping unit of claim 5, further comprising a scoop in the chute. 7. The popcorn popping unit of claim 6, wherein the scoop is moveable in the chute between a first position in which the scoop receives seed from the chute inlet and a second position in which the scoop empties its contents to the cooking surface. 8. The popcorn popping unit of claim 6, wherein the scoop is rotatably disposed in the chute. 9. The popcorn popping unit of claim 6, wherein the scoop has a bottom surface and sides extending around the bottom surface that define an open top opposite the bottom. 10. The popcorn popping unit of claim 9, wherein the open top cooperates with the chute in the first position to receive seed from the chute inlet. 11. The popcorn popping unit of claim 10, wherein the open top cooperates with the chute in the second position to block seed from chute inlet. 12. A popcorn popping unit with a blower unit and a popping chamber, the blower unit having a heating element and a blower fan, the blower unit being adapted to direct pressurized air into the popping chamber, the popping chamber having a hollow interior with a proximal end receiving the pressurized air from the blower unit and a distal end opposite the proximal end, the popping unit having a bypass, the bypass being selectively movable between a first and a second positions within the popping chamber to establish first and second flow paths of pressurized air through the popping unit; wherein in the first position of the bypass for the first flow path, the bypass cooperates with the popping chamber to allow the pressurized air to flow to the through the popping chamber to the popping chamber distal end; andwherein in the second position of the bypass for the second flow path, the bypass obstructs the pressurized air flowing through the popping chamber to the popping chamber distal end, and redirects the pressurized air to a seed collection bin disposed in the blower unit separate from the popping chamber. 13. The popcorn popping unit of claim 12, wherein movement of the bypass to the second position forms an opening to the seed collection bin. 14. The popcorn popping unit of claim 12, wherein movement of the bypass to the second position energizes the blower. 15. The popcorn popping unit of claim 12, wherein the seed collection bin is vented. 16. The popcorn popping unit of claim 12, wherein the bypass pivots relative to the popping chamber interior. 17. The popcorn popping unit of claim 12, further comprising a seed storage compartment. 18. The popcorn popping unit of claim 17, wherein the seed storage compartment has a chute that communicates with the popping chamber. 19. The popcorn popping unit of claim 18, further comprising a scoop in the chute. 20. The popcorn popping unit of claim 19, wherein the scoop is moveable in the chute between a first position in which the scoop receives seed from the chute inlet and a second position in which the scoop empties its contents to the cooking surface. 21. The popcorn popping unit of claim 20, wherein the scoop is rotatably disposed in the chute. 22. The popcorn popping unit of claim 21, wherein the scoop has a bottom surface and sides extending around the bottom surface that define an open top opposite the bottom. 23. The popcorn popping unit of claim 22, wherein the open top cooperates with the popping chamber to allow seed to flow from the scoop to the cooking surface in the second position. 24. The popcorn popping unit of claim 22, wherein the open top cooperates with the chute outlet to direct the flow of seeds from scoop and chute outlet to the popping chamber interior in the first position. 25. The popcorn popping unit of claim 22, wherein the scoop bottom surface defines a portion of the interior the popping chamber with the scoop in the first position.