Automated device for packaging food

• US 7,441,388 B2
• Filed: 04/22/2002
• Issued: 10/28/2008
• Est. Priority Date: 04/22/2002
• Status: Expired due to Fees

• Current Assignee: Restaurant Technologies Incorporated (Goldman Sachs Group Incorporated)
• Original Assignee: Restaurant Technologies Incorporated (Goldman Sachs Group Incorporated)
• Inventors: Ceste, Mario G., Schackmuth, Glenn, Hong, Jenny, Dorsten, Ron, Pinnow, Curtis Clarence, Sus, Gerald A., Keough, Kevin, Rose, Charles E., Juneau, Christopher, Konold, Steven, Nunley, Benny, Terrazzano, Richard, Montafi, Richard, Courier, Andrew
• Primary Examiner(s): HARMON, CHRISTOPHER R
• Application Number:
  US10/127,369
• Publication Number:
  US 20030205034A1
• Time in Patent Office: 2,381 Days
• Field of Search: 534/57, 534/58, 535/64, 535/66, 533/811, 493/52, 493/55, 493/122, 493/123, 141/172, 141/153, 141/165, 994/03, 994/07
• US Class Current: 53/475
• CPC Class Codes: A47J 37/1228 Automatic machines for frying and dispensing metered amounts of food
• CPC Class Codes: B65B 43/305 specially adapted for boxes, cartons or carton blanks

Abstract

An automated food processing system and method is provided that allows food to be dispensed, fried and packaged in a suitable container, which may be an individual portion-sized container. In one embodiment, the system includes separate automated modules for dispensing, frying and packaging the food.

In one embodiment, an automated dispensing device dispenser a predetermined portion of food from a bulk storage container or food dispensing magazine. Food is dispensed from the automated dispensing device to an automated fry device that can include at least one circular fry wheel having a plurality of food containing compartments. After the food is fried it is dispensed from the fry device to an automated packaging device. The automated packaging device dispenses food to a container that may be an individual portion-sized container that is retrieved, erected and held into position for filling by an automated container handling system. After a food container is filled, a conveyor system transports the filled container to a suitable pick-up location.

Claims

1. An automated device for packaging cooked French fries into an individual portion-sized French fry container comprising:

a rotatable French fry dispensing member having in its lower interior region an inlet location to receive a quantity of cooked French fries and in its upper interior region a discharge location to discharge cooked French fries, the rotatable French fry dispensing member having a plurality of French fry-containing compartments disposed about its periphery, the compartments being open in a direction toward the center axis of the rotatable French fry dispensing member;

a French fry supply chute positioned to deposit cooked French fries into the opening of each French fry containing compartment at the inlet location of the rotatable French fry dispensing member;

a French fry metering and dispensing chute, distinct from the rotatable dispensing member and positioned to receive cooked French fries from each of the compartments at the discharge location of the rotatable French fry dispensing member, said French fry metering and dispensing chute having a chute inlet and a chute discharge, said metering and dispensing chute including a French fry holding area in fixed relation to said dispensing chute for holding a quantity of cooked French fries deposited therein, the holding area being located between said chute inlet and said chute discharge;

means for maintaining said French fry metering and dispensing chute in a relatively horizontal position, means for measuring the amount of French fries in the holding area, and means for tilting said French fry metering and dispensing chute from the relatively horizontal position to a relatively inclined position to permit the measured quantity of cooked French fries to be dispensed from the holding area of said French fry metering and dispensing chute when the means for measuring detects that an amount of French fries sufficient to fill the individual portion-sized French fry container is contained within the holding area; and

the automated device further comprising an automated French fry container retrieving device for retrieving and grasping an individual portion-sized French fry container and positioning the container adjacent the chute discharge to receive French fries from the French fry dispensing chute.

2. The automated device of claim 1 wherein said automated retrieving device comprises a moveable grasping member for selectively grasping and releasing the French fry container.

3. The automated device of claim 2 wherein the automated retrieving device further comprises structure for horizontally linearly moving said moveable grasping member.

4. The automated device of claim 3 wherein said structure for linearly moving is a carriage.

5. The automated device of claim 1 further comprising a magazine for holding a plurality of the individual portion-sized French fry containers in an unerected state.

6. The automated device of claim 1 further comprising a magazine for holding a plurality of segregated groups of individual portion-sized unerected French fry containers, each group in the plurality being of a different size container.

7. The automated device of claim 6 wherein the magazine holds each group of unerected containers in a stack.

8. The automated device of claim 7 wherein said container retrieving device is positionable to retrieve containers from the bottom of each stack.

9. The automated device of claim 2 wherein said moveable grasping member comprises a suction device for grasping and releasing the French fry container.

10. The automated device of claim 9 wherein said suction device comprises a suction cup located on the moveable grasping member that is capable of said grasping and releasing by applying and releasing a vacuum, respectively.

11. The automated device of claim 9 wherein said suction device comprises two suction cups that are disposed adjacent each other on the moveable grasping member.

12. The automated device of claim 2 further comprising structure for selectively and independently moving the moveable grasping member through a generally vertical arc and through a generally horizontal arc.

13. The automated device of claim 12 further comprising structure for selectively moving the moveable grasping member linearly up and down.

14. The automated device of claim 13 further comprising structure for independently selectively moving the moveable grasping member horizontally back and forth.

15. The automated device of claim 2 wherein said retrieving device is capable of grasping and releasing an unerected French fry container on one side and further comprising a second device for selectively grasping the unerected French fry container on the other side and means for moving the retrieving device and the second grasping device relatively apart when grasping the sides of the container to erect the container.

16. The automated device of claim 15 wherein the container has a bottom and further comprising automated urging means for urging the container bottom upwardly relative to the sides of the container when the retrieving device and second device are moved relatively apart when grasping the container.

17. The automated device of claim 16 wherein said automated urging means comprises a member that is capable of selectively advancing towards and retracting from the container bottom.

18. The automated device of claim 15 further comprising a carriage assembly for moving said retrieving device to and from a first position in unopposed relation to said second grasping device and a second position in opposed relation to the second grasping device.

19. The automated device of claim 1 wherein the discharge of the French fry metering and dispensing chute is disposed externally of said rotatable French fry dispensing member.

20. An automated device for packaging a plurality of pieces of cooked food into an individual portion-sized food container comprising:

a rotatable food dispensing member having in its lower interior region an inlet location to receive a quantity of pieces of the cooked food and in its upper interior region a discharge location to discharge pieces of the cooked food, the rotatable food dispensing member having a plurality of food-containing compartments disposed about its periphery, the compartments being open in a direction toward the center axis of the rotatable food dispensing member;

a food supply chute positioned to deposit pieces of cooked food into the opening of each food-containing compartment at the inlet location of the rotatable food dispensing member;

a food metering and dispensing chute, distinct from the rotatable food dispensing member and positioned to receive pieces of the cooked food from each of the compartments at the discharge location of the rotatable food dispensing member, said food metering and dispensing chute having a chute discharge, said food metering and dispensing chute including a food holding area in fixed relation to said food metering and dispensing chute for holding a quantity of cooked food pieces deposited therein, the food holding area being located between said chute inlet and said chute discharge;

means for maintaining said metering and dispensing chute in a relatively horizontal position, means for measuring the amount of cooked food in the holding area, and means for tilting said metering and dispensing chute from the relatively horizontal position to a relatively inclined position to permit the measured quantity of cooked food pieces to be dispensed from the holding area of said metering and dispensing chute when the means for measuring detects that an amount of cooked food sufficient to fill the individual portion-sized food container is contained within the holding area; and

the automated device further comprising an automated food container retrieving device for retrieving and grasping an individual portion-sized food container and holding the individual portion-sized food container in position to receive cooked food pieces from the discharge of the food dispensing chute.

21. The automated device of claim 20 wherein the container retrieving device comprises an axially rotatable generally vertically extending elongated first member, a second member that extends from the elongated member, said second member having a gripping member for gripping an individual portion-sized food container.

22. The automated device of claim 21 wherein said gripping member comprises a suction cup.

23. The automated device of claim 22 wherein said gripping member further comprises a vacuum source to apply at least a partial vacuum to the suction cup.

24. The automated device of claim 23 wherein said gripping member further comprises a vacuum device for supplying said at least partial vacuum to the suction cup.

25. The automated device of claim 20 wherein said container retrieving device is capable of moving the food container through an arc of about 180°

.

26. The automated device of claim 21 wherein said axially rotatable member is capable of back and forth rotation of at least about 180°

.

27. The automated device of claim 20 wherein said container retrieving device is capable of moving the food container up and down.

28. The automated device of claim 26 wherein said axially rotatable member is capable of up and down movement.

29. The automated device of claim 24 wherein said axially rotatable member is capable of back and forth rotation of at least about 180°

.

30. The automated device of claim 29 wherein said axially rotatable member is capable of up and down movement.

31. The automated device of claim 20 further comprising a rotatable food piece collecting member disposed to collect cooked food pieces dispensed from the discharge of the dispensing chute that are not deposited into the individual portion-sized food container.

32. The automated device of claim 31 wherein the food piece collecting member has a discharge location to discharge collected food pieces.

33. The automated device of claim 21 wherein said gripping member comprises two suction cups, one disposed above the other.

34. The automated device of claim 33 wherein said gripping member further comprises a vacuum source to apply at least a partial vacuum to the suction cup.

35. The automated device of claim 34 further comprises a vacuum device for supplying said at least partial vacuum to the suction cups.

36. The automated device of claim 20 wherein the food container retrieving device is dimensioned and configured for retrieving and holding individual portion-sized containers having different sizes.

37. The automated device of claim 20 wherein the discharge of the food metering and dispensing chute is disposed externally of said rotatable food dispensing member.