초록 ▼

A condiment dispenser (such as a unique condiment packet, or automated device) that is configured for dispensing one or more types of condiment (e.g., ketchup, mustard mayonnaise, barbeque sauce, or Ranch dressing) relative to a food item, such as a French fry. In one embodiment of the invention, th

A condiment dispenser (such as a unique condiment packet, or automated device) that is configured for dispensing one or more types of condiment (e.g., ketchup, mustard mayonnaise, barbeque sauce, or Ranch dressing) relative to a food item, such as a French fry. In one embodiment of the invention, the condiment dispenser includes an injection nozzle that is configured for injecting condiment into the interior of the food item. In a particular embodiment, the injection nozzle is configured for piercing the food item's exterior surface before injecting condiment into the interior of the food item.

대표청구항 ▼

What I claim is: 1. A food processing apparatus comprising: (A) a support surface that is adapted to support at least one food item; (B) an automated injection assembly that is configured for injecting said at least one food item with condiment while said at least one food item is being supported b

What I claim is: 1. A food processing apparatus comprising: (A) a support surface that is adapted to support at least one food item; (B) an automated injection assembly that is configured for injecting said at least one food item with condiment while said at least one food item is being supported by said support surface, wherein said automated injection assembly: (1) comprises at least one injection nozzle, and (2) is adapted to move said at least one injection nozzle relative to said support surface; and (C) a food item scanning system disposed adjacent said support surface, said food item scanning system being adapted to determine position data for said at least one food item, said position data corresponding to a position of said at least one food item, wherein: said automated injection assembly is adapted for: moving said at least one injection nozzle to a pre-injection position in which said at least one injection nozzle is disposed adjacent said at least one food item, said pre-injection position being determined based, at least in part, on said position data; and after said step of moving said at least one injection nozzle into said pre-injection position, injecting condiment into said at least one food item via said at least one injection nozzle. 2. The food processing apparatus of claim 1, wherein said food processing apparatus further comprises a control system for facilitating said steps of: (A) moving said at least one injection nozzle to a pre-injection position; and (B) injecting condiment into said at least one food item. 3. The food processing apparatus of claim 1, wherein: said food item scanning system is further adapted to determine item dimension data for said food item, said item dimension data corresponding to one or more dimensions of said food item; and said pre-injection position is determined based, at least in part, on said item dimension data. 4. The food processing apparatus of claim 1, wherein: said food processing apparatus comprises a support surface drive mechanism that is adapted to move said support surface relative to said food item scanning system and to thereby facilitate a determination of said position data by said scanning system. 5. The food processing apparatus of claim 4, wherein: said scanning system comprises a light curtain; and said support surface drive mechanism is adapted for moving said support surface so that said at least one food item passes through said light curtain to thereby facilitate a determination of said position data by said scanning system. 6. The food processing apparatus of claim 1, wherein: said food item scanning system is further adapted to determine item dimension data for said food item, said item dimension data corresponding to one or more dimensions of said food item; said pre-injection position is determined based, at least in part, on said item dimension data; and said food processing apparatus comprises a support surface drive mechanism that is adapted to move said support surface relative to said food item scanning system and to thereby facilitate a determination of both said position data and said item dimension data by said scanning system. 7. The food processing apparatus of claim 6, wherein: said scanning system comprises a light curtain; and said support surface drive mechanism is adapted to move said support surface so that said at least one food item passes through said light curtain to thereby facilitate the determination of both said position data and said item dimension data by said scanning system. 8. The food processing apparatus of claim 7, wherein: said support surface drive mechanism is a drive mechanism associated with a conveyor; and said support surface is a top surface of said conveyor. 9. The food processing apparatus of claim 7, wherein: said support surface drive mechanism is a conveyor; and said support surface is a food item support plate disposed adjacent a top surface of said conveyor. 10. The food processing apparatus of claim 1, wherein: said at least one food item comprises a particular food item; said injection nozzle comprises a particular injection nozzle; said step of injecting condiment into said at least one food item via said at least one injection nozzle comprises: moving said particular injection nozzle toward said particular food item until: (a) said particular injection nozzle pierces an exterior surface of said particular food item, and (b) an outlet portion of said particular injection nozzle is disposed within said particular food item; and while said outlet portion is disposed within said particular food item, injecting condiment through said outlet portion and into an interior portion of said particular food item. 11. The food processing apparatus of claim 1, wherein: said at least one injection nozzle comprises a first injection nozzle and a second injection nozzle; said at least one food item comprises a particular food item; and said step of injecting condiment into said at least one food item comprises using said first injection nozzle to inject said particular food item with condiment while said second injection nozzle also injects said particular food item with condiment. 12. The food processing apparatus of claim 1, wherein: said at least one injection nozzle comprises a first injection nozzle and a second injection nozzle; said at least one food item comprises a first food item and a second food item; and said step of injecting condiment into said at least one food item via said at least one injection nozzle comprises using said first injection nozzle to inject said first food item with condiment while said second injection nozzle injects said second food item with condiment. 13. The food processing apparatus of claim 1, wherein: said at least one injection nozzle comprises a first injection nozzle, a second injection nozzle, and a third injection nozzle; said at least one food item comprises a first food item, a second food item, and a third food item; and said step of injecting condiment into said food item via said at least one injection nozzle comprises using said first injection nozzle to inject said first food item with condiment while said second injection nozzle injects said second food item with condiment, and while said third injection nozzle injects said third food item with condiment. 14. The food processing apparatus of claim 1, wherein: said at least one injection nozzle comprises a particular injection nozzle; said automated injection assembly further comprises a carriage; and said particular injection nozzle is retractably mounted to said carriage so that said particular injection nozzle can move toward and away from food items disposed on said support surface. 15. The food processing apparatus of claim 14, wherein: said automated injection assembly further comprises a carriage support member that extends laterally across and above said support surface; said carriage is slideably mounted adjacent said carriage support member so that said carriage can slide relative to said support surface; and said step of moving said at least one injection nozzle to a pre-injection position comprises causing said carriage to slide along said carriage support member until said particular injection nozzle is in said pre-injection position. 16. The food processing apparatus of claim 1, wherein: said at least one injection nozzle comprises a first injection nozzle and a second injection nozzle; said automated injection assembly further comprises a first carriage and a second carriage; said first injection nozzle is retractably mounted to said first carriage so that said first injection nozzle can move toward and away from food items disposed on said support surface; and said second injection nozzle is retractably mounted to said second carriage so that said second injection nozzle can move toward and away from food items disposed on said support surface. 17. The food processing apparatus of claim 16, wherein: said automated injection assembly further comprises a first carriage support member that extends laterally across and above said support surface; said automated injection assembly further comprises a second carriage support member that extends laterally across and above said support surface; said first carriage is slideably mounted adjacent said first carriage support member so that said first carriage can slide relative to said support surface; said second carriage is slideably mounted adjacent said second carriage support member so that said second carriage can slide relative to said support surface; and said step of moving said at least one injection nozzle to a pre-injection position comprises: causing said first carriage to slide along said first carriage support member until said first particular injection nozzle is in a pre-injection position; and causing said second carriage to slide along said second carriage support member until said second particular injection nozzle is in a pre-injection position. 18. The food processing apparatus of claim 1, wherein: said injection nozzle is disposed above said support surface; and said step of moving said at least one injection nozzle to said pre-injection position comprises moving said injection nozzle laterally above said support surface until said injection nozzle is in said pre-injection position. 19. The food processing apparatus of claim 1, wherein: said at least one food item comprises a particular food item; said injection nozzle comprises a particular injection nozzle; said step of injecting condiment into said at least one food item via said at least one injection nozzle comprises: moving said particular injection nozzle toward said particular food item until: (a) said particular injection nozzle pierces an exterior surface of said particular food item, and (b) an outlet portion of said particular injection nozzle is disposed within said particular food item; and while said outlet portion is disposed within said particular food item, injecting condiment through said outlet portion and into an interior portion of said particular food item. 20. A food processing apparatus comprising: (A) a support surface that is adapted to support at least one food item; (B) an automated injection assembly that is configured for injecting said at least one food item with condiment while said at least one food item is being supported by said support surface, wherein said automated injection assembly: (1) comprises at least one injection nozzle, and (2) is adapted to move said at least one injection nozzle relative to said support surface; and (C) a food item scanning system disposed adjacent said support surface, said food item scanning system being adapted to determine item dimension data for said at least one food item, said item dimension data corresponding to one or more dimensions of said at least one food item, wherein: said automated injection assembly is adapted for: moving said at least one injection nozzle to a pre-injection position in which said at least one injection nozzle is disposed adjacent said at least one food item, said pre-injection position being determined based, at least in part, on said item dimension data; and after said step of moving said at least one injection nozzle into said pre-injection position, injecting condiment into said at least one food item via said at least one injection nozzle. 21. The food processing apparatus of claim 20, wherein: said injection nozzle is disposed above said support surface; and said step of moving said at least one injection nozzle to said pre-injection position comprises moving said injection nozzle laterally above said support surface until said injection nozzle is in said pre-injection position. 22. The food processing apparatus of claim 21, wherein: said at least one food item comprises a particular food item; said injection nozzle comprises a particular injection nozzle; said step of injecting condiment into said at least one food item via said at least one injection nozzle comprises: moving said particular injection nozzle toward said particular food item until: (a) said particular injection nozzle pierces an exterior surface of said particular food item, and (b) an outlet portion of said particular injection nozzle is disposed within said particular food item; and while said outlet portion is disposed within said particular food item, injecting condiment through said outlet portion and into an interior portion of said particular food item.