Automated rack/basket lifting system for deep open vat frying system
View Patent ↗A racking system for a deep fryer, wherein the deep fryer contains cooking oil, the racking system includes a housing; at least one rack that carries a food product; an actuator operatively associated with the rack to raise and lower the rack within the housing. The system further includes a sensor that detects a property of the cooking oil; and a controller that receives a signal to initiate a cooking cycle based on the property and sends a signal to permit activation of the actuator to raise and lower the rack.
1. A racking system for a deep fryer, wherein the deep fryer contains cooking oil, the racking system comprising:
an oil vat that contains cooking oil and that is disposed in a housing;
at least one rack that carries a food product;
an actuator operatively associated with said at least one rack to raise and lower said at least one rack within said oil vat;
a sensor that detects a temperature of the cooking oil for said food product;
a manual switch that is connected in an electrical circuit with said actuator;
a controller that:
upon receiving from said sensor a signal indicative that a detected pre-programmed temperature range of said cooking oil has been reached, enables said manual switch to operate said actuator to lower said at least one rack;
upon receiving a signal that said rack has reached a desired cooking depth within said oil vat, controls a cooking cycle for said food product; and
upon receiving a signal indicative that a pre-programmed length of time has passed during said cooking cycle, automatically enables said actuator to lift said rack out of said cooking oil.
2. The racking system according to claim 1 , wherein said at least one rack is a plurality of racks that are connected to a rack support.
3. The racking system according to claim 2 , further comprising a pair of tracks affixed to opposite sides of said housing, wherein said rack support is slidable along said pair of tracks to support said plurality of racks over and within said housing in a cantilevered fashion.
4. The racking system according to claim 2 , wherein said actuator is one of a linear actuator or a hydraulic actuator.
5. The racking system according to claim 4 , wherein said linear actuator is associated with a motor to provide a motive force to said linear actuator.
6. The racking system according to claim 4 , wherein said controller sends a signal to said motor to activate said linear actuator to impart vertical movement to said rack support and said plurality of racks along said tracks.
7. The racking system according to claim 4 , further comprising a pump, wherein said hydraulic actuator is in fluid communication with said pump to provide the motive force to said hydraulic actuator.
8. The racking system according to claim 4 , wherein said controller sends a signal to said pump to supply or remove fluid from said hydraulic actuator to raise or lower said rack support and said plurality of racks over and within said housing along said tracks.
9. A racking system for a deep fryer, wherein the deep fryer contains cooking oil, the racking system comprising:
an oil vat that contains cooking oil and that is disposed in a housing;
a pair of tracks disposed on opposite sides of said housing for supporting at least one rack;
an actuator operatively associated with said at least one rack;
wherein said actuator raises and lowers said at least one rack within oil vat;
a sensor disposed in said housing and submerged in cooking oil;
wherein said sensor detects a temperature of the cooking oil;
a manual switch that is connected in an electrical circuit with said actuator; and
a controller that stores information related to a cooking cycle for a plurality of different food products and, upon receiving form said sensor a signal indicative that a detected pre-programmed temperature range of said cooking oil has been reached, enables said manual switch to operate actuator to lower said at least one rack; upon receiving a signal that said rack has reached desired cooking depth within said oil vat, controls a selected cooking cycle for a selected one of said food products, and, upon receiving a signal indicative that a pre-programmed length of time has passed during said cooking cycle, automatically enables said actuator to lift said rack out of said cooking oil.
10. The racking system according to claim 9 , further comprising a rack support that is slidably connected to said pair of tracks; wherein said rack supports a plurality of racks that contain food product; and at least a pair of bearings disposed in each of said pair of tracks to permit sliding movement of said rack support along said pair of tracks.
11. The racking system according to claim 9 , wherein said actuator is one of a linear actuator or a hydraulic actuator.
12. The racking system according to claim 11 , wherein said controller sends a signal to said motor to activate said linear actuator to impart vertical movement to said at least one rack.
13. The racking system according to claim 11 , wherein aid controller sends a signal to said pump that is in fluid communication with said hydraulic actuator to supply or remove fluid from said hydraulic actuator to raise or lower said at least one rack.
14. The racking system according to claim 10 further comprising: an arm, a sliding bracket that is affixed to said rack support, a fixed bracket affixed to said tracks; an actuator, wherein said sliding bracket slides in said tracks, and wherein movement of said actuator causes said arm to pivot in said fixed bracket and permits movement of said arm in said sliding bracket, thereby permitting said rack support to move in a vertical direction along said tracks.
15. The racking system according to claim 10 further comprising a safety system associated with said plurality of racks to lift said plurality of racks.
16. The racking system according to claim 15 , wherein said safety system is one of a counterbalance springs or counter balance gas springs.
17. A racking system for a deep fryer, wherein the deep fryer contains cooking oil, the racking system comprising:
an oil vat that contains cooking oil and that is disposed in a housing;
a pair of tracks disposed on opposite sides of said housing for supporting at least one rack;
an actuator operatively associated with said at least one rack; wherein said actuator raises and lowers said at least one rack within said oil vat;
a sensor disposed in said housing and submerged in cooking oil;
wherein said sensor detects a temperature of the cooking oil;
a manual switch that is connected in an electrical circuit with said actuator;
a rack support that is slidably connected to said pair of tracks; wherein said rack supports a plurality of racks that contain food product; and at least a pair of bearings disposed in each of said pair of tracks to permit sliding movement of said rack support along said pair of tracks, wherein each of said pair of tracks are v-shaped tracks and said at least one pair of bearings are round planetary bearings; and
a controller that stores information related to a cooking cycle for a plurality of different food products and, upon receiving from said sensor a signal indicative that a detected pre-programmed temperature range of said cooking of has been reached, enables said manual switch to operate said actuator to lower said at least one rack, upon receiving a signal that said rack has reached a desired cooking depth within said oil vat, controls said cooking cycle for a selected one of said food products, and, upon receiving a signal indicative that a pre-programmed length of time has passed during said cooking cycle, automatically enables said actuator to lift said rack out of said cooking oil.
18. A racking system for a deep fryer, wherein the deep fryer contains cooking oil, the racking system comprising:
an oil vat that contains cooking oil and that is disposed in a housing;
a pair of tracks disposed on opposite sides of said housing for supporting at least one rack;
an actuator operatively associated with said at least one rack; wherein said actuator raises and lowers said at least one rack within oil vat;
a sensor disposed in said housing and submerged in the cooking oil;
wherein said sensor detects a temperature of the cooking oil;
a manual switch that is connected in an electrical circuit with said actuator;
a rack support that is slidably connected to said pair of tracks; wherein said rack supports a plurality of racks that contain food product; and at least a pair of bearings disposed in each of said pair of tracks to permit sliding movement of said rack support along said pair of tracks, wherein each of said pair of tracks are flat tracks and said at least one pair of bearings are cupped bearings; and
a controller that stores information related to a cooking cycle for a plurality of different food products and, upon receiving from said sensor a signal indicative that a detected pre-programmed temperature range of said cooking oil has been reached, enables said manual switch to operate said actuator to lower said at least one rack, upon receiving a signal that said rack has reached a desired cooking depth within said oil vat, controls a cooking cycle for said food product, upon receiving a signal indicative that a pre-programmed length of time has passed during said cooking cycle, automatically enables actuator to lift said rack out of said cooking oil.