Vibratory batter application
Batter is applied to food products by depositing the products atop a coating pan which vibrates such that the products are transported along the pan. As this occurs, batter is supplied atop the coating pan and the products. The coating pan is preferably configured such that the products tumble across the pan, thereby better ensuring that the products are coated on all sides with batter. The products are then received on a vibrating drainage pan having a perforated drainage pan surface, whereby excess batter drains from the batter-coated products through the perforations as the products are transported across the drainage pan. Batter-coated products leaving the drainage pan can then be received by a fryer, oven, conveyor, or other food processing equipment.
1. A batter applicator for applying batter to food products, the batter applicator including:
a. a coating pan having a coating pan surface extending between a coating pan input end to a coating pan output end, the coating pan having a series of steps descending from the coating pan input end to the coating pan output end;
b. a batter supply assembly:
(1) situated above the coating pan surface, and
(2) having one or more apertures through which batter flows atop the coating pan surface;
c. a drainage pan:
(1) situated:
(a) to receive food products from the coating pan output end, and
(b) lower than the coating pan input end, and
(3) being perforated, whereby batter flows through the perforations;
d. a vibrator coupled to the coating pan and drainage pan such that vibrations from the vibrator move food products along a product travel path from the coating pan to the drainage pan,
wherein each step has a greater length along the product travel path than a height with respect to any adjacent step.
2. The batter applicator of claim 1 wherein the coating pan input end is higher than the coating pan output end.
3. The batter applicator of claim 2 wherein the coating pan surface is nonplanar, whereby food products tumble while traveling from the coating pan input end to the coating pan output end along the product travel path.
4. The batter applicator of claim 1 wherein each perforation is situated at the bottom of a respective concave depression formed in the drainage pan surface.
5. The batter applicator of claim 1 wherein:
a. the coating pan and drainage pan are affixed to a frame, and
b. the vibrator is coupled to the frame by springs.
6. The batter applicator of claim 5 wherein:
a. the vibrator is attached to a chassis, and
b. the frame is coupled to the chassis by the springs.
7. The batter applicator of claim 6 wherein at least a portion of the drainage pan is situated beneath the chassis, with at least some of the springs descending from the chassis to the frame.
8. A batter applicator for applying batter to food products, the batter applicator including:
a. a coating pan having a coating pan surface extending between a coating pan input end to a coating pan output end, wherein:
(1) the coating pan input end is higher than the coating pan output end, and
(2) the coating pan surface is nonplanar, has a series of steps descending from the coating pan input end to the coating pan output end, whereby food products tumble while traveling from the coating pan input end to the coating pan output end along a product travel path through the batter applicator;
b. a drainage pan having a drainage pan surface extending between a drainage pan input end to a drainage pan output end, wherein:
(1) the drainage pan input end follows the coating pan output end along the product travel path, and
(2) the drainage pan surface is perforated;
c. a batter supply assembly adjacent the coating pan input end, the batter supply assembly being configured to supply batter atop the coating pan;
d. a vibrator configured to oscillate the coating pan and drainage pan so that food products move along the product travel path,
wherein each step has a greater length along the product travel path than a height measured with respect to any adjacent step.
9. The batter applicator of claim 8 wherein the batter supply assembly:
a. is situated above the coating pan surface, and
b. has one or more apertures through which batter flows toward the coating pan surface.
10. The batter applicator of claim 8 wherein the drainage pan includes concave depressions defined therein, with each perforation in the drainage pan being at the bottom of one of the depressions.
11. The batter applicator of claim 8 further including:
a. a frame to which the coating pan and the drainage pan are affixed, and
b. springs coupling the frame to the vibrator.
12. The batter applicator of claim 8 further including:
a. a chassis bearing the vibrator thereon, and
b. a frame coupled to the coating pan and drainage pan, and
c. springs coupling the frame to the chassis.
13. The batter applicator of claim 12 wherein:
a. at least a portion of the drainage pan is situated beneath the chassis, and
b. at least some of the springs descend from the chassis to the frame.
14. A method for applying batter to food products, the method including the steps of:
a. providing the batter applicator of claim 8 ,
b. depositing food products atop the coating pan near the coating pan input end,
c. supplying batter atop the coating pan adjacent the coating pan input end via the batter supply assembly,
d. oscillating the coating pan and drainage pan to move food products along the product travel path.
15. A method for applying batter to food products, the method including the steps of:
a. providing the batter applicator of claim 1 ,
b. depositing food products atop the coating pan near the coating pan input end, wherein the food products:
(1) tumble downwardly along the coating pan to the coating pan output end, and
(2) are subsequently received atop the drainage pan;
c. supplying batter atop the coating pan and the food products thereon;
d. oscillating the coating pan and drainage pan to move the food products along the product travel path.