Food processing machine adaptive to food load

1. A food processing machine, comprising:

a head extending over a bowl receiving location, the head including an output shaft driven in a planetary manner;

wherein at least a first food processing tool and a second food processing tool can be changed in and out of the machine to be driven by the output shaft; and

a tool detection system including at least one sensor for detecting whether the first food processing tool or the second food processing tool is mounted on the machine;

a controller associated with the sensor, the controller including a memory with stored load profiles, and the controller configured to select a stored load profile that is linked to the detected food processing tool;

wherein the controller is configured to monitor at least one actual load condition during machine operation with the detected food processing tool and to compare the actual load condition with the stored load profile.

2. The food processing machine of claim 1 wherein each food processing tool includes an identifier thereon and the at least one sensor detects the identifier.

3. The food processing machine of claim 2 wherein each identifier comprises an identification code and the sensor is a code reader.

4. The food processing machine of claim 3 wherein each identification code is one of an RF identification code, a magnetic identification code or an optical identification code and the code reader is one of an RF code reader, a magnetic code reader or an optical code reader.

5. The food processing machine of claim 1 wherein a drive motor is linked to drive the output shaft, and the controller is configured to modify operation of the drive motor if the actual load condition is out of bounds relative to the stored load profile.

6. The food processing machine of claim 5 wherein the controller is configured to reduce a speed of the drive motor if the actual load condition is out of bounds on a high side.

7. The food processing machine of claim 6 wherein the controller is configured to increase the speed of the drive motor if the actual load condition is out of bounds on a low side.

8. The food processing machine of claim 6 wherein the controller is configured to stop motor operation if the actual load condition exceeds an upper load limit.

9. The food processing machine of claim 1 wherein the machine includes a user interface and the controller is configured to utilize an operator input through the user interface to select from among multiple stored load profiles for the identified food processing tool.

10. The food processing machine of claim 9 wherein the operator input is at least one of a program selection input or an input of food type to be processed.

11. The food processing machine of claim 1 wherein a drive assembly includes a coupler engaged with the output shaft to permit the output shaft to rotate freely about its moving axis, wherein the coupler is connected to a crank arm that extends to the food processing tool drive shaft.

12. A food processing machine, comprising:

a head extending over a bowl receiving location, the head including an output shaft driven in a planetary manner;

a first food processing tool removably connected to be driven by the output shaft and carrying a first identification code;

a coupler engaged with the output shaft to permit the output shaft to rotate freely about its moving axis, wherein the coupler is connected to a crank arm that extends to a drive shaft of the food processing tool;

at least one sensor to detect the first identification code of the first food processing tool;

a controller associated with the sensor, the controller including stored load profiles, and the controller configured to select a stored load profile that is linked to the identification code of the first food processing tool;

at least one load sensor, wherein the controller is configured to monitor at least one actual load condition indicated by the load sensor during machine operation and to compare the actual load condition with the stored load profile.

13. The food processing machine of claim 12 wherein a drive motor is linked to drive the output shaft, and the controller is configured to modify operation of the drive motor if the actual load condition is out of bounds relative to the stored load profile.

14. The food processing machine of claim 13 wherein the controller is configured to reduce a speed of the drive motor if the actual load condition is out of bounds on a high side.

15. The food processing machine of claim 14 wherein the controller is configured to increase the speed of the drive motor if the actual load condition is out of bounds on a low side.

16. A food processing machine, comprising:

a head extending over a bowl receiving location, the head including an output shaft driven in a planetary manner;

wherein multiple food processing tools can be changed in and out of the machine to be driven by the output shaft, wherein each of the multiple food processing tools carries an identification code; and

a tool detection system including at least one sensor for detecting the identification code of one of the food processing tools that is mounted on the machine;

a controller associated with the sensor, the controller including a memory with stored load profiles, and the controller configured to select a stored load profile that is linked to the identification code of the one of the food processing tools;

wherein the controller is configured to monitor at least one actual load condition during machine operation with the one of the food processing tools and to compare the actual load condition with the stored load profile.