Instrumented Auger Treatment Tanks for Torque-Based Process Control

The patent implements automated feedback control systems that continuously monitor operational parameters and provide real-time feedback to adjust system operation. Sensors detect torque, temperature, and other parameters, feeding this information back to control systems that automatically adjust operations to maintain optimal conditions and prevent anomalies, thereby improving reliability without requiring increased human involvement.

The system performs self-monitoring and self-adjustment through automated control mechanisms. The treatment tank system autonomously detects operational anomalies through sensors and automatically responds by adjusting parameters or alerting operators, enabling the system to service itself and maintain reliable operation without constant human intervention.

The patent employs multi-functional sensors and control devices that perform multiple monitoring and control functions simultaneously. For example, torque sensors not only monitor auger torque but also provide information about product load and system status. This universal approach allows the system to achieve comprehensive monitoring and control reliability without proportionally increasing the number of separate components.

The patent replaces complex mechanical monitoring systems with electronic sensors and digital processing. Instead of using mechanical gauges and manual measurement devices, the system employs electronic torque sensors, temperature sensors, and digital processors that provide more reliable data with fewer moving parts, thereby improving reliability while the electronic systems are generally less complex than equivalent mechanical systems.