Row Unit Closing Disc Calibration for Wear Detection

The patent replaces direct mechanical measurement methods with an optical sensing system. A sensor (optical, electrical, or electronic) detects the position of the closing disc relative to the opener disc, converting physical wear into an electrical signal that can be processed rapidly by a controller, thus eliminating time-consuming manual measurements while maintaining accuracy.

The patent introduces an intermediary sensing mechanism between the closing disc and the measurement system. Instead of directly measuring the closing disc wear, the system uses a sensor to detect the actuator's position, which serves as an intermediary indicator of wear, enabling indirect but accurate and rapid wear detection.

The patent implements continuous monitoring of closing disc wear through the sensor system, which operates throughout the seeding process. This eliminates the need to stop operations for periodic measurements, allowing the system to maintain seeding quality while continuously productive, thus resolving the contradiction between reliability and productivity.

The patent establishes a feedback loop where the sensor continuously detects closing disc position and wear, and the controller processes this information to determine when wear thresholds are reached. This real-time feedback enables the system to maintain optimal seeding performance without requiring frequent manual interventions, thereby preserving both quality and efficiency.