Brake Safety Systems TRIZ Cases
- Disc Brake Pad Wear Detection Using Clamping Stroke Length
Clamping stroke length reveals early and intermediate brake pad lining wear without extra sensors, cutting cost and improving detection reliability.
- Rail Friction Brake Thermal Prediction for Overheat-Limited Braking
Predictive brake temperature modeling flags thermally critical rail braking states early, helping maintain braking performance without overheating.
- Vehicle Component Behavior Evaluation for Wear-Adaptive Control
Sensor feedback classifies wear-driven changes in brake, drive, or steering behavior so the control unit can adapt actuation in real time.
- Pneumatic Brake Self-Diagnosis Using Learned Response Baselines
A utility vehicle brake system learns sensor-based response baselines to detect faults despite aging, variation, and missing direct sensors.
- Rail Axle Weight Estimation Using Wheel Slip and Traction Feedback
By ramping traction on each driven axle and comparing wheel speeds, this case estimates axle load to improve rail acceleration and braking without slip.