Rail Vehicle Locating Device Self-Calibration via Vibration Backscattering

The patent applies multi-functionality by enabling existing track system components (switches, barriers, semaphore signals) to serve dual purposes: their original track control functions and additional vibration generation functions for fault detection. This eliminates the need for dedicated vibration generation devices while achieving reliable fault detection capability.

The locating device performs self-diagnosis by using vibrations from regularly adjusted track components to automatically detect faults in its own operation. The system monitors itself without requiring external testing equipment or additional complex infrastructure, achieving self-service fault detection.

The patent reuses existing track system infrastructure (switches, barriers, semaphore signals) for dual purposes: original track control and vibration generation for fault detection. This eliminates the need for additional expensive equipment while achieving reliable functioning checks.

The system uses already-present track components to perform self-diagnosis, eliminating the need for separate testing equipment. The locating device monitors its own health using vibrations from regularly adjusted existing components, reducing overall system cost.

The patent uses regularly adjusted track components to generate vibrations before actual locating operations, enabling proactive calibration of the system. This preliminary calibration action ensures location precision is maintained without disrupting normal operations, as the calibration data is collected and processed in advance.

The system implements continuous feedback by measuring vibration backscattering patterns and comparing them against expected values. When deviations are detected, the system automatically adjusts calibration parameters to maintain location precision, ensuring operational efficiency is not compromised by manual calibration interventions.