1. Master clock and slave clocks employ a master-slave distributed control architecture, with an integrated mechanical and electrical design:

The system employs a closed-loop control.GPS/BeiDou dual-mode automatic time synchronization system→Microcomputer Monitoring System←→Master Clock Control System←→Mechanical Drive Management System←→Sub-Clock Real-Time Feedback System←→Remote mobile operating systems and related components.

2. Smart Timekeeping Control SystemMicrocomputer controlled, fully automatic operationThe master-slave clock system employs closed-loop control to maintain synchronization with Beijing Time. This is achieved through the coordinated efforts of the master clock and the intelligent movement controller: the controller automatically scans the pointer positions, tracks the master clock's operation, and promptly corrects timing deviations caused by external factors to ensure the accuracy and reliability of the movement.

3. GPS/Beidou Satellite Automatic Calibration SystemConnected to a system control center and satellite signal receiving equipment, it receives satellite standard time signals around the clock and in real-time, automatically synchronizes the master and slave clocks, eliminates cumulative errors, and ensures precise timing.