Wired Architecture Usage TRIZ Cases

Random temporary ID selection and overlap checking let module battery units self-assign unique serial-bus identifiers for easier assembly and replacement.

Real-time PC status is moved from on-screen overlays to external gauges, preserving workspace while keeping CPU, GPU, and other readings visible.

Dynamic BMS identifier priority balancing reduces slave response delays and data loss in parallel battery pack communication.

By calculating dynamic loaded radius during turns, this case improves shoulder wear detection on steered vehicle wheels.

Resampling and Fourier-based alignment uses merging-unit PPS timing to avoid process bus delay errors in differential current protection.

Random temporary IDs are checked across module battery units on a serial bus, enabling flexible replacement without identifier conflicts.

Unique ID checks from battery module measurement devices reveal mis-assembly before operation, avoiding faulty state estimates and component damage.

Dynamic priority values let a master BMS rebalance slave transmissions, reducing response delays and preventing low-priority data loss.

Embedded memory and controller logic track cable use, purpose, and degradation to improve compatibility checks and data communication reliability.

A synchronous sensor measures trigger delay deviations and adjusts sampling timing to maintain continuous transmission as PWM frequency changes.