Wearable Code Reader Local Processing Reduces Latency

The patent divides the centralized control system into distributed components: local control units are assigned to individual workstations or process steps, each capable of independently evaluating scanned codes and providing immediate feedback. This segmentation eliminates communication bottlenecks while maintaining system reliability through distributed decision-making.

Test conditions and evaluation criteria are pre-configured and stored in the local control units before operation begins. When a code is scanned, the local unit immediately compares it against pre-loaded test conditions without requiring real-time communication with a central system, thereby eliminating response delays while ensuring reliable validation.

The patent implements dynamic test condition evaluation where the local control unit adaptively determines which test conditions to apply based on the scanned code type and current process context. Rather than sequentially checking all possible conditions, the system dynamically selects and evaluates only the relevant test conditions, maintaining high accuracy while reducing processing time.

The system performs partial validation by evaluating only the essential test conditions required for the current process step rather than completing the full suite of validation checks. This partial action approach provides sufficient accuracy for immediate feedback while avoiding the time cost of exhaustive validation, with the option to perform additional checks if needed.