Power Management TRIZ Cases

Periodic RF diagnostic checks let wireless proximity stop systems maintain safety coverage without the high stop rates caused by continuous links.

Dynamic sampling based on data variation cuts sensor energy use while preserving meaningful data quality in constrained deployments.

Suspend and resume signaling with inactive-state timers keeps DSDS UE RRC states aligned with the network and reduces paging failures.

When a playback unit battery drops, audio forwarding shifts to another speaker to keep synchronized playback while conserving power.

A central trajectory controller adapts moving cell paths to terminal positions and channel conditions, balancing fronthaul and backhaul links.

A core-plus-kit AIoT architecture adds or swaps sensing and communication functions without rebuilding subnet architecture, cutting development cost.

Adjusting UAV altitude, position, and user participation cuts energy use while preserving federated learning performance and coverage.

By buffering sensor data and activating long-range transmission only when needed, this gateway cuts power use while supporting mixed protocols.

Signal attenuation and transmit power are used to identify the nearest IoT device automatically, avoiding manual selection and setup.

A timer-based wakeup circuit lets AGVs start and sleep on schedule, cutting manual power handling and shift-start downtime.

Selective PRB reallocation boosts SSB power for edge UEs, extending 5G coverage without raising overall power consumption.

Dynamic route switching lets playback devices enter low power mode, cut triangular routing, and preserve seamless audio synchronization.