Power Management TRIZ Cases

An access point control unit requests responses from connected devices upon switching to active mode to confirm connection states.

A user equipment merges downlink association sets to manage sub-frame allocations based on its current power state.

Coordinating access points allocate distinct frequency segments to enable asynchronous transmissions without physical layer protocol data unit alignment.

Dynamic switching between diversity modes reduces phase modulator current draw, extending battery life while maintaining signal quality.

A terminal device transmits Secondary Cell Group failure information to a network device without including measurement results.

A user equipment defines a maximum output power range including a power management term and sends a headroom report to the network.

A charging path switch redirects current to internal circuits during calls.

Wireless devices adjust transfer rates using transmit power measurements to reduce latency and increase throughput.

A transmission power control apparatus adjusts channel power levels using priority-based attenuation coefficients to manage multi-carrier signals.

A mobile device system adjusts wireless and cellular transceiver power levels based on real-time data usage patterns.

A communication apparatus uses a Wake Up Radio to assess signal strength and initiate primary radio search processing.

An emergency call server triggers a separate tracking session on a device to collect location data after the call ends.

Dynamic uplink control information codebook determination reduces data transmission load by eliminating useless padding bits in carrier aggregation.

Offloading video and audio processing to a remote server reduces mobile energy consumption while maintaining high-speed object recognition.

A transmission power control system adjusts back-off values to optimize energy usage.

A user equipment adapts sidelink sensing modes based on resource usage levels to optimize power consumption.

A user equipment precodes uplink signals using downlink channel quality measurements to reduce signaling overhead.

A network node configures user equipment to selectively request synchronization signals during discontinuous transmission inactive periods.

A cellular connection method detects high power states to activate settings that reduce network usage.

A radio frequency carrier segmentation mechanism configures distinct transmission and reference carriers to reduce power reduction constraints.

Slave units transmit signals at predetermined maximum power to verify spatial proximity, preventing remote voice control activation and ensuring user safety.

A sidelink terminal maps data to symbols based on subcarrier spacing and frequency range.

Selective power headroom report filtering reduces user equipment power consumption and system interference by excluding unnecessary transmissions.

A wake-up radio system uses a dedicated receiver to activate primary connectivity radios only during active data transmission periods.

Controlled antenna power creates an emulated cell border that stabilizes Doppler shifts and prevents radio link failures during high speed train handovers.

Extended PDCCH regions within the data channel reduce interference to low power nodes while maintaining legacy UE reliability.

A base station transmits a grant to retransmit an uplink message after decoding failure.

Enhanced layer stream partitioner segments signals for independent processing and OFDM transmission.

A sidelink transmit power control mechanism adjusts terminal output based on measured path loss and base station resource allocation.

A network device receives location requests indicating power consumption requirements to initiate tailored positioning procedures.

A user apparatus selects pre-configured power control parameters to determine uplink transmission power without a grant.

A Bluetooth low energy beacon controller switches between active and power save modes to conserve battery energy.

A wireless device segments buffer status reports across logical channel groups to manage uplink grants in carrier aggregation systems.

Per-sub-band modulation and coding scheme selection matches signal quality to reduce latency and complexity.

A repeater processor receives combined beam, on-off, and power control information from a base station to determine signal forwarding activation.

Dynamic signal parameter adjustment resolves the trade-off between high data throughput and low power consumption in conductive earth formations.

A mobile terminal wakes the power management service concurrently with fingerprint acquisition to reduce unlocking latency.

A filter determines uplink signal strength to adjust downlink signal power for intelligent distribution.

Electronic device detects antenna blockages via RF chain monitoring, reducing beam scan time and power consumption.

Network devices align Uu and sidelink DRX activation periods using terminal reports to reduce power consumption.

Applying orthogonal cover codes to SRS resources reduces inter-TRP interference and improves joint precoding feasibility.

A low-power wake-up radio maintains connectivity while the main Wi-Fi radio enters a power save state.

A dual polarization transmission system conveys electromagnetic signals over concurrent vertical and horizontal channels to increase spectral efficiency.