Power Management TRIZ Cases

Terminal receives reference signal parameters to reuse LTE infrastructure, resolving resource efficiency trade-offs in IoT networks.

Base station embeds connection parameters in control signals to allow terminals to perform uplink transmission while in the RRC_INACTIVE state.

Scheduling periodic wake intervals for notification messages conserves battery life while maintaining reliable network connectivity during sleep mode.

A terminal device adjusts uplink transmission power using distinct parameters for separate subframe sets to manage signal strength.

First user equipment adjusts transmission parameters using feedback from a second device over a direct communication channel.

Segmented power headroom reports resolve signaling overhead by dynamically adapting fields to single or multi-radio access technology scenarios.

Autonomous access points distribute control logic to manage channel selection and transmit power, reducing interference in dense wireless networks.

A communication control device selects active small cell base stations using terminal measurement results.

A base station schedules terminal devices into multiple groups within a single contention resource group using distinct identifiers and time domain resources.

Randomizing DRX timer start times via user identities prevents complete synchronization of UE reception, avoiding sidelink resource pool congestion.

A base station switches operational states to reduce energy consumption.

Adjusting RTS and CTS signal power based on channel gain reduces interference and latency while improving spectral reuse in unlicensed spectra.

Periodic activation of the reception chain detects preambles while reducing electrical energy consumption and preventing noise-induced false activations.

Station manages power saving mode by setting Network Allocation Vector based on trigger frame duration information.

A wireless telecommunications apparatus dynamically adjusts signal measurements based on connection state.

User device calculates power headroom for multiple base stations and transmits the report to identify serving cells.

Dynamic arbitration controls higher-power states for multiple wireless modules, preventing excessive power draw while maintaining multi-protocol versatility.

A wake reference count system tracks packet consumption to return computing components to a suspended state, reducing energy waste from extended wake periods.

A mobile device management module loads a partial image state upon motion detection to prepare for full activation.

User equipment verifies serving cell extended discontinuous reception support to apply appropriate paging cycles.

A power supply controller selects a stable activation line to keep one module in standby while powering off others.

An RFID reader reduces energy consumption by activating its power supply only upon detecting a mobile object, lowering average current draw.

Calculate a quantized value from a preset table based on the carrier power difference to eliminate error accumulation and improve control precision.

Idle beacons in a wireless sensor network allow nodes to determine minimum transmission power, reducing energy consumption while maintaining connectivity.

Dynamic power parameters compensate for channel variations to minimize interference while extending device battery life.

A wireless device adjusts activation timing parameters when receiving overlapping secondary cell commands.

A mobile application dynamically selects energy-efficient location methods to extend battery life.

A mobile terminal sleep state mechanism powers off unused access network interfaces while maintaining context information to reduce energy consumption.

A system re-directs dual configuration user equipment to a standalone 5G node based on real-time buffer status reports.

A radio terminal requests measurement configuration when moving to resolve power consumption versus mobility control reliability trade-offs.

Downlink-reference signal configurations enable dynamic power adjustments that balance backhaul efficiency with interference mitigation.

A consolidated power saving class aggregates multiple application connections into a single listening schedule.

Separating backhaul and access link power reporting prevents resource over-allocation by providing accurate network planning data.

Direct downlink transmission from a high-power coordinator eliminates multi-hop routing overhead and inter-cell interference in wireless sensor networks.

A device detects activity status and network coverage quality to implement a mitigation scheme that reduces power consumption during weak signal conditions.

A SAR mitigation algorithm adjusts antenna transmission power based on detected accessory device arrangements to maintain regulatory compliance.

A dual-ID device configures separate communication addresses to support simultaneous voice and data connections across Bluetooth protocols.

Dynamic 5G NR radio control manages power states using scan and sleep timers to conserve battery life in mobile devices.

A mobile telephone extracts energy from a radio frequency signal transmitted by a charging module.

A Neighbor Awareness Networking data path group communication system synchronizes devices within defined discovery windows to enable efficient service discovery.

A transmission apparatus selects between periodic and aperiodic modes to configure distinct power levels.

An NFC reader uses asymmetric impedance matching and loading level feedback to improve distance detection accuracy without degrading communication performance.

A wireless offload engine maintains active connections while power-constrained circuits enter low-power states.