Power Supply For Data Processing TRIZ Cases
- Chiplet Wakeup Latency via Out-of-Band Signaling
Out-of-band signaling wakes chiplet components in parallel with link power-up, reducing interrupt latency while maintaining voltage regulator stability.
- Hardware Power Management Controller for Low Latency Sleep Transitions
A power management controller initiates hardware system sleep states to maintain memory and connectivity during inactivity.
- Independent Power Control Logic for Multi-Core Processors
Autonomous power control logic adjusts voltage and clock signals per processing core without system-wide coordination.
- Virtual USB Port Capability Assignment
Virtualizing USB ports segments shared power ceilings into dedicated allocations, resolving resource mismatch waste while maintaining high performance.
- Image Forming Apparatus Power Control via Memory Copy and Frequency Scaling
A power control method for image forming apparatuses copies volatile memory data to internal storage during idle periods.
- Power Failure Detection via Voltage Decrement Rate
Tracking supply voltage decrement rates detects potential power failures early, providing additional time for data storage and component shutdown.
- External Energy Storage for SSD Data Protection
Centralized energy storage supplies backup power to solid state drives during outages.
- Dynamic Executable Selection for Power Optimization
A dynamic program evaluation system selects the most suitable executable variation based on real-time sensor data and test run results.
- Acoustic Noise Mitigation via Adaptive System Control
An acoustic noise mitigator dynamically adjusts system configuration parameters based on real-time background noise levels detected by a sound sensor.
- Media Player Wireless Sleep Message Mechanism for Energy Conservation
Wireless sleep messages synchronize device activity, reducing energy consumption while maintaining reliable data reception.
- Dynamic Display Brightness Control for Mobile Battery Conservation
Logic adjusts display brightness based on remaining battery energy to extend device operation time.
- Detachable Computer With Dynamic Computing Environment Switching
A detachable computer switches between resource-intensive and conserving modes based on base unit connectivity.
- Microcontroller Power Domain Management for Low Power
A microcontroller power manager dynamically adjusts power domains based on module activity to reduce energy consumption.
- Integrated Circuit Instruction Scheduler for Power Throughput Trade-off
An integrated circuit uses an instruction scheduler to assign dependent instructions to a full-frequency unit and independent ones to reduced-frequency units.
- Expansion Apparatus Power Management via Device Identifier Detection
Control module detects device identifiers to limit total power consumption and prevent overload malfunctions.
- Low Power Beacon for Sensor Device Battery Status
A sensor device transmits a persistent low power beacon signal to indicate battery status.
- Power Management System PS4 Exit State Transition
A power management system uses a VR thermal indicative pin to control core rail voltage during state transitions.
- Data Center Load Assignment Using Air Conditioning Sensitivity
Assigns task loads to servers based on air conditioning sensitivity coefficients to optimize cooling power usage.
- Low Power Networked Device With Secondary Processor
A secondary processing element maintains network connectivity while the main processor remains powered down.
- Telematics Unit Energy Management via Mobile Device Proximity
Dynamic energy management aligns telematics states with user proximity to reduce power drain while maintaining communication availability.
- Chip Power Domain Timing Dependency Analysis
Analyzing timing dependency between power domains during RTL verification isolates affected domains before switching off, preventing circuit instability.
- Bridge Module Dynamic Power Management
A bridge module adjusts download data transmission speed and processor clock frequency based on host power status signals.
- Thermal Management Using Dynamic Sensation Model
A thermal management system calculates a sensation value from device temperature and its rate of change to adjust processing unit activity.
- Gesture Control System for Terminal Devices via Surface Interaction
A control system detects user gestures on mounting surfaces to toggle operating modes and manage terminal devices without manual switches.
- Controller for Portable Computing Device Battery Performance Management
A controller between CPU and GPU adjusts processing power based on battery metrics.
- Communication Node Sleep Mode Code Writing via Shared Data Port
A communication node writes assignment codes during sleep mode using a shared data transmit port and transceiver switch.
- Firmware Wake Event Handling Without OS Wake
A firmware environment handles wake events independently of the operating system to reduce power consumption during sleep transitions.
- Selective Background Activity Blocking in Low-Power Modes
Segmenting interrupts into suspendable and non-suspendable categories resolves the power consumption versus reliability trade-off.
- Packet Processor Power Control via Intermittent Supply
A packet processing device uses detectors to trigger a power supply switch unit, activating processors only when packets are present.
- Selective Power Disable for Faulty Memory Devices
A power management integrated circuit detects memory failures during boot and disables power to the faulty device.
- Dual Electrode Touch Detection for Power Management
A dual electrode system routes touch signals through a dedicated controller to conserve energy during low-power states.
- Smart Limited Functionality Mode Manager for Mobile Devices
A smart limited functionality mode manager delays disabling transmission functionalities on mobile devices to allow pending tasks to complete.
- Connection Pool Idle Timeout Validation
Managed connection pool validates idle time against maximum thresholds before reuse.