Power Supply For Data Processing TRIZ Cases

A power management controller dynamically adjusts processor voltage and frequency using reinforcement learning to optimize energy efficiency.

Cloud server assigns priority levels to terminals under one account, allowing only the highest-ranked device to process incoming messages.

A computing system determines real-time correlations between processor power consumption and operating frequency to set optimal performance levels.

Hardware power monitoring compares actual consumption against expected software-driven baselines to identify security anomalies.

Separate horizontal and vertical sensor arrays reduce opaque masking requirements, shrinking inactive borders while maintaining full touch detection capability.

A power control method switches between consumption modes based on connected display count.

A power supply unit trims output voltage to reduce energy consumption in information handling systems.

A voltage regulator system dynamically adjusts active phase counts based on real-time processor current consumption.

Dynamic memory sleep conserves energy in neural network inference circuits by tracking bank access and entering low-power states when no operations occur.

Adaptive voltage scaler circuit reduces power consumption by dynamically adjusting supply voltage to minimize margin waste during frequency changes.

A peak power control system supplements protected load devices with a secondary battery source during high demand periods.

A sliding cover drives a rack and gear to rotate a power generating module, eliminating external charging needs.

A dynamic power capping system uses multivariate time series forecasting to predict compute loads and autonomously adjust node settings.

A power allocation unit dynamically switches memory devices between operational and non-operational states to manage total power consumption.

Strategic di/dt throttle elements control data throughput rates to prevent voltage droop during pipeline stall recovery.

Multi-microphone voice wakeup detects signal energy differences to trigger device activation without specific keywords.

A device display manager detects user gestures on a primary screen to control the power state of secondary displays.

Per-rail power monitoring exposes runtime consumption data to the operating system, resolving insufficient granularity in conventional management decisions.

A power distribution hub segments Ethernet power to multiple devices via a single port.

Host processor suspends idle I/O devices using timeout policies to resolve manual power management inefficiencies.

Hardware event analysis replaces software intervention in a system on chip, reducing response time and power consumption for short-duration tasks.

A wagering game machine captures its operational state into a hibernation file for rapid resumption upon power restoration.

A data storage device driver adjusts power and performance settings through user-defined configurations.

Monitoring supply voltage slope with time-based sensors enables early detection of drops, reducing power margins while maintaining processor reliability.

Compiler inserts power management alerts into instruction streams to trigger device subsystem warm-up before execution.

A power supply device regulates node potential via transistor gate control to maintain constant total current consumption.

A power regulator switches between voltage and current control modes to supply maximum available power to a load.

A processor power manager adjusts operating frequency using proportional-integral controllers for real-time power and utilization tracking.

An OC protect controller monitors CPU power consumption and triggers frequency dithering to reduce clock speed.

A multimedia management module assesses network bandwidth and power thresholds to enable audio-only playback.

A USB repeater intercepts host packets to predict data flow direction and selectively disable peripheral receive circuitry during idle states.

Segmenting energy storage into two capacitors resolves the trade-off between fast response and extended duration during power interruptions.

A communication circuit bypasses its scrambler during low-power state transitions to accelerate block lock at the receiver.

A power management circuit routes energy through a protection path or direct coupling to stabilize voltage levels.

A processor core applies pseudo-random delays to stagger instruction execution, preventing power supply noise from simultaneous throttling.

A circuit board detects power control signal duration to generate an interrupt signal before shutdown.

A parallel UPS system uses a connection module to decouple control lines and isolate faults.

A hardware operating point controller manages voltage and frequency transitions across integrated circuit regions using logic-based state machines.

A video encoding device uses segmented prediction modules to process frames in parallel.

A capacitive input device operates in a superdoze mode using a single receive channel to detect objects while conserving power.

Switching between powered and unpowered statuses prevents blue screens by maintaining continuous power.

A touch screen device applies driving pulses to specific electrodes during finger detection.

Segmenting timekeeping into a separate controller allows deeper low-power states while maintaining quick resume times.

A magnetism guiding member directs magnetic flux from a permanent magnet to a distant sensor, isolating the detection path.

A peak power manager circuit accumulates power estimates across clock cycles to generate control signals.

A high-voltage power supply outputs plus and minus voltages using a single input port driven by PWM signals.

A touch controller apparatus manages device state transitions through specific gesture detection mechanisms.

A power management controller dynamically adjusts voltage levels for connected USB devices using integrated regulators.