Power Supply For Data Processing TRIZ Cases

An adaptive voltage scaling system adjusts chip operating voltage using real-time state parameters to maintain optimal performance levels.

A switch assembly structure uses a notched housing and clamping member to form mounting holes for secure component installation.

Dedicated hardware signals manage a first-in first-out buffer to decouple processor operations, eliminating dark silicon and boosting system throughput.

Local thermistor placement detects connector heat to activate adaptive cooling and prevent damage.

A subordinate processor records user events during sleep mode to resolve the contradiction between low power consumption and lost event sensing capability.

Hardware semaphores replace software handshaking to reduce latency in multi-host AI accelerator power management.

A digital filtering device maintains data in bit-reverse order using buffer circuits to perform FFT and IFFT processes without complex rearrangement logic.

Staged scanning validates external touches during display deactivation, reducing power consumption while maintaining high response speed.

A power management system allocates energy from a capacitor bank to correct the power factor of electronic devices.

A power button duration control system manages electronic device states through timed user input.

Calculates minimum clock frequency from average port traffic to reduce power consumption while maintaining network reliability.

Selectable operation modes set voltage and clock frequency, reducing circuit complexity by eliminating external monitoring circuits for DVFS control.

A power management integrated circuit dynamically adjusts overcurrent thresholds based on microcontroller operating modes to detect excessive current flow.

Lane stagger arbiter coordinates serial I/O transitions to maintain differential peak voltage within specifications.

Detecting audio jack plug insertion generates a system wake event, allowing mobile devices to resume operations without relying on deactivated touch screens.

Sequencing controllers broadcast bit sequences on a serial bus to arbitrate event positions, eliminating counter synchronization complexity.

A power scheduling framework dynamically adjusts virtual machine states to optimize active server counts.

An application power controller manages aircraft in-flight processing systems.

A computation apparatus estimates minimum operating frequencies using stored program property information and similarity matching.

A magnetic actuator moves a shutter magnet to obstruct or clear the camera field of view.

A PCI express device dynamically adjusts link rate and bit width by stopping data transmission before physical layer state machine transitions.

A power supplying method detects battery voltage to switch an electronic device from dual-circuit operation to RTC-only mode.

A control unit automates data backup by switching energy supply to storage elements and activating processing units for scheduled transfers.

Routing circuitry buffers data items during slave quiescence and inhibits source transmission, resolving power saving versus reliable data reception conflicts.

A semiconductor device specifies power supply voltage distribution order across functional modules to manage electrical transitions.

Dynamic voltage switching reduces power lines and consumption while ensuring stable memory operation.

A threshold manager monitors bulk capacitor voltage to trigger shutdown alerts only when energy drops below a predetermined level.

A function block combination system manages connected components through dynamic indexing and control signal generation.

A switching circuit with a capacitor manages bus voltage changes during data transmission.

Segmented configuration tables enable dynamic power adjustments that resolve firmware complexity while maintaining adaptability.

Adaptive voltage scaling tracks critical path delay using a replicated circuit model to reduce power consumption while maintaining timing requirements.

Segmented processor activation accelerates operation panel readiness while reducing unnecessary power consumption during system startup.

An Energy Resource Manager monitors application energy usage to enforce cost quotas and extend battery life on mobile devices.

Segmented standby nodes adjust power states via real-time activity analysis, reducing energy consumption while maintaining system reliability.

A navigation device uses a main clock circuit and an auxiliary clock circuit to capture image frames for displacement calculation.

A computer-implemented method manages display resources by analyzing input sequences from a remote server for activity cues.

Performance monitors track CPU_CLKS_UNHALTED events to measure utilization accurately, bypassing OS API limitations and task list access.

A unified desktop interface merges handheld and PC functionalities across a triad display system.

A backup control unit uses a redundant power supply circuit to activate only when needed, maintaining software consistency with the active system.

Joint voltage-frequency control follows a reference curve to minimize dynamic energy consumption during operating point transitions.

A mobile apparatus power feed control section manages energy flow by combining acceleration detection with switch operation identification to determine device state.

Activates shorter cable power supplies first to minimize voltage drop and lower overall datacenter energy consumption.

Power-mode-aware buffers dynamically adjust delay times in a clock tree, minimizing clock skew across function modules during voltage transitions.

A UPS charge-aware switchover mechanism redirects database resources to healthy nodes.

A power management system calculates a dynamic power cap limit based on functional units across redundant enclosures to maximize available capacity.

A controller circuit monitors integrated circuit temperature and transitions processor clusters to lower frequency power states.

Programmable time delay and polarity reversal cancel noise interference without increasing chip complexity.