Volume/Mass Flow Measurement TRIZ Cases

A power supply device updates its firmware using a shared wireless transmission path for both energy and data signals.

Real-time contract renegotiation adapts power exchange direction and current limits to resolve inefficiencies from fixed constraints.

Multiple backup power supply cells coupled in parallel enable flexible load management and increased power output during primary power failures.

Pulse signal control reduces sensor wire heat generation while maintaining measurement accuracy in thermal mass flow meters.

A console system allocates power budgets to devices based on real-time usage and priority levels.

An external energy storage device communicates power state information to an information handling system via a single connection.

A merged power rail supplies a single dynamic voltage scaling signal to multiple signal processing circuits within a mobile system on chip.

A thermal flow sensor uses an angle calculation unit to detect installation tilt and apply stored correction values for accurate fluid measurement.

A digital signal processor hardware pipeline adjusts bit-width precision to reduce unnecessary logic transitions.

Segmented plates in a stretchable sensor resolve minimum area constraints, enabling high-resolution ECVT imaging.

A detachable tablet section communicates with a cradle via short-distance radio to manage factory automation data input and display functions.

A configurable input output unit dynamically adjusts its ports via broadcast messages to support diverse electronic card applications.

A memory controller implements a low power policy using predictive algorithms to manage DIMM ranks.

Segmented switches and LEDs indicate external or battery power presence, reducing misdiagnosis of power source issues.

An interface circuit switches operating voltages between host and slave devices while maintaining stable bus signal levels.

An auxiliary passage resistance portion increases pressure loss on the outer periphery to suppress separation vortices and improve measurement accuracy.

A device recycles oil and water through a separation mechanism to remix the mixture for sensor calibration.

A bridging device detects connector floating states to execute power saving operations based on host commands.

A web application system estimates event energy consumption against a preset budget to manage resource allocation.

An eccentric outlet port and guide in the bypass passage reduce vortex interference from backward flows.

Magnetic coupling synchronizes double helical gear rotors in a rotary flow meter, eliminating pulsation from uneven volume increments.

An automatic transfer switch allocates reserve power based on computing system priority levels.

A detachable fluid measuring portion adjusts measurement processing using pre-stored adjustment data from the fixed body section.

Segmenting power paths allows independent control of the hard disk drive and communication relay unit, balancing energy savings with device lifespan.

A powered device circuit uses auxiliary switches to select between redundant PoE input channels for a single regulator.

A flow meter calculates the slope of fluid flow differences to identify connected instruments.

A user interface enables independent selection of CPU and GPU performance levels for computing devices.

Aggregated traffic data drives dynamic adjustments in air conditioning and power supply units, reducing energy consumption during low-traffic periods.

Saving critical data to host memory before sleep reduces return time and NAND wear.

Management modules verify redundant power coupling via integrated conductors to prevent AC source loss failures.

A gas meter design routes electrical cables through a flange slot sealed with adhesive to prevent leaks.

A power receiving apparatus manages seamless transitions between multiple power sources using detection units and a voltage conversion unit.

An adaptive server system dynamically reconfigures resource allocation based on real-time load comparisons.

A single-wire interface protocol synchronizes device states across multiple power management integrated circuits using duration-based signaling.

A swimming pool flowmeter monitors water flow rates to trigger immediate pump shutdown when blockages occur.

A frontal extending battery system powers portable devices without obstructing rear or bottom docking surfaces.

A host power manager monitors auxiliary device usage to extend battery life.

Graphene-based Hall sensors detect magnetic nanoparticles in microchannels using AC and DC fields to generate measurable voltage signals.

Voltage and temperature measurements replace current integration to resolve coulomb counting errors in lithium-thionyl chloride batteries.

Direct peripheral power transfer bypasses internal systems, eliminating thermal loss and boosting efficiency.

A management controller detects reduced power capacity from failed units and powers down low-priority resources to maintain high-priority blade operation.

A modular measuring substrate system separates sensor parts from signal processing components to enable shared use across multiple measurement types.

A clamp-type ultrasonic flow measuring apparatus uses a movable transmitter and receiver to ensure reliable surface contact with the pipe body.

Segmenting energy storage into a high-voltage pre-charging capacitor and a voltage dropper unit extends hold-up time without increasing bulk capacitor volume.

A continuous crystal scintillator tube eliminates gaps between detector elements to improve spatial resolution and sensitivity.

An orchestrator executes AI models to characterize usage profiles from telemetry data across heterogeneous computing devices.

A chassis management controller calculates power requirements for shared resources to allocate energy across modular information handling systems.

Dual-energy radiation imaging uses basis function decomposition to characterize material properties.

A load control device coordinates power adjustments across multiple units using a master-slave architecture for synchronized operation.

A clip system couples an active stylus to a housing using magnetic attraction, releasing under excess force to prevent structural damage.