Volume/Mass Flow Measurement TRIZ Cases

Time reversed acoustics processing improves signal resolution and reduces power consumption in irregular flow conditions.

A universal power control module executes an idle software image on application nodes to emulate a powered-down state.

A protection device manages high voltage paths across multiple USB Type-C dual-role power ports using independent switches.

Leveraging buffer thermal coupling and ultrasonic time-of-flight, this method determines temperature without additional sensors, reducing device complexity.

A water treatment armature integrates a rotatable magnetic element and sensing coil pair within a monobloc flow guiding insert to measure fluid velocity.

Segmented voltage generation extends transition time to ensure complete internal circuit reset during deep power-down exit, preventing surge current noise.

A network control unit receives packets independently using a separate power supply to maintain connectivity.

A single-transducer ultrasonic flow meter uses angled reflection surfaces to create distinct acoustic signal paths within a straight measuring tube.

A piezoelectric cell support with a sloping rear face and central air-filled cavity positions the transducer element for ultrasonic fluid meter assembly.

A battery inspection device directs X-ray beams through corner paths to capture anode and cathode arrangement images.

An ideal power node designates the output as a fan-in block, allowing asynchronous sensitivity model calculation for fan-out blocks to reduce simulation time.

Skewed transducer tabs on non-wettable surfaces extend acoustic paths in flow probes, reducing signal dispersion and improving measurement precision.

Power sourcing equipment measures impedance characteristics across twisted wire pairs to detect channel imbalance in network cables.

Sequential sensor activation eliminates cross-talking in multiphase flow measurement systems, ensuring reliable impedance readings.

A dedicated support member joins the ultrasonic flow rate measuring unit and an identical flow passage member, suppressing cantilever moment from outlet pipes.

A printer USB hub structure merges power delivery and data communication into a single interface.

A network manager selects power profile commands to translate into subcommands that initiate component-level power reduction techniques.

A PMIC outputs different DC voltages in a time-division manner using an integrated multiplexer and delay circuit.

External power via a bezel jack maintains access control functionality during facility outages.

A control unit merges schedule data with human sensor detection to manage power supply in image forming apparatuses.

An integrated optical fiber flow velocity sensor combines high and low-range sensing elements using wavelength division multiplexing.

Snap-in attachment of a flush reflection element maintains ultrasonic signal strength while eliminating complex joining processes that cause flow turbulence.

A DC-DC converter with a single inductor and comparator reduces bill of materials by 70% while maintaining high efficiency for IoT applications.

Forecasting power usage adjusts USB delivery levels, preventing internal capacity exhaustion.

A wireless personal tracking device uses biometric sensors and Bluetooth Low Energy to verify user identity and enable secure access control.

A Peer I/O protocol enables half-duplex smart cards to function as full network nodes.

Circumferential segmentation of heating and sensing resistors averages nonuniform velocity profiles to cancel installation variations.

Grooved ultrasonic sensor pairs on the inner wall measure flow velocity at specific angles to maintain accuracy without upstream rectifiers.

A multi-node computer system uses shared power supplies and cooling infrastructure to reduce energy consumption.

Wedges narrow the flow channel to accelerate fluid and improve linearity, eliminating electronic compensation needs.

A reference voltage modulator isolates rails from DC power to acquire signals.

Segmented firmware blocks reduce diagnostic delays by verifying critical portions of programmable parts without checking the entire image.

A power supply control unit switches image forming apparatuses to rechargeable batteries during outages.

A modular microfluidic flow sensor uses a thermally insulating substrate to monitor liquid parameters in small devices.

A flow rate sensor device separates the sensor unit from the drive substrate using a narrow connection portion to minimize thermal interference.

A single connector component monitors specific pins to detect USB Type-C or LMR accessories automatically.

A dual-output power supply unit separates standby and load currents, preventing shortages when inserting sub-cards into 2U servers.

A sensor interface board provides standardized connectors and a power management module for removable sensors.

Differentiated inactivity timers for read and write commands balance power consumption with system performance.

Multi-layer thermoplastic substrate integrates conductors to detect fluid temperature differences via the Seebeck effect.

A storage device processes converted commands using an extractor to read key information and perform inverse data conversion for secure retrieval.

Floating vessels generate electricity from natural gas to power distributed computing units, reducing flaring and avoiding complex permanent infrastructure.

An auxiliary circuit processes commands independently to allow the microprocessor control unit to remain dormant during specific operations.

Segmenting batteries across hinged parts reduces thermal load and manufacturing complexity while maintaining reliable power transfer.

A power supply unit measures intermediate impedance to dynamically adjust current share control loop parameters for accurate load balancing.

The Accel-based Power Savings algorithm uses MEMS accelerometers to detect orientation changes and idle states in portable computing devices.

A clamp-on ultrasonic flowmeter excites pipe wall circumferential resonance modes to measure fluid velocity profiles.

A patch panel system transmits data and power via hybrid cabling to extend delivery distance beyond switch limits.