Volume/Mass Flow Measurement TRIZ Cases

A clustering device calculates evaluation scores to classify element data into an optimum number of clusters.

Porous reflectors wick liquid away via capillary action while hydrophobic membranes repel water, maintaining wind velocity measurement accuracy.

A power distribution circuit charges capacitors at varying input voltages to supply components in an information handling system.

A battery offline module controls power distribution by switching between online and offline states to manage charging cycles.

Multiple battery slots accommodate varying battery sizes to shift the center of gravity, resolving weight distribution issues across diverse user profiles.

A flow measuring device calculates pulsation correction values to compensate for nonlinear sensor signals.

A modular sled integrates a smart power regulator to manage energy flow between mobile devices and peripherals.

A control device with switches and a judging circuit creates bi-directional current paths, allowing backup power to supply the I/O board when main power fails.

An uninterruptible power supply employs asymmetric paths with differing component counts to maintain reliability while reducing hardware complexity and cost.

A mobile apparatus automatically routes multimedia content to external home network devices upon entering a designated area.

Hardware circuitry switches CPU voltage based on clock gating states to reduce leakage power without software latency penalties.

Dynamic thermal mode selection resolves the contradiction between processing productivity and heat generation by adjusting temperature limits.

A power management integrated circuit transmits a timestamp with current limit messages to synchronize device actions.

Housing body collar section forms the outlet opening edge, eliminating assembly tolerance variations that cause measurement inaccuracies and pressure drops.

Convective ridge analysis determines nominal velocity to prevent pipe blockages while reducing energy consumption.

Port controllers implement a dead-battery control algorithm to coordinate power path switches and prevent reverse current damage.

Periodic power gating with volatile memory backup reduces consumption while maintaining detection reliability.

Embedded controller adjusts power switching waiting time via GPIO handshake signals.

A glass column with slit-over-slit apertures guides an infrared beam to detect passing gas bubbles.

Separation vessels isolate immiscible liquids while Coriolis flowmeters measure individual phase flows, reducing noise in HF alkylation concentration readings.

Nodes alternate acting responsibilities to manage power levels without baseboard management controllers, saving board area and reducing system complexity.

A hose testing device applies circumferential twist while circulating fluid to measure kink resistance parameters.

Predicting user schedules allows dynamic power distribution across heterogeneous batteries, extending battery life while maintaining device performance.

Periodically deactivating pumps allows accurate inflow measurement, resolving accuracy issues during sudden flow changes.

Multi-input NAND gate and delay circuit activate main system upon external power connection.

Active control circuits balance current across differential pairs, eliminating magnetic transformer saturation and overheating risks in Ethernet power delivery.

A VID reference voltage generation circuit provides an adjustable preset voltage during system startup.

Moving PoE control to the PHY reduces power sourcing equipment complexity while enabling dynamic power allocation via an opto-isolator.

A package power zone controller monitors aggregate power consumption across multiple processors to manage energy usage.

Tapered adhesive bonding limits lateral extent to reduce bending stress and prevent cracking in piezoelectric sensors.

A memory device selects an operation mode by detecting external voltage levels to configure internal circuit blocks for specific interface standards.

A user device displays an optical machine-readable representation of payment data to facilitate transactions.

A flow meter system calculates profile factors and meter factors using a unified correlation to measure fluid volume.

Segmenting the wellhead into a fixed body and replaceable flow control module allows equipment updates without replacing the entire assembly.

An authentication module embedded in a power supply generates digital signatures to verify device identity before enabling voltage regulation.

A Power over Ethernet computer system delivers data and power through a single network adapter.

Opposing transducers in small-diameter ultrasonic flow meters transmit signals directly across the pipe to increase received signal energy.

Hardware power capping via the power management bus ensures regulatory compliance by preventing processor consumption from exceeding installed supply capacity.

A PoE switch controller activates power to electrical consumers only upon receiving data packets.

Mathematical model reduces sine and cosine functions to division operations in ultrasonic flow meters.

A fluid speed measurement method generates multiple pseudorandom ultrasound frequencies to evaluate travel time accuracy for precise velocity calculation.

Access point detects available power levels to dynamically adjust operational settings, resolving insufficient power constraints for advanced capabilities.

An angled guide surface deflects impurities toward lateral walls, reducing signal drift in hot-film air mass meters.

A multicore processor regulates independent voltage and frequency points per core to reduce energy consumption while maintaining system performance.

A rotatable receptacle in an ultrasonic flow meter transducer assembly isolates the transformer capsule from corrosive fluids.

A protection circuit monitors output voltage to disconnect power sources via a switch element.

Mold pressing region avoids diaphragm structural portion to prevent destruction during resin molding.

Segmented hollow rotors lower moment of inertia and energy consumption while maintaining structural strength for accurate LPG measurement.

A switching relay embedded in an electrical cord enables remote power control via a communication module.