Volume/Mass Flow By Dynamic Fluid Flow Effect TRIZ Cases

See how a vortex flow sensor detects gas bubbles and particles by analyzing signal deviations,

Interchangeable orifice plates and flow members let one inline flow meter adjust flow rates quickly while reducing replacement time, cost, and errors.

A one-piece 3D-printed transparent flow meter simplifies assembly while enabling precise, customizable measurement under high pressure.

A strain-sensing beam and flap disc structure measures both ultra-low and moderate fluid flow rates while reducing flow meter cost.

Parallel milk flow paths with dedicated sensors improve measurement consistency, preserve vacuum stability, and support better milking control.

Resonance-amplitude analysis in a vortex sensor detects gas bubbles and other foreign substances before they distort flow readings.

Disk springs keep the transducer pressed to a thin deformation element, preserving sensitivity and compressive strength in hot, high-pressure flow sensing.

Vortex frequency and amplitude analysis estimates gas-liquid ratio and phase flow rates in multiphase wells without dedicated separation vessels.

A magnetic float and angled housing measure flow without narrowing the line, improving precision while resisting dirt and pressure surges.

Pressure sensing with a pivoting surface and load cell enables real-time flow measurement in horizontal or inclined bulk-material lines.

Dielectric permittivity and pressure-drop sensing enable accurate CO2-rich multiphase mass flow measurement near the critical point.

An acoustic sensor detects turbulence inside the reactor so a controller can vary UV intensity with fluid flow, reducing energy use and lamp fouling.

Vortex frequency and amplitude data calculate gas, oil, and water rates in real time, reducing reliance on multiple single-phase meters.

Pressure-linked sensor cells respond differently by direction, helping processors determine both lateral force direction and magnitude.

Detent plates butt holder frame edge to distribute turning forces and prevent junction fractures.

A sensor assembly uses a spaced protective plate to form a fluid-filled cavity that dampens pressure surges and temperature fluctuations.

Applying local quality principles to coat measurement tubes and sensors, reducing manufacturing costs while maintaining chemical resistance.

Piezoelectric sensor housing integrates a corrosion-resistant thin film to transmit vibrations from the flow passage.

Abrasion-resistant cladding shields the bluff body and flowtube from erosive particles, maintaining measurement accuracy in harsh environments.

An inductive sensor and gear mechanism resolve low flow resolution limits by converting small displacements into measurable signals.

A volumetric flow measuring device uses a bypass line and flow resistance element to segment water flow for accurate sensor detection.

Inverting the load cell above the spreader cone eliminates horizontal force errors while reducing vertical installation height requirements.

A passive acoustic wave generator measures gas velocity via vortex shedding frequency without direct sensor exposure.

Segmented active sensor circuitry shuts down downstream processing during idle periods, reducing power consumption while maintaining accurate event detection.

Real-time drag force feedback controls fountain solution thickness, resolving the trade-off between manual adjustment precision and system complexity.

A banded shroud system shields ultrasonic flow meter transducer cables within sealed channels.

Remote sensor placement via fill tubes eliminates internal crevices, enabling clean-in-place compliance in small line size conduits.

Direct airflow measurement via a dedicated sensor eliminates calculation inaccuracies from indirect compressor maps, ensuring reliable braking system control.

A converter pulse width shaping circuit combines high frequency pulses into low frequency signals to prevent erroneous metering in vortex flow meters.

An annular vortex generator sheds toroidal vortices to resolve complex shedding patterns and boost signal-to-noise ratio.

A floating body integrates sensor means to record physical measurement values directly within a flowable medium.

Diagnostic apparatus normalizes combined signal components using vortex frequency to resolve noise interference in flow rate measurements.

Series-connected fluidic oscillators measure bidirectional flow without non-return valves, maintaining low pressure drop.

A flow conditioner with guide surfaces stabilizes the inlet flow profile, eliminating upstream disturbances to ensure accurate measurements.

A tethered drag block converts fluid drag force into electrical signals to measure water flow rates in plumbing systems.

Alternating magnetic fields drive a token through the flow path, enabling accurate measurement of non-conductive fluids.

Segmenting the sensing element from the conduit structure enables rapid response to flow perturbations while maintaining measurement precision.

Diagonally paired piezoelectric ceramics eliminate signal crosstalk from separate transducers, enabling accurate contactless flow measurement.

A piezoelectric force sensor uses a resilient deflectable portion to mechanically amplify applied force into a proportional electrical signal.

Annular vortex ring generator produces stable toroidal vortices to resolve signal-to-noise ratio limits in conventional bluff body designs.

A flow sensor uses a flexible link to suspend an oblong element, measuring oscillation frequency to determine fluid speed.

A vortex flowmeter processor analyzes pressure oscillation amplitude to determine fluid type and configure meter settings automatically.

A flow straightener attaches to a holding device securing the measuring tube, ensuring consistent positioning relative to the measurement section.

A fluidic oscillator flow meter uses protruding sensing electrodes to detect electromotive force in liquid streams.

A flow rate detecting rod uses a deflection bearing sleeve and counterweight to measure steel melt velocity via angular displacement.

A modular flow straightener secures to a holding device, forming a measuring insert that positions the aperture relative to the measuring tube.

A variable restrictor valve minimizes pressure drop and pulsations in an airflow calibrator, ensuring accurate flow rate determination.

Diagnostics circuitry analyzes vortex shedding periods to detect flow instability, correcting measurement errors caused by undetected steady-state variations.