Volume Metering TRIZ Cases

Vertical extension rods on a meter bung bridge the gap between underground protection and surface signal strength.

Strategic tap positioning near pressure minima resolves accuracy and size trade-offs in multi-phase flow measurement.

Integrating a pole shoe into the measuring tube holder reduces energy consumption in magnetic-inductive flow meters.

A distribution manifold uses motor-driven reduction gear units to actuate individual gas outlet valves in parallel.

A gravity-driven closure element manages fluid return to the reservoir, eliminating priming needs and ensuring consistent dosing.

A magnetic flowmeter processor dynamically adjusts a dead time parameter using interquartile mean and median absolute deviation to filter signal noise.

Microwave resonators measure water fraction in multiphase flow meters to resolve measurement errors at high void fractions where gas and liquid interact.

Oxidized transition metal additives in a polymer matrix create chemical bonds that resolve insufficient adhesion, ensuring IP68 protection class compliance.

Non-intrusive load cells and ultrasonic sensors measure fluid flow across a rotary pump, eliminating contamination risks from traditional balance chambers.

Curved cut grooves in flanges secure resin lining portions, reducing manufacturing costs and complexity while preventing detachment.

Multi-cam fluid flow sensors linearize obstruction rotation through cam profiles and torsion springs to improve measurement precision in turbulent pipe flows.

Butterfly manual balancing valve integrates equalizing rings for differential pressure measurement and a gearbox for precise flow control.

Applying constant direct current lowers electrode potential below a corrosion threshold, enabling cheaper materials while maintaining measurement precision.