A self-calibrating flow rate sensor mechanism calculates calibration factors using integrated measured values to maintain accuracy without external reference sensors.
Optical sensing replaces mechanical components in a wearable infusion pump, reducing complexity while maintaining dosing accuracy.
A mass flow controller adjusts valve positions using molecular mass ratios to maintain precise fluid flow rates across different gas types.
A deflection bend uses a guide element to suppress transverse movement of multiphase flow in curved sections.
Placing the detection area upstream minimizes empty volume errors, ensuring accurate liquid delivery during metering operations.
Applying threshold-exceeding excitation current heats the switching valve to prevent ice formation and ensure reliable tank ventilation.
A mass flow controller integrates heating-sensing elements to perform self-diagnostics via thermal response analysis.
A pressure control device subtracts gas supply signals from set pressure to adjust flow rate valves.
A detachable verification unit calculates volume between valves using pressure and temperature data to verify mass flow controller accuracy.
Segmented manifold sub-assemblies allow selective deployment to reduce equipment congestion and simplify maintenance during hydraulic fracturing operations.
Segmented flow control valves prevent early water breakthrough by enabling independent leg management and reservoir simulation optimization.
A fuel supply system restricts machine entry to refueling stations based on execution permission data.
A fluid additive delivery system uses a magnetic coupling to drive an additive pump from the main flow.