Curved pressing surface zones in peristaltic pumps ensure continuous hose deformation, reducing pressure fluctuations and extending component lifespan.
Monitoring charge chamber pressure detects diaphragm wear early, preventing fluid leakage and maintaining consistent discharge rates.
Calculating machine event durations enables early detection of abnormal operating states, reducing unexpected turbomachine failures.
A vacuum pump detects internal deposits by tracking real-time motor current changes against initial baseline values.
A mechanical shaker vibrates a submersible pump to dislodge debris and restore operational flow.
A secondary air pump calculates capacity using a ratio of model pressure to actual pressure.
Segmenting axial displacement, vibration, and temperature data prevents false alarms from single-parameter triggers, preserving manufacturing continuity.
Calibrated markings on the piston assembly standardize force application to eliminate density reading inconsistencies caused by gas bubble variations.
Electronic pressure transducer assembly with valve actuation structure for aircraft fuel supply systems.
A multi-stage compressor controller segments temperature and pressure sensor data to detect anomalies in compressed gas flow.
A blood pump flow rate estimation method uses motor current and rotational speed data to determine fluid output.
An abnormality diagnosis device calculates correlation coefficients from time-series physical quantity data to identify electric motor failure states.
A control unit compares initialization and operating data sets to determine pumping device readiness.
Electrode units detect check valve states in a reciprocating pump to calculate volumetric efficiency, preventing reduced dialysate supply from component wear.
Dielectric oil absorbs heat from piezoelectric actuators, preventing overheating in deep wellbore environments.
A strain gauge on hydraulic fittings generates signals to detect pressure-induced deformation and count threshold exceedances.
Total harmonic distortion extracted from a knock sensor signal detects component wear before failure occurs, preventing costly damage.