A post-shutdown rotor spin clears condensate before freezing, preventing icing, gas-flow blockage, and restart issues in engine separators.
Mode-specific lubricant models separate load changes from true fluid drifts, enabling earlier fault detection and more stable lubrication monitoring.
Microprocessor analyzes temperature-corrected viscosity trends to predict lubricant degradation before equipment failure occurs.
An oil supply system increases oil mist generation during low load operations to maintain lubricating films and reduce drive force transmission noise.
A hydraulic torque converter integrates a lock-up clutch to mechanically couple the power unit and transmission during transport.
Dynamic electric oil pump speed adjustment maintains required oil pressure while minimizing audible noise during vehicle operation.
A lubricant pump integrates a heating element actuated by a control unit to maintain fluid flow.
A method tracks load and oil temperature across cycles to calculate performance parameters for mechanical systems.
Piezoelectric pump ejects lubricating oil droplets while pressure sensors detect air intrusion to stabilize discharge pressure.
Metering devices group lubricating points by temperature range to adjust time intervals, reducing consumption and evaporation losses.
Dynamic torque control based on oil temperature reduces cold start duration while preventing mechanical faults in the gear unit lubrication pump.
Merging the solenoid valve and pressure switch into one unit reduces manufacturing complexity by eliminating separate orifices in the cylinder block.