See how segmented stator winding groups with different pole numbers enable electric motors to p
See how speed-based deceleration and standby phases protect electronic components when an elect
See how monitoring electric motor current patterns detects blocked compressor valves across des
See how a controller reduces pump noise during beverage extraction by operating at reduced volt
Reduced-voltage pump startup cuts noise, then normal and dimmed voltage phases maintain pressure, flow, crema, and in-cup beverage quality.
Staged compressor ramp-up and expansion valve adjustment keep refrigerant flow stable, preventing liquid slugging, overheating, noise, and vibration.
A timed low-to-normal pump voltage profile cuts startup noise while maintaining brew pressure for better in-cup beverage quality.
An onboard controller with touchscreen, wireless links, and I/O expansion coordinates pump speed, flow, and auxiliary devices to cut power use.
Hall-effect current sensing replaces bulky Rogowski coils in small pumps, enabling compact fault detection and centralized maintenance monitoring.
Selective pump and valve control rinses hydraulic suspension lines while preserving switchable roll and pitch stiffness with better packaging.
Directly mapping actuator load pressure to motor torque cuts PLC and CAN latency, improving hydraulic response and energy use.
Periodic motor speed modulation counteracts pump pressure pulsation in vehicle hydraulics, cutting noise without redesigning the system.
A linear actuator pivots the motor-pump angle to replace manual displacement setting and deliver steadier flow with accurate dispense volumes.
A housing-integrated servo cylinder tilts the swivel element to vary displacement volume without enlarging the axial piston unit.
Dynamic motor speed adjustment keeps power reserve above a limit to prevent pump overload, sustain flow, and reduce energy use.
Dynamic flux weakening decouples d-axis and q-axis control to overcome Back-EMF limits and reach target compressor stroke without clearance loss.