Thin film and bulk piezoelectric actuators deflect a single membrane to manage valve seats, resolving backpressure control issues in medical micropumps.
A motorized pumpjack system uses reciprocating rods to raise water from intermediate-depth aquifers.
Dedicated hose channels in a peristaltic pump prevent nozzle clogging and maintain consistent fluid flow for reliable electrohydrodynamic atomization.
An elastic space portion within the bellows assembly absorbs pressure spikes to suppress shock vibration without reducing discharge amount.
An isolator reduces dampening at the peripheral portion of a driven end wall, maintaining pressure oscillation amplitude for efficient fluid pumping.
Interconnected air-permeable housings route displaced gas between chambers, containing acoustic energy and preventing external noise emission.
Pneumatic actuation replaces mechanical springs to overcome viscous resistance, ensuring accurate dosing of high viscosity fluids.
A fluidic pulsation attenuator combines resistor and capacitor devices to create a steep rolloff slope for rapid flow stabilization.
A magnetic pump mechanism actuates a diaphragm to compress air and maintain tire pressure.