Oscillating Piston Engines TRIZ Cases
- Helical Gear Pump Axial Thrust Counterbalancing
Helical gear pump channels fluid pressure to shaft ends via introduction paths, reducing axial thrust and power consumption.
- Vane Cell Pump Sub-Vane Chamber Pressure Control
Sub-vane chambers apply periodic pressure pulses to maintain vane contact stability while reducing friction and wear.
- Dual Arc Vane Pump Rotor Design for Heavy Fluid Handling
Pivotally mounted vanes in a dual arc vane pump expand to handle heavy fluids and solids without increasing the rotor diameter.
- Eccentric Screw Pump Housing Segmented Lid Axial Guiding Surface
Segmented housing lids and axial guiding surfaces allow radial stator flange extraction, resolving assembly complexity while maintaining operational stability.
- Variable Displacement Vane Pump Leakage Control
Strategic groove placement compensates for housing deformation to suppress hydraulic leakage and maintain system pressure.
- Nanocomposite Moineau Device Stator Wear and Heat Management
Carbon nanotube-reinforced elastomeric stators dissipate localized heat to prevent thermal degradation while maintaining sealing integrity.
- Compressor Wire Retainer for Heat Shielding and Orientation
Segmented wire retainers guide conductors away from welding heat zones to prevent thermal damage while maintaining precise orientation.
- Electric Pump Axial Displacement for Compact Attachment
An electric pump design displaces suction and discharge openings axially on the attachment surface to reduce overall size.
- Circulating Piston Engine Annular Bore Torque
Annular bore engine rotates pistons around a central axis to achieve 60% thermal efficiency and reduce pollutant formation compared to conventional designs.
- Progressing Cavity Pump Stator Coupling Assembly
Mechanical coupling replaces on-site welding to join separable stator sections, eliminating specialized jigs and handling risks.
- Variable Capacity Pump Dual Spring Equilibrium Control
Dual return springs bias a control ring to establish multiple equilibrium pressures, eliminating energy wastage at low engine speeds.
- Reversible Gerotor Pump Offset Ring Mechanism
An offset ring in a gerotor pump enables unidirectional fluid flow despite bidirectional drive shaft rotation, eliminating complex valve assemblies.