Free Piston Engines TRIZ Cases
- Free-Piston Linear Generator Integration Without Crankshaft Complexity
Direct linear electromagnetic conversion replaces crankshaft linkages to simplify power generation while improving thermal management and vibration control.
- Linear Generator Frame and LEM Integration for Efficient Power Conversion
Direct LEM-piston conversion removes crankshaft linkages, improving power generation efficiency while controlling vibration and thermal expansion.
- Free-Piston Linear Generator With Hydraulic Motion Transfer
An incompressible fluid replaces connecting rods to transfer piston motion, cutting friction and wear while extending oscillator stroke and power output.
- Free-Piston Linear Generator Frame and Bearing Design for Alignment
A structural frame, flexures, and low-friction bearing system keep free-piston translators aligned while reducing linkage complexity.
- Linear Linked Piston Generator With Stroke-Limited 4-Cycle Control
Stroke-limited piston motion enables 4-cycle linear power generation with lower vibration, better fuel use, and adaptive DC output.
- Dual-Chamber Fastener Driver With Exhaust Gas Recirculation
Recirculated exhaust cools and mixes incoming air in a dual-chamber fastener driver, cutting soot and fumes while removing the fan motor.
- Tangential Combustion Engine With Hydraulic Torque Transmission
A hydraulic unit links opposing drive pistons to tangential shaft rotation, improving torque transmission and fuel efficiency.
- Hermetically Sealed Linear Generator for Gas Energy Conversion
A hermetically sealed linear generator converts pressurized gas energy into electrical power using a single winding and external permanent magnets.
- Sealed Combustion Linear Actuator Exhaust Venting
Dynamic vent regions and non-ferrous isolators prevent magnet fouling and environmental contamination in harsh hopping robot environments.
- Hydraulic Free-Piston Engine Control Signals
A hydraulic free-piston engine controller determines piston trajectories and servo valve actuation parameters for precise fluid flow delivery.
- Free-Piston Linear Generator Using Electromagnetic Induction
A magnet-piston moves inside a non-conducting cylinder wrapped with induction coils to generate electric current directly from reciprocating motion.
- Digital Hydraulic Opposed Free Piston Engine Vibration Control
Opposed free pistons balance forces through equal and opposite motions, reducing vibration while enhancing chemical to hydraulic energy conversion efficiency.
- Linear Fluid Engine Variable Stroke Control
A linear fluid engine uses hydraulic pressure to transfer power from a combustion piston, enabling variable stroke length and speed without mechanical linkages.
- Tangential Combustion Engine Hydraulic Impeller Torque
Hydraulic impellers convert opposing piston strokes into continuous shaft rotation for consistent torque output.
- Opposed Piston Engine Lever Mechanism Eliminates Crankshaft
Lever mechanisms connect opposed pistons to convert combustion energy into pressurized hydraulic fluid, eliminating crankshaft-induced piston slap.
- Combustion-Engine Setting Tool Pre-Compression Mechanism
Pre-compressing the gas mixture raises peak pressure, resolving low thermal efficiency and enabling faster driving of longer fastening elements.
- Exhaust Check Valve Inversion for Piston Return Stability
Inverting exhaust ports above the combustion chamber allows hot gases to escape before piston return, eliminating bounce caused by trapped gas compression.
- Linear Free Piston Engine Gas Linkage Work Extraction
Gas linkages transfer force between free and extractor pistons, enabling high compression ratios while minimizing mechanical stress and heat transfer losses.
- Free-piston engine cup piston valve design
Cup piston seals combustion chamber and injects fuel via piston rod bores, preventing gas mixing.
- Hydraulic Free Piston Engine with Electronic Valve Control
A hydraulic free piston engine uses electronically controlled valves to manage combustion piston position and velocity for precise energy conversion.