Fluid Couplings TRIZ Cases

Sealed liquid room captures displaced water potential energy changes to extract usable mechanical work from buoyant motion.

Active hydraulic control minimizes boom vibrations during sudden lever stops, extending equipment durability.

An electrical controller drives a torque amplifier to position the swashplate, resolving the trade-off between measurement precision and operator feel.

Merges filtration and flow control into one brazed unit, eliminating separate assembly steps while maintaining high reliability.

A check ball valve prevents fluid flowback in viscous fan clutches, reducing noise and power waste during cold starts.

A cut-in-cut-out valve with four orifices isolates a hydraulic accumulator from the supply line to manage fluid flow and pressure distribution.

A hydraulic fluid cooling system circulates fluid between integrated hydrostatic transmissions using a shared reservoir and connecting lines.

Regulating pump cylinder capacity maintains equal motor orifice pressures, eliminating activation valve wear and pressure peaks.

Microcontroller adjusts swashplate angle via proportional valves to simulate gear drive modes, reducing manufacturing complexity.

A multi-stage hydraulic cylinder uses a variable volume gas cushion to exert decelerating force against the piston during stage transitions.

Separate inlet and auxiliary exhaust ports prevent cooling effects on admission steam, reducing device complexity while maintaining engine efficiency.

A hydraulic drive device uses a control signal judging unit to monitor pump discharge rates before stopping the engine.

Bypass-cutting valves open central bypass lines to unload oil, preventing heat generation during unified bleed-off valve failures.

Engine oil lubricates electric vacuum pump seals, boosting efficiency while routing exhaust air to the crankcase to reduce vehicle emissions.

Dual fixed displacement pumps and a spool prioritize hydraulic fluid flow, resolving controllability issues in open center valve systems.

A hydraulic transmission device uses an accumulator to store pressurized fluid for rapid motor drive.

A hydraulic drive system reverses sickle knife rotation to clear crop blockages without operator intervention.

Segmented pumps resolve the trade-off between load capacity and deployment speed by switching from low-pressure extension to high-pressure force application.

Nests silencers inside the manifold block to eliminate exhaust noise while preventing physical obstruction in narrow robotic welding spaces.

A unitary fluid handling apparatus merges a hydraulic pump and electric motor within one housing to share cooling circuits.

Integrated actuator assembly positions a switch via an actuator arm to enable or disable powered devices in vehicle drive systems.

A programmable cylinder uses optical sensors to detect machine element position and adjusts compressed fluid flow for precise velocity control.

Electronic control unit varies pump displacement based on engine speed to reduce power losses at high rotational speeds.