Fluid Couplings TRIZ Cases

Parallel voting solenoid pairs apply fluid pressure to the trip header, enabling online testing without process interruption.

Merging the force transfer element with the disk carrier creates a coherent structural unit that simplifies assembly while ensuring reliable torque transfer.

A universal control scheme manages hydraulic fluid flow using diverter valves and pressure reducer modules.

A hydraulic system uses a dynamic fluid reservoir to maintain operation across varying orientations.

Stationary scraping element pumps clutch fluid via dynamic pressure independent of relative speed, stabilizing torque transmission against rotational drift.

Electro-hydraulic diverter redirects pump flow to reservoir, optimizing work vehicle hydraulic power usage.

A variable displacement charge pump supplies hydraulic fluid to main and lubricating circuits in agricultural vehicles.

Three interrelated hydraulic circuits combine outputs via operator-controlled switches to match implement requirements, reducing excess heat and component wear.

Segmented hydraulic chambers and dynamic pressure control resolve sluggish swashplate response while maintaining valve stability.

Electronic deadman circuit replaces hydraulic timing with microprocessor control to ensure consistent ram activation and reliable wellbore sealing.

Ion-conductive membrane pressure converter recycles decompression energy into electrical power, offsetting compression costs in hydrogen fed systems.

A torque actuated clutch uses a relay transmission structure assembly to enable bidirectional rotary kinetic energy transfer.

A dual-outlet pump supplies pressurized fluid to an automatic transmission via a directional valve, reducing parasitic engine load.

Synchronizing second flow channel switching valve before first prevents temporary pressure oil supply interruption to boom cylinder during backhoe travel.

Grooved lock valve bores provide linear cross-sectional area expansion to prevent freewheeling during pressure relief.

Electronic control module adjusts variable displacement pump pressure to maintain precise torque output.

Plastic hydraulic tube connector with guide grooves prevents oil leakage by eliminating clearance during assembly, reducing manufacturing costs.

An adjustable control arm assembly synchronizes dual path hydrostatic pump outputs via a pivotal input shaft and eccentric mechanism.

Rotatively combined electrical motor generator and hydraulic pump unit supplies backup power through a shared shaft.

An external manifold connects hydraulic pump and motor components while facilitating direct heat transfer to surrounding air.

A rotatable connecting cap with adjustable plugs enables flexible fluid routing, eliminating complex pipe repositioning during installation.

Linear actuator drives four cable lengths through direction-altering guides to reciprocate a polish rod.

A hydraulic bleed circuit with a throttle drains pilot oil to reduce swash plate displacement and engine load.

Selective thermal barrier coating on combustor liners preserves resonator damping performance while preventing thermal fatigue.

A wave energy converter uses dual linear gear tracks to transform bidirectional wave motion into unidirectional rotary force for power generation.

Polymeric damper absorbs vibrations between compressor diffuser vanes and shroud housing, maintaining air-tight seal integrity.

A pressure compensation device uses a control valve to equalize hydraulic pressures before blocking the actuator connection.

Control logic compensates for pressure override characteristics using flow rate maps, reducing the difference between set and actual relief pressures.

A single variable relief valve replaces multiple fixed valves to reduce system complexity while increasing actuator thrust through dynamic pressure control.

An internal collapsible bladder absorbs thermal expansion forces, eliminating external reservoirs and preventing leaks.

Nesting one-way clutches radially reduces the torque converter axial dimension while maintaining fluid passage volume.

Segmenting the hydraulic pump into multiple fixed displacement units reduces energy waste and stabilizes control during injection molding cycles.

A hydraulic fan drive system uses a variable displacement pump to adjust motor output.

Proportional pressure compensating valve regulates fluid pressure to maintain consistent actuator performance.

Counteracting hydraulic actuators support the port plate against high pressure, reducing deformation and leakage while enabling inline drive shaft connections.

Controller adjusts bypass valve displacement to limit system pressure and provide accurate operator feedback.

Replacing high-current solenoids with pneumatic actuators reduces consumption to 15 milliamps while enabling independent planter control.

Defined friction surface and spring bias stabilize torque regulation against process disturbances in hydraulic pump assemblies.

A fluid-dynamic circuit uses a quick discharge device to control operating arm speed and position.

A fluid-assist actuator controller leverages residual air pressure to enhance the return action of spring-loaded pneumatic actuators.

A binary fixed displacement pump switches between discharge ports to control hydraulic output volume.

An integrated distributor merges inversion relay functions into the fluid distribution path, eliminating external energy sources and reducing component count.

A hunting reduction circuit relieves hydraulic pressure at a deceleration-side port to stabilize turning motion.

A fluid circuit uses a supplemental line in parallel with an auxiliary valve to route hydraulic flow.

A swing brake control apparatus coordinates solenoid valve actuation with electric motor startup to ensure safe operation.

A wave-flow power installation uses orthogonal coaxial turbines in a convergent-divergent passage to drive an electro-generator with bilateral rotors.

A hand-operated hydraulic pump adjusts its lever pivot point via a cam mechanism to optimize mechanical advantage during operation.

A clutch arrangement uses a slotted-link guide to lock the actuator section in a closed position.

A pressure-balanced accumulator uses a movable piston to track ambient hydrostatic pressure, preventing unusable fluid accumulation across varying depths.