Servomotor Components TRIZ Cases

Mechanical dampening stages slow shuttle velocity under high pressure differentials to prevent seal extrusion.

Variable displacement pump supplies hydraulic fluid to actuators via pilot pressure circuits.

A hydraulic control valve spool shifts positions to maintain a constant pressure differential across the system.

Back-surface housing mounting screws in a vehicle brake hydraulic pressure control unit reduce overall size while maintaining radial looseness prevention.

Axially movable sleeves adjust poppet valves from one side, resolving difficult access and complex steering travel correction.

A flow divider uses a diaphragm-suspended spool to divide fluid streams between two outlets.

Segmented liquid-pressure driving system supplies operating oil to boom, arm, and bucket actuators during simultaneous turning operations.

A switching valve isolates the inner cylinder until the outer extension fully retracts, preventing premature oil flow communication.

A movable pump assembly tracks the bottom of viscous material to prevent dry-running and ensure complete removal from drums.

Movement-coupled valve elements in a single housing resolve the trade-off between switching precision and assembly complexity.

Distinct pump cutoff pressures reduce boom impact at maximum height, preventing product loss and component stress.

Adjustable element compensates for spacer tolerance variations to maintain precise preload and ensure functional reliability.

A hydraulic travel control system coordinates direction with turret position using pilot valves and a reversing valve.

Distributes valve receptacles across opposite hydraulic block sides to resolve space inefficiencies in slip control systems.

Dual hydraulic systems in one housing improve reliability by reducing size and weight while preventing spool-jam failures.

Magnetic coupling transfers yoke position to the control piston, eliminating mechanical play and progressive gear ratio errors in axial piston machines.

Parallel pump distributor redirects excess oil to auxiliary reservoirs, eliminating energy waste from discharging unused pressurized fluid.

A pressure compensation unit uses a switching valve to route signal pressure based on relief line flow.

Dynamic manifold exits reduce gas transport delays in short etch recipes, ensuring consistent etch rates across process chambers.

A hydraulic switching valve incorporates a tank flow path throttle point to cushion piston impacts, reducing wear while maintaining rapid changeover speed.

Altered first thread contour prevents metallic particle contamination in fluid circuits.

A hydraulic device couples a single-acting storage cylinder to a differential cylinder for direct potential energy accumulation.

A hydraulic system manages fluid pressure and flow through interconnected working valves to ensure efficient operation.

A hydraulic controller detects signal voltage to categorize device types and adjust output control parameters automatically.

An integrated coplanar manifold vents process fluid via a direct valve stem engagement, eliminating separate seats and reducing leak potential.

Two fluidic oscillators connected in series measure reverse flow accurately while reducing pressure drop and minimizing installation orientation sensitivity.

Regenerating poppets redirect high-flow return fluid to reduce pressure loss and heat generation during excavator boom-down cycles.

A control valve synchronizes multiple actuators via mechanical connectors to move nozzle output members.

Controller calculates required rotation flow and corrects gradient values using swing pressure to minimize hydraulic energy loss through relief valves.

A track recoil system uses grease to minimize metal-to-metal contact between moving parts.

A hydrostatic adjusting device uses a load response valve to switch between operational modes.

Local venting via a quick-vent valve assembly resolves long-distance latency in subsea hydraulic control systems.

A check valve meters pressurized fluid flow to stabilize the load sense signal, reducing sensitivity to manufacturing tolerances and actuation speeds.

Merging valves with the cylinder housing eliminates external components, reducing device complexity while enabling autonomous operation.

A bypass control valve maintains hydraulic oil supply to a swing motor during idle periods.

Flow limiting devices isolate lift cylinders in hydraulic circuits, preventing cross-talk between cylinders during mast extension and retraction.

A hydraulic flow regulator alters fluid pathways to maintain consistent descent rates across varying pressure ranges.

Integrating a pivoting filter device within the function block reduces installation space and thermal inconsistencies in high-pressure hydraulic circuits.

Replacing copper with a molded polymer waterway assembly eliminates brazing costs and metal leaching risks in faucet systems.

Coaxial hydraulic lines route transmission fluid to cool the disconnect clutch and electric motor, reducing packaging complexity.

Sequential land section timing blocks supply ports before discharge, eliminating back pressure resistance during operation check valve switching.

A jet deflection device manipulates liquid flow using gas pressure differentials to create a fluid membrane.

Direct actuator pump control eliminates pressure drop losses while a separate pump pressurizes an accumulator for energy recuperation.

A controller monitors vessel tilt angle to trigger pressurized oil discharge from hoist cylinders.

Segmented mechanical and pneumatic components support high operating loads, reducing wear and fatigue on the actuator mechanism.

A valve assembly integrates fluid and electrical connections within a basic module to supply multiple mounted valve modules.

A telescoping fluid porting tube directs hydraulic flow to a power actuator within an electro-hydraulic engine control system.

A piston pump uses a bypass conduit and adjustment element to control fluid flow without altering the piston stroke.

Communication switching valve redirects working oil between discharge ports and neutral passages in split-flow hydraulic systems.