Servomotor Components TRIZ Cases

Segmented storage tank chambers use concentrate fluid to pressurize permeate, relieving backpressure that reduces production rate.

Measuring motor in return line meters fluid flow to eliminate dead zone during direction change.

Closed-loop feedback compares actual and desired variator speed ratios to eliminate errors, resolving hydraulic lag and improving response time.

An integrated unidirectional hydrostat draws load pressure signals to adjust pump delivery, maintaining constant pressure drop across the actuator.

A pilot-operated dual valve assembly manages hydraulic fluid flow through independent spool movement within a shared bore.

A hydraulic drive device separates pressure sources to reduce energy consumption during piston retraction.

A compressed air treatment system directs leakage air from a regeneration check valve to the environment via a first valve unit.

Segmented main body reduces production complexity by sharing power trains between wheeled and crawler vehicles.

Tapered adapter plate with resilient insert prevents bolt rotation and leakage during hydraulic valve stack maintenance.

Segmented spool design controls braking and start reactivity independently, eliminating pressure oscillations during motor stop.

Independent pneumatic circuits connect via a cross-flow mechanism to mitigate persistent pressure differentials caused by dynamic weight shifts.

A universal hydraulic section combines flow-sharing and priority functions using a plug system to isolate predefined channels.

A valve mounting assembly uses a spoon to control fluid flow through aligned inlet and outlet passages.

A multistage vacuum valve uses a two-port two-position design to increase pressure fluid flow rate and improve response sensitivity.

A jet pipe servo uses a flexure pivot to direct output media through a rigid seal tube isolating the coil.

A pneumatic switch and solenoid valve configuration actively removes residual pressure from air filling lines in motor driven compressor systems.

A hydraulic servovalve uses clamp means to secure the feedback member without clearance.

Stacked manifolds with shared pressure lines direct hydraulic fluid to blowout preventer rams, reducing actuation time in cold temperatures.

A valve closure cover rests on a collar-shaped projection to simplify handling during maintenance.

A closed center hoist valve uses a snubbing position to restrict fluid flow from the cap end and rod end lines to the tank.

A lift axle control module switches between retracted and deployed modes using a solenoid valve to manage air pressure.

A clutch actuator integrates a motor and hydraulic mechanism with parallel axial shafts to reduce overall volume.

A load sensing control circuit uses a drain passage and modification valve to dynamically adjust flow dividing ratios between hydraulic actuators.

A spring-biased load-holding valve uses a bypass passage to selectively lock actuator movement in meterless hydraulic systems.

Molded seal with annular ring and closure part creates variable fluidic connections, resolving fixed configuration limits in pressure medium switching.

Integrating the check valve into the directional control valve spool enables fluid regeneration while reducing installation space and manufacturing complexity.

A controller adjusts rated engine speed dynamically to distribute horsepower across multiple pumps and maintain stable operation under varying loads.

A pneumatic distribution system uses a shared pump plenum and multiple flow controllers to manage compressed air delivery.

A mechanical switching valve uses pressure differences to control fluid communication between ports without electronic components.

Tappets connected to pressure relief valves open check valves, enabling reliable pressure-less lowering and float positions without extra components.

A switching valve in the discharge piping manages hydraulic oil flow to the tank based on engine rotation speed.

A three-way proportional valve unit uses a common actuator to drive counter-rotatable poppet valve spindles for precise fluidic control.

A hydraulic pressure transducer connects a double-action cylinder to a pressure accumulator, storing high-pressure volume flow energy.

A main valve controls a filler valve to charge a hydraulic accumulator only when the lifting mechanism suspension is deactivated.

A hydraulic pilot control unit uses a discharge hole and coaxial springs to manage damping resistance during actuation.

A flow ratio controller positions valves using stored upstream pressure values to reach steady state.

A pressure compensating circuit actuates an electromagnetic valve to release hydraulic pump discharge pressure directly to the oil tank.

A hydraulic circuit bypasses the pump to enable faster cylinder retraction and manual operation during power outages.

A switching valve directs working fluid to a pilot chamber, enabling precise pressure control through segmented flow paths.

A guide structure deflects high-pressure fluid streams away from the pilot valve closing element, preventing jet force malfunctions in hydraulic clutch systems.

Pilot pressure correction limits drive actuator deceleration to prevent overturning during sudden stops without impairing operability.

A hydraulic brake housing uses blind bores to connect multiple pressure sensors without increasing external dimensions.

Integrated pneumatic volume booster merges aeration and de-aeration valves to reduce tubing complexity and signal deterioration in large actuators.

A pressure-controlled proportioning solenoid valve drives a hydraulic actuator using combined open-loop and closed-loop current contributions.

Weld formations on surface mount flow substrates secure caps to stainless steel bodies, enabling reliable delivery of extreme flow rate fluids.

Abductor valve diverts master cylinder pressure to power a secondary coupler cylinder for implement attachment.

A pressure limiting device uses an elastic member between selector valve shutters to coordinate simultaneous closure.

A hydraulic motor control system uses step and direction commands with continuous turn encoder feedback for precise positioning.

Parallel choke and flow control valve reduce actuation time while preventing pressure peaks.