Servomotor Components TRIZ Cases

Interchangeable inserts shift hydraulic interface variance from the control block to adapters, cutting axle design and maintenance complexity.

Timed pump flow staging helps hydraulic actuators overcome static friction consistently during slow lever input, improving fine-operation response.

Combining sine and non-sine metering notches makes hydraulic spool flow gain more linear, improving actuator predictability without EDM.

A dual-surface manifold arranges hydraulic control valves in two directions to shrink excavator valve blocks while preserving pipe access and maintenance space.

Integrated channel modules replace external bores in pneumatic actuator control units, improving layout flexibility without weakening the housing.

A single moving spool connects or isolates multiple ejectors to cut vacuum control complexity and save space in compact handling equipment.

A single movable slide controls multiple ejectors at once, cutting vacuum handling bulk and control complexity for easier machine integration.

Differential Kv control of high- and low-pressure valves smooths hydraulic motor startup and reduces shock and jerking under high inertia.

Split connection blocks make valve mounting plates injection-moldable while cutting assembly steps, part count, and leakage points.

Integrated throttle channels and a pressure chamber simplify pneumatic cylinder speed control while enabling adjustable cushioning across models.

A branched regeneration path lets a working-machine control valve recycle fluid at low back pressure, helping hydraulic actuators move faster.

A normally throttled proportional valve smooths free-lift to mast-lift transition and allows controlled lowering during electrical faults.

A pressure regulating valve lets forklift mast cylinders move together, reducing switching impact and speed differences for stable lifting.

Separated spool sections and shared pilot chambers enable independent hydraulic metering with fewer solenoid proportional valves and lower cost.

Adaptive pressure setpoints and exhaust throttling cut compressed air use in pneumatic drive movement while preserving interference resistance.

Coordinated dual fluid supplies cap actuator flow during combined manipulator use, preserving workability while preventing option actuator damage.

A self-driven subsea intensifier boosts accumulator pressure and regulates output flow without raising pressure ratings in existing hydraulic lines.

A motor-pump-tank layout with internal flow passages cuts hydraulic weight and space on aerial fire truck platforms.

A U-shaped bracket locks multiple valve connection units in one pass, cutting parts count and installation time while keeping secure fixation.

A variable bleed valve closes at steady state to stop actuating media venting while preserving precise pneumatic flow control.

A built-in check valve lets subsea regulators bleed downstream pressure back to supply, handling mixed-pressure circuits without extra lines.

Opposing pressure-receiving surfaces on the piston cut the pilot pressure needed to adjust relief pressure, even under back pressure.

A single multi-port valve splits or unites aircraft hydraulic coolant loops, cutting valve count, weight, and maintenance burden.

Local and global pressure feedback keeps valve pressure drop constant, so multiple hydraulic actuators receive flow proportional to operator command.

Electronic proportional inlet modulation cuts compressor deadband and cycling, reducing power use while holding target pressure.

A pump and manual bypass let a patient-handling hydraulic cylinder retract faster and still operate during power outages.

A controller matches pilot pump flow to actuator demand plus standby flow, cutting excavator energy waste without slowing response.

Pressure balancing between a hydraulic actuator and accumulator cuts backhoe pitching on rough roads while preserving load stability and comfort.

A blocking switching valve and pressure-based solenoid control let one operation device switch patterns to drive multiple hydraulic valves.

Using a pilot check valve instead of a three-way spool simplifies exhaust-air throttling, cutting production steps while controlling air cylinder speed.

Separate exhaust and pilot air paths with a second throttle valve stabilize switch timing and smooth air cylinder speed control.

Stored calibration and flow-rate data let the servo amplifier auto-correct valve differences, reducing manual adjustment and replacement.

Dynamic valve switching and flow-rate control let a hydraulic actuator change modes smoothly, balancing faster motion with higher load capacity.

A movable separation element and constant pressure source keep accumulator pressure stable in compact hydrostatic cylinders for small pressure ranges.

A controller repositions the spool valve to route worktool lines to tank pressure, easing high-pressure hydraulic disconnect without extra valves.

Dual acoustic reflections measure movable-body position without separate sound-speed sensors, cutting size, weight, and complexity.

Tiny throttle gaps create controlled decompression before full opening, reducing leakage and seal damage in hydraulic cylinder stem holding valves.

An arc-shaped key and radial seals keep the shuttle aligned, maintaining high flow while limiting leakage and backflow between inlet ports.

A pressure valve and branch-line layout keep control pressure from collapsing during pulling-load retraction, preventing check valve stutter.

A pressure-actuated logic element switches hydraulic sections between series and parallel modes to keep multi-section motion stable.

A unidirectional control-edge layout keeps flow openings continuously open, enabling fast switching, high flow, and lower actuating force.

A rotatable valve body links selected openings through linear oil paths, cutting curved-channel complexity and enabling a more compact valve.

A regeneration passage and check valve keep boom lowering consistent in float and normal work while avoiding shocks from valve switching.

A defined bypass conduit replaces tolerance-sensitive annular-gap flow, delivering consistent release airflow and preventing unintended actuator activation.

Hydraulic oil and elastic cushioning drive jack posts to seal, monitor, and restore gaps with rough, non-flat sidewalls.

Pressure-triggered valve hysteresis lets a hydraulic clutch switch quickly while cutting pump energy use and avoiding external valve actuation.

Independent multi-speed extension keeps the arm’s center of gravity near rotation, increasing lifting height and load without heavier sections.

Asymmetric inlet and outlet control edges throttle cylinder outflow under pulling loads, cutting hydraulic energy loss while keeping motion stable.

An integrated sleeve with built-in flow channels maintains constant hydraulic flow across pressure changes while reducing parts, weight, and cost.