Servomotor Components TRIZ Cases

A hybrid valve carrier module integrates distinct channel opening patterns to mount different valves simultaneously.

A hydraulic valve arrangement manages fluid discharge from a tipper cylinder to enable controlled lowering operations.

A flow diverter valve uses a pressure drop mechanism to switch high-pressure fluid between actuators.

A merge switching valve blocks hydraulic oil supply to a boom cylinder during combined operations.

A holding valve integrates pilot pressure control to shift an auxiliary spool and prevent actuator descent.

Connecting bolt sleeve configuration maintains sealing performance through fluid pressure contact, suppressing leakage without complex seal materials.

Segmented supporting body houses solenoid valves with simplified internal hydraulic circuits, resolving fluid-tight sealing complexity.

Fixed minimum back pressure in pilot lines prevents aeration and stabilizes bulk modulus, resolving spool valve oscillation caused by low line pressures.

Auxiliary line with valve bypasses fluid pressure to enable manual override, resolving hydraulic locking that prevents safe emergency intervention.

An integrated valve device merges a logic valve with a pressure-reducing valve to resolve complexity issues in 2-way pressure limiting functions.

Telescopic faucet spout extends vertically via a ratchet locking mechanism to accommodate large pots without occupying hands.

A faucet assembly integrates a Hall effect sensor and magnet to detect valve position for automated water quality monitoring.

Accumulator stores gravitational potential energy during descent to release lifting force, reducing hydraulic pump load.

A multi-hydraulic control circuit uses a pressure compensator with a fluid link to regulate receiver output.

Replacing mechanical linkages with hydraulic ducts synchronizes piston positions while eliminating complex screw-nut pairs and pinions.

Single-piece sealing element reduces component count while acoustic signaling provides clear user feedback during pneumatic outlet actuation.

An air balance structure integrates sealing and balancing functions within a single movable member to reduce manufacturing complexity.

Segmented dual compressors with automatic valve switching ensure continuous blood pumping when faults occur in one compressor unit.

A manifold with pressurized fluid chambers and valves directs air jets to eject defective food articles from processing lines.

Larger upstream pilot conduit volume cushions abrupt pressure drops during boom lowering, suppressing control lever vibrations.

A power regeneration device controls electric motor rotation speed and return oil flow rate using a proportional solenoid valve.

A valve subassembly integrates a control spool with adjustable orifices to manage fluid flow paths and maintain hydraulic force.

A 2/2-way seat valve design reduces drive motor starting resistance by establishing a predetermined pressure difference across a throttle before shut-off.

Lower pressure selection circuit automates split flow pump discharge adjustment via mechanical pressure differentials, eliminating complex electronic sensors.

Die-cast shell parts join adhesively to form a hollow housing around functional units.

An intermediate member with a higher elastic constant minimizes flow passage deformation in laminated structures, maintaining precision and durability.

Quick return circuit reduces pressure loss while recycling flow prevents cavitation in hydraulic cylinders.

A hydraulic system with a return line suction and boost filter reduces tank volume by segmenting circuits to maintain optimal suction conditions.

A hydraulic system combines multiple functions using piloted diverter valves to increase fluid flow without electrical switches.

An integrated solenoid manifold reduces system complexity while maintaining reliability under high pressure conditions.

A pressure reduction valve and check valve manage hydraulic flow to control implement down force.

Conical coupling geometry reduces tangential glue stress and fatigue damage, extending working life of heavy vehicle arms.

Segmented pole pieces connect via rigid members and cavities to maintain precise alignment, eliminating interference fit stress and magnetic shunts.

A progressive lever transmission system recovers compression energy in piston pressure converters.

Integrated valve manifold reduces leak paths and connection load by merging branch pipes into a single body, eliminating bulky connectors.

Cartridge valve sleeve design with radial openings and webs.

A compact valve block uses a single pressure-limiting valve to manage supply pressure for multiple control valves.

Segmented controls adjust spring force without altering the closing member position, maintaining constant differential pressure.

A reversible fluid pump uses shuttle valves to regenerate fluid between piston chambers without a reservoir.

Lengthwise screw mounting reduces support block width, resolving the contradiction between mounting reliability and apparatus space.

A faucet spout stream straightener insert forces water to flow around a central core, creating a laminar sheet-like column.

Electronic proportional valves dynamically adjust driving priority between swing motors and hydraulic cylinders.

Non-constant longitudinal section openings in the outer spool reduce turbulence and maintain pressure drop independence from spool position.

A regulating valve uses a raised circumferential collar to prevent unwanted rotation during operation.

Carrier plate braces modular switching valves to resolve sealing instability and simplify maintenance.

Load-holding valves block return flow during regeneration, resolving the contradiction between safety and efficiency in closed-loop systems.

Internal channels in a calibrator block force gas flow to reduce cooling time and prevent corrosion during high temperature probe testing.

A hydraulic pressure limiting device uses a common support stem and spring to open two valves against overpressure.

A pressurized fluid subassembly uses a sequence valve to manage high and low pressure lines.