Servomotor Components TRIZ Cases

A hydraulic system with independent discharge ports supplies track drive motors and dozer cylinders via separate fluid sources.

Standardized flow substrates with transverse manifold connections eliminate complex interlocking flanges, reducing manufacturing costs and assembly time.

Flow-sensing fluid path with detection orifices adjusts hydraulic pump output based on consumer demand.

A control apparatus manages hydraulic and electric actuators using shared operating signals.

An inner seal positioned between the outer seal and signal transmission channel prevents moisture penetration when the outer seal is damaged.

Restriction orifices in the hydraulic circuit maintain cylinder synchronization during movement, reducing cavitation and improving operational stability.

Segmenting upstream and downstream orifices maintains constant differential pressure while restricting flow to secondary functions during high demand.

A two-stage pressure sequence overcomes dead-head conditions in the out-of-park circuit, ensuring reliable parking pawl engagement.

A pressure-balance valve uses a piston and ramp mechanism to synchronize fluid feed to rotorcraft servo-control actuator cylinders.

A hydraulically actuated shutoff valve controls fluid flow in elevator systems using pressure-driven mechanisms.

Integrated switching outputs in the valve module generate safety signals locally, eliminating separate wiring to higher-level controllers.

A hydraulic valve chassis supports interchangeable pre-compensation and post-compensation spool assemblies for adaptable fluid flow management.

A multi-way valve uses asymmetric mechanical support between two valve members to enable rapid switching movements.

A hydraulic controller uses a Bowden cable to mechanically adjust engine speed based on fluid pressure.

A height control valve assembly uses a disc and shaft mechanism to switch between two ride heights.

A showerhead mode selector directs water flow through multiple fluid conduits to enable distinct spray patterns.

Segmenting sensors from the control board reduces area and operation time for specification changes.

Segmented sealing lands and radial flow-shaping rings reduce pressure drops in hydraulic spool valves by eliminating short-circuiting.

A hydraulic distributor uses a plunger piston to actuate an obturator based on instantaneous flow rate variations.

A hydraulic circuit design uses a separate bleed-off valve to manage pressure oil flow through the center bypass passage.

A variable orifice adjusts aperture area based on load pressure to control hydraulic oil distribution in construction equipment drive systems.

Merged mode and flow control valves resolve complexity trade-offs by enabling adjustable water usage efficiency without adding separate mechanisms.

Shut-off valve regulates fluid flow to prevent hydraulic pressure spikes caused by electromotive drive switching, extending component lifespan.

Irreversible threadless locking secures the sleeve on the stem, eliminating complex threading to resolve calibration time and assembly complexity trade-offs.

A hydraulic pump control device adjusts swash plate angle using real-time engine torque data to match load demands.

A slide lock gas delivery system secures manifold blocks to a support rail using dynamic preload clamping for rapid assembly.

A hydraulic valve device uses a pressure regulator and flow control valve to manage fluid dynamics in motor circuits.

A hybrid oil pressure supply system combines a mechanical pump with an electric pump to stabilize line and torque converter pressures.

A multiple coupling manifold integrates distinct housings and a unified decompression mechanism to manage hydraulic connections efficiently.

Open receiving slots in an angular housing guide interlinking contacts, reducing assembly complexity and tolerances.

Segmented enabling valve manages hydraulic fluid flow between control valve and actuator using distinct unrestricted and restricted positions.

Segmented manifold blocks with vertical tube ports reduce particle contamination and dead-leg volume while lowering manufacturing costs.

Segmented joint members with stepped screw holes prevent interference during assembly, improving operation efficiency.

Reversible hydraulic pump assembly uses check valves to direct fluid flow based on motor rotation direction.

A proportional directional control valve with a sliding piston featuring axially offset bridging structures.

A valve apparatus uses an intermediate plate to span multiple assembly locations for complex fluidic circuits.

Segmenting receptacles across lateral faces reduces integration complexity while self-clinch fittings ensure pressure-tight connections.

Integrating an on/off valve into the valve body eliminates separate sub-blocks, reducing part count and overall device size.

Prestressed elastic valve lip prevents hard seat wear, extending implantable device service life.