Servomotor Components TRIZ Cases

A faucet control handle uses detachable transforming heads to fit various water control bases.

Contoured valve body surface reduces bending forces on pole pieces, preserving magnetic properties and torque motor reliability.

Flexible printed circuit board with movable contact surfaces biased by elastic return members for electrical connection.

A valve seat component uses planar surfaces and a projection to engage the body, ensuring stable positioning within the receiving region.

Independent pressure regulators adjust fluid levels to minimize energy wastage during excavation work while maintaining adequate lubrication.

Horizontal valve unit arrangement reduces fluid leak risks and simplifies pilot hose assembly.

Feedback circuit routes high pressure fluid to manipulate control pistons, preventing back-feeding into the low pressure stage during switching.

Eccentric roller mechanisms replace threading to prevent accidental disconnection under pressure while reducing operator fatigue.

A hydraulic valve spool uses annuli to connect drain passages to end bores in a neutral position.

A microfluidic cartridge uses process monitor components to measure wet out times and adjust flow rates for precise fluid sequencing.

A cage pressure selector connects the lowest pressure line to a booster device, enabling automatic fluid equalization across hydraulic circuits.

A hydraulic distributor integrates pressure balance with metering slide to prevent reverse flow.

A hydraulic drive circuit uses a sub-hydraulic pump to increase pressure and volume in the main flow line.

Grooves around the foreign matter intrusion prevention valve body provide fluid communication between upstream and downstream sides.

A circuit pressure control unit uses a variable throttle valve to adjust opening degree for linear actuator pressure regulation.

Segmented connectors with integrated sealing eliminate assembly time and inventory complexity for pneumatic systems.

A hydraulic confluence valve shunts fluid between throttle and load sensing units to match system resistance with external loads.

A variable valve adjusts the fluid path area in a hydraulic pump motor supply passage to stabilize flow during simultaneous actuation.

Segmented gaskets selectively route fluid between interchangeable valve body modules, resolving assembly complexity while maintaining sealing integrity.

A differential plunger arrangement switches a hydropneumatic valve based on pressure differences between distinct spaces.

Variable meter-out opening prevents cavitation at the arm cylinder head and reduces pump discharge pressure.

A priority hydraulic flow diverter assembly manages fluid distribution using differential pressure sensing and regulating valves.

Segmented control circuits isolate faulty electro proportional pressure reducing valves via pressure sensor feedback, preventing unintended actuator movement.

Segmented passages and dynamic switching enable effective regenerative operation for light loads while maintaining instructed fork speeds.

A hydraulic oil passage structure segments valve blocks into main and additional function groups on a shared housing mount surface.

A dynamic valve restricts fluid flow in positioner actuators to generate opposition force against impulse loads.