Servomotor Components TRIZ Cases

A switching block manages hydraulic fluid flow to a cooling fan in truck-mounted systems.

Segmented dual rams and replaceable annular seals maintain consistent hydraulic flow while simplifying seal replacement.

A hydraulically controllable pressure-limiting element adjusts annular chamber pressure based on piston chamber feedback.

Motor-driven pump system with switch valves controls fluid flow to adjust damping forces, reducing energy consumption while improving roll control.

An adapter element bridges mismatched distributor modules, resolving internal channel obstruction during screw connection.

A hydraulic pilot control system sequences main valve opening using distinct spring forces and counter pressures.

A hydraulic valve arrangement uses a backflow valve to regulate consumer return volume flow via direct pressure interaction.

Integrating a pressure sensor into the distributor module seal reduces device complexity and manufacturing costs by combining sealing and detection functions.

A hydraulic controller connects the second supply pipe directly to the reservoir in float position, eliminating redundant on/off valves.

A hydraulic system uses a common electric motor to drive two pumps with inverse characteristics for bidirectional actuator control.

Segmented directional spool valve prevents undesired load lowering by connecting working chambers in neutral position.

Segmented filter element prevents clogging while maintaining warm oil temperature, reducing accumulator capacity needs.

A modulator device converts stored identification data into signals transmitted via control lines, eliminating the need for additional wiring or type plates.

A faucet swivel joint uses a removable sleeve linked to a fixed flow coupler to pivot the outlet tube while minimizing internal flow restriction.

A hydraulic circuit forms parallel passages through a center bypass and internal valve channels to route pressurized oil efficiently.

A hydraulic control device manages simultaneous forklift operations through dynamic motor speed adjustment.

Valve sequencing prevents pressure spikes that damage sensitive fluids and cause coating defects during semiconductor manufacturing.

Planar contact surfaces between the valve seat and member prevent gap formation during displacement, limiting oil leakage while maintaining pressure regulation.

Voltage level shifting and conversion enable precise hydraulic cylinder positioning while reducing mechanical complexity in drilling rigs.

Dynamic adjusting device shifts force equilibrium on the valve body to prevent pressure drops and cavitation during hydraulic circuit flushing operations.

Piston plunger ground portions form pressure from notch flow rates to delay valve movement, reducing noise and hunting phenomena during operation.

A hydraulic merge circuit combines actuator and fan drive flows to increase cooling fan rotational speed.