Radial spring ring nesting maintains hub strength while reducing axial space in manual transmission synchronizers.
A removable supporting plate separates clutch and transmission chambers, reducing assembly complexity by enabling pre-calibration of hydraulic actuators.
A vehicle clutch control system applies synchronous torque to ensure quick engagement between drive modes.
A dual clutch transmission adjusts torque capacity proportions between clutches to manage rotational speed differences during vehicle startup.
A friction clutch torque setting method uses actuator power consumption to determine correction angles for wear compensation.
Radial notch accommodates segmented thrust washer to simplify inner body manufacturing and eliminate blind holes.
A clutch hydraulic pressure control circuit uses two shift solenoid valves and a holding valve to maintain stable fluid flow.
Selective sintering integrates the friction lining directly onto the blank, eliminating adhesive processes and boosting connection strength.
A dual clutch design balances actuating forces using a central plate and leaf spring connections to transmit torque.
A power transfer unit uses a hydraulic clutch to disconnect the secondary drive system from the primary driveline.
Cam actuation pivots pawls to lock rotation, reducing complexity and improving reliability in automatic transmissions.
A prioritizing valve system mechanically links switching valves to prevent simultaneous actuator pressurization in automatic transmissions.
A permanent magnet wrap spring clutch uses magnetic attraction to engage torque transmission without electrical power.
Split roll cage clutch indexes rollers to prevent reverse engagement and improve cornering.
A rotation transmission device uses a segmented rubber buffer to absorb shock during armature attraction.
Rotating fins on an actuator bearing direct airflow to cool a vehicle clutch assembly, resolving heat dissipation limits without increasing weight.