Electrically Actuated Clutches TRIZ Cases
- Electroadhesive Clutch Structure for Multi-Directional Load Transfer
Flexible and rigid electrodes with a dielectric layer enable low-voltage electroadhesive clutching for normal, shear, and moment loads.
- Bidirectional Clutch Actuation for High-Torque Slip Prevention
A bidirectional clutch driving mechanism boosts clutch capacity only under high torque, preventing slip without a larger actuator.
- Axial Clutch Electric Winch for Low-Resistance Rope Release
A slidable muff-coupling disconnects the drum from the planetary reducer, easing rope release and stabilizing clutch re-engagement.
- Multi-Row Cam Clutch Selector for Stable Low-Force Switching
A selector with separate actuator and release portions reorients multi-row cams with less drive force, improving clutch stability and response.
- Cam Clutch Selector Geometry for Low-Force Stable Switching
A segmented selector surface changes cam posture with less drive force, improving switching stability and responsiveness without precise control.
- Clutch Actuator Speed Control for Low-Noise AWD Engagement
Variable actuator speed across clutch states cuts AWD noise and vibration while preserving fast shaft synchronization and engagement.
- Clutch Actuator Prestress Mechanism for Backlash-Free Vibration Control
Elastic prestress keeps conversion elements in contact to eliminate backlash, reducing vibration and wear in clutch and transmission actuators.
- Toolless Clutch Fastener for Seed Meter Flexible Shaft Maintenance
A seed meter clutch uses a toolless fastener to couple the flexible drive shaft, enabling hand-operated component removal.
- Torque-Stroke Curve Learning for Electric Motor Dry Clutch
Control unit calculates position change values to adjust torque-stroke curves using probability-based environmental factor adjustments.