Mechanical Braking Transmission TRIZ Cases
- Parking Brake Actuator With Hollow Shaft Tension Sensing
A hollow shaft, Belleville springs, and a fixed position sensor simplify parking brake actuation while directly detecting cable tension.
- Parking Brake Transmission Mechanism for Faster Torque Engagement
A variable-ratio transmission and force trigger shorten parking brake engagement time while keeping actuator size and cost lower.
- Linked Vehicle Brake Lever Layout for Compact Synchronous Braking
A pivoted actuating member uses reaction force to brake both wheels together with fewer parts, less space, and lower rider effort.
- Autonomous Work Vehicle Brake Verification Before Mode Switching
Before autonomous mode starts, the control unit verifies foot brake actuation to prevent emergency brake failure after long idle periods.
- Parking Brake Cable Clip With Flexible Webs for Secure Axle Movement
Flexible retaining webs let a parking brake cable move with the axle while resisting stone-chip detachment and simplifying clip assembly.
- Straddle Vehicle Brake Link Mechanism for Compact Power Divider
Integrated lever merges equalizer and rotational functions to reduce power divider component count.
- Bicycle Control Cable Radial Protrusion Friction Reduction
Spirally wound fluorocarbon protrusions on the central wire eliminate lubricant contamination, reducing maintenance frequency for smoother operation.
- Working Vehicle Brake Balance Member Stroke Compensation
A swingable balance member transmits actuation force to rear wheel brake mechanisms via a traction device and coupling pin.
- Bicycle Caliper Brake Quick-Release Cable Tensioning Mechanism
A bicycle caliper brake uses a spring-loaded C-ring and trigger pin to pivotably adjust cable tension for rapid pad gap changes.
- Bicycle Brake Actuator Loop Tensioning Mechanism
A bicycle brake actuator transmits backpedaling motion via a tensioned loop to a lever, enabling coaster braking without increasing device complexity.