Brake Action Initiations TRIZ Cases
- Rotary Encoder Brake Assembly With Spring Damping for Angle Limits
Integrated spring damping and a power-off brake protect a rotary encoder from shock, overload, and excess acceleration at angular limits.
- Brake-By-Wire Control Layout for Fail-Safe Wheel Braking
Dual master and slave brake controllers keep wheel braking active after one control unit fails, avoiding hydraulic backup weight and space.
- Electromechanical Brake Fluid Control for Variable Pressure Demand
A controller adjusts brake oil volume from actual pressure and mapped ratios to keep electromechanical braking stable across vehicle states.
- Brake Pedal Travel Simulator With Parallel Damping for Low Noise
A two-stage elastic and damping layout tunes brake pedal force-travel curves while cutting noise, parts, and assembly complexity.
- Electromechanical Brake Fluid Reference Control Under Variable Conditions
Brake oil reference volume is updated from pressure and condition maps to keep electromechanical braking force consistent across temperature and deceleration changes.
- Brake-By-Wire Fallback Control for Wheel Speed Sensor Failure
When one wheel speed sensor fails, axle-level brake force fallback prevents wheel lock and preserves stable braking control.
- Brake Pressure Control Switching With Seal Friction Compensation
Precomputed common target pressure offsets seal friction, enabling smooth switching between two-system and one-system brake control.
- Motor-Driven Parking Brake Anti-Lock Control Against Re-Acceleration
When brake release acceleration exceeds braking deceleration, anti-lock control is restricted to prevent creep-driven re-acceleration on low-friction roads.
- Electric Brake Solenoid Control With Delayed Fault Cutoff
A delayed drive signal and diagnosis circuit prevent unintended brake solenoid activation and unwanted thrust-force holding during ECU faults.
- Vehicle Brake Hydraulic Circuit Separation for Pulsation Stability
Fluidically separated front and rear brake circuits limit pump pulsation resonance, reduce leakage risk, and stabilize brake-by-wire operation.
- Brake Actuation Sensor Layout Using PCB Flux Guides
Magnetic flux guides relay brake component motion to PCB-mounted sensors, enabling compact, cable-free layouts for varied vehicle installations.
- Vehicle Anti-Roll-Off Braking for Wrong-Direction Hill Roll Detection
Wheel speed and gear position detection stop unintended hill roll in the wrong direction, reducing stall risk and driver panic.
- Hydraulic Block Layout With Dual Pedal Simulators for Compact Brakes
Two smaller pedal travel simulators in one hydraulic block save installation space while preserving brake feel, redundancy, and high-volume braking.
- Brake Pedal Simulator With Two-Stage Restoring Force Feedback
Two restoring elements switch across pedal travel to mimic hydraulic brake feel and deliver precise, consistent haptic feedback.
- Brake Operation Device External Release Mechanism
A brake operation device employs a threaded shaft to manually release electromechanical brakes, resolving the need for special tools during emergency towing.
- Brake Bleed Controller Actuation Logic for Fluid Recovery
A bleed controller actuates valves and a pump to circulate brake fluid through the hydraulic system.