Vehicle Steering/Rolling Behaviour TRIZ Cases
- Brake and Steering Test Synchronization With Clear Operator Feedback
Synchronized brake solenoid and steering actuation enables simultaneous vehicle testing with distinct audio and visual cues for clear monitoring.
- Autonomous Driving Test Course With AI Obstacle Scenario Verification
Multiple static and dynamic obstacles plus AI-based sensing improve autonomous driving verification under realistic test course conditions.
- Vehicle Suspension Condition Tracking for Deformation Detection
Multi-sensor monitoring separates true part deformation from environmental noise to alert on suspension and steering damage early.
- Steering Deadband Detection With Minimal-Motion Starting Drag Release
Small actuator movements detect steering deadband and release brake starting drag accurately while minimizing tire wear.
- Steering Deadband Detection With Low-Wear Starting Drag Elimination
Controlled wheel rotation detects steering deadband and clears starting drag during start-up without the tire wear of manual or full-rotation tests.
- Predictive Vehicle Power Control With Tolerance-Band Intervention
Future power prediction triggers driver-model commands only when a tolerance band is crossed, reducing unnecessary acceleration, fuel use, and emissions.
- Predictive Vehicle Control Using Power Tolerance Bands
Future power prediction triggers control only when expected output crosses target bands, reducing unnecessary acceleration, braking, fuel use, and emissions.
- Self-Tilting Target Vehicle for Realistic ADAS VRU Cornering
Integrated sensors and a rotary actuator let a target vehicle self-adjust tilt during cornering for more realistic ADAS VRU testing.
- Autonomous Driving Feature Switching for Closed-Loop ODD Testing
Switching between ADAS and under-development ADS in overlapping ODDs enables closed-loop testing, faster verification, and sustained driver engagement.
- Tire Ground Contact Simulation for Transient Vehicle Behavior
Measures tire grip and shear stress on a rotary drum to predict transient vehicle behavior more accurately without full vehicle tests.
- Multi-Axis Chassis Dynamometer for Lateral Vehicle Motion
Motorized rollers on rotational mounts add lateral motion to chassis dynamometer testing, enabling realistic lab evaluation of automated vehicles.
- Steerable Test Wheel Structure for Stable Roller Bench Simulation
A hub that rotates relative to the rim enables steering simulation on rollers while keeping the vehicle stable and electronics testable.
- Steering Tube Resonance Testing for Two-Wheeled Vehicle Stability
Measure steering-tube force and acceleration responses to identify resonance frequencies and assess two-wheeler stability.
- Multi-Axis Chassis Dynamometer Roll And Yaw Simulation
Motorized rollers on perpendicular rotational mounts let a chassis dynamometer simulate lateral and longitudinal vehicle dynamics in controlled testing.
- Vehicle Clear Vision Testing With Dynamometer Steering Feedback
A feedback-controlled dynamometer test measures steering angle during straight travel and flags alignment deviations with tickets or fault codes.