Control Safety Arrangements TRIZ Cases
- Autonomous Vehicle Control Profiles for Driver-Specific Risk Response
Driver input profiles tailor autonomous vehicle responses to incidents, reducing property damage and enabling more accurate insurance pricing.
- Drone Training Mode for Altitude and Maneuver Limits
Flight control limits altitude, tilt, and motor speed in training mode so novice users can practice indoors with lower crash risk.
- Autonomous Vehicle Contact-Lift Sensing for Obstacle vs Cover Lift
A single contact-lift sensor uses output change over time to distinguish obstacle contact from cover lift, reducing sensor complexity.
- RFID Transceiver Communication for Metal-Heavy Moving Machines
RFID transponders and readers replace power-hungry WLAN links to keep moving machine elements reliably connected near metal.
- UAV Battery Protection Using Position-Based Safety Electricity
Real-time position and battery monitoring calculates return-safe electricity for UAVs, preventing early alarms and power-loss accidents.
- Mobile Impact Attenuator Deployment for Predicted Collision Zones
Sensor-driven mobile attenuators move to predicted crash locations to absorb impact energy and redirect errant vehicles before collision.
- UAV Rescue Flight Path for Radio Link Recovery
When UAV radio quality degrades, autonomous rescue coordinates and relay beacons help maintain or restore the communication link.
- Aerial Survey Camera Control for Loss-of-Separation Avoidance
CPA-based flight conflict prediction adjusts capture rate and image overlap to keep aerial surveys productive while maintaining safe aircraft separation.
- UAV Upward Sensor Reconfiguration for Autonomous Overhead Contact
Reconfigurable upward sensing lets a UAV detect airspace above and control an actuator for autonomous contact during take-off and maintenance.
- Autonomous Vehicle Contact-Lift Sensing for Obstacle and Cover Lift Detection
A single contact-lift sensor distinguishes obstacle contact from cover lift by tracking displacement change over time, reducing sensor complexity.
- Autonomous Vehicle Test Interface for Multi-Sensor Road Test Review
Multi-sensor test interfaces combine environment, warning, path, and debugging data to reduce manual effort in autonomous vehicle road tests.
- Virtual Radar for UAV Flight Zone and Collision Monitoring
A virtual radar layer makes drones visible to air traffic control while limiting radio congestion and triggering failsafes near flight zones.
- Aircraft Contingency Planning for Sensor-Reliable Autonomous Control
Continuous sensor sampling, reliability checks, and contingency guidance help autonomous aircraft detect pilot error and react to unsafe flight conditions.
- Autonomous Vehicle Monitoring Using Contextual Control Feedback
Fusing sub-system, contextual, and control data, this monitoring approach adds supervisory redundancy for autonomous vehicle fault detection.
- Remote Trailer Maneuver Control for Obstacle-Aware Reversing
Wireless remote maneuver control lets drivers stand outside the vehicle, watch obstacles directly, and stop reversing by releasing buttons.