Navigational Route Marking TRIZ Cases
- Self-Propelled Floating LiDAR for Autonomous Wind Profiling
A self-propelled floating LiDAR navigates, anchors, and switches to buoy mode to collect wind profiles without installation vessels.
- Automated Navigational Marker Detection Using Neural Networks
Neural network object detector projects pixel positions into 3D coordinates and cross-references chart data to resolve manual observation errors.
- Collaborative Navigation Using Wave Gliders and MEMS Sensors
A wave glider transmits satellite location data to an underwater vehicle via acoustic links for collaborative positioning.
- Vertical Glider Robot Buoyancy Propulsion Energy Reduction
A vertical glider robot converts potential energy into kinetic energy during free-fall to traverse subsea environments without propellers.
- Acoustic Reflector With Holes For Thermal Expansion Relief
Holed shell accommodates core thermal expansion, preventing explosive failure.
- Navigation Planning System for Vessel Collision Risk Assessment
A navigation planning system calculates collision risks for planned and evasion routes to support flexible route selection.
- Marine Vessel Map Cell Risk Assessment
Segmenting map data into cells allows dynamic risk assessment for specific obstacles, improving navigation safety in complex harbor environments.