Cosmonautic Condition Simulations TRIZ Cases
- Rotary Dynamic Simulation Device Space Optimization
A rotary dynamic simulation device rotates a carrying seat between ground and suspended positions to conserve floor space.
- Mixed Reality Flight Training System with Physical Mockups
A computerized training system uses mixed reality and physical mockups to simulate real aircraft interactions for pilot instruction.
- Fracture Reduction Simulator with Electromagnetic Tracking
Electromagnetic tracking system monitors physical bone fragment positions to generate virtual fluoroscopic images for surgical training.
- Voting System Using Dynamic Pairing for Consensus Accuracy
A voting system generates digital lists of contestant pairs to collect user preferences through automated online selection.
- Modular Mobile Flight Simulator for eVTOL Pilot Training
A modular mobile flight simulator system connects distributed components via a central computing device to generate realistic electric aircraft simulations.
- Parallelogram Kinesthetic Flight Simulator with Reduced Actuator Count
Segmenting motion into swing and flip units reduces actuator count, lowering complexity while maintaining realistic flight sensations.
- Gamified Driving Feedback System for Novice Skill Development
A gamified driving feedback system uses real-time drive data to generate virtual rewards and unlock challenges.
- Aircraft Simulator Motion Seat Reducing Actuator Count
Linkage assemblies convert single actuator motion into coordinated heave, roll, and surge movements, reducing device complexity in aircraft simulators.
- Flight Warning System Maturity Verification Method
Calculating maturity criteria verifies flight warning system logic early, reducing reliance on scarce test aircraft resources.
- Universal Position Detection Platform Using FPGA Logic
Software-configurable FPGA logic replaces hardware-tailored converters for synchros, resolvers, LVDTs, and RVDTs, reducing ordering complexity.
- Nonlinear Coherence Analysis for Peak Performance State Detection
Nonlinear coherence analysis resolves linear comparison inaccuracies in dynamic physiological signals to identify optimal performance states.
- Lunar Gravity Simulation System with Movable Bridges
Movable bridges and connection wires simulate lunar gravity for lander performance testing.