Cosmonautic Condition Simulations TRIZ Cases
- Sensor-Independent Per-Pixel Stimulation for Flight Simulators
A sensor-independent per-pixel stimulation system characterizes display spectral emissions to generate color lookup tables.
- Cable-Driven Motion Platform for High-Fidelity Simulation
Replacing rigid linear actuators with flexible cables eliminates clashing and bulk, enabling six-degree-of-freedom rotation for realistic vehicle simulation.
- Rugby Scrum Training Device Using Stewart Platform
A rugby scrum training device uses a Stewart platform to reproduce realistic six-degree-of-freedom forces and movements for player preparation.
- Electro-Hydraulic Double Feedback Loop for Remote Movement Synchronization
Interactive double feedback loops synchronize remote device movements via electronic sensors and hydraulic valves without mechanical linkages.
- Forest Work Unit Efficiency Monitoring via Sensor Data Intermediary
A forest work unit interface presents key operational indicators derived from sensor data to simplify monitoring tasks for operators.
- Portable Industrial Network for Security Training
A portable industrial network replicates factory hardware to train personnel on security vulnerabilities without requiring access to live facilities.
- Automated Trainee Monitoring System Using Mixed Reality Projection
Sensors and projection units create an adaptive mixed reality training environment that tracks trainee actions for objective performance evaluation.
- Helicopter Rotor Simulation via Sector-Based Disc Partitioning
A helicopter rotor simulation procedure partitions the rotor disc into sectors to reduce computational burden while maintaining precision.
- Tactile Pulse Simulator Controller for Medical Training
Filtering audible frequencies below 200 Hz allows the controller to drive haptic motors without generating sound interference.
- Motion Platform with Balance Assemblies for Actuator Load Reduction
A motion platform uses balance assemblies to counteract payload forces, reducing actuator load while maintaining six degrees of freedom.
- Portable Firearm Sensor for Real-Time Motion Feedback
Wearable firearm sensor captures motion data and transmits it to a mobile device, replacing bulky video setups with portable real-time feedback.