Planetaria/Globes TRIZ Cases
- Semi-Reflective Optical System for Bright Astronomical Object Guidance
Digital image restoration combines split optical paths and pattern recognition to guide observation without complex motorized alignment.
- Seven-Layer Globe Model for Earth Interior Visualization
A seven-layer globe model visualizes earth interior structure using stratified graticule plates and nested shells.
- Hook-and-loop barbell pieces for multi-subject educational globe
Barbell-shaped hook-and-loop pieces attach to petal hubs to form a globe, resolving the trade-off between curriculum depth and device complexity.
- Quantitative Visual Motion Discrimination Assessment System
A display system presents dynamic scenes to subjects for quantitative assessment of visual motion discrimination.
- Gyroscopic Therapeutic Tool for Visualizing Internal Family Systems
A gyroscopic therapeutic tool with concentric rings visualizes the seeing self and subpersonalities.
- Capacitive Touch Device on Non-Flat Surfaces
Segmented flexible substrate with overlapping conductive strips maintains electrical connectivity across non-flat surfaces.
- Magnified Projection Optical System with Long Back Focus
Segmented lens groups in the projection system maintain sufficient back focus while correcting lateral chromatic aberration for wide-angle display.
- Planetarium Voice Control Device Dynamic Command Execution
A planetarium projector controller updates executable command flags based on real-time state data to accelerate voice response.
- Magnetic Suspension Galaxy Device for Realistic Celestial Motion
Replacing mechanical linkages with magnetic suspension, this galaxy device simulates celestial motion to enhance student engagement in astronomy education.
- AR Globe with Audio-Activated Self-Rotation
A globe integrates a microphone and actuator to enable audio-activated self-rotation for interactive augmented reality exploration.
- Educational Celestial Globe with Gravity-Aligned Horizon
Gravity-aligned disk maintains horizontal horizon during latitude adjustment, resolving the trade-off between coordinate adaptability and spatial stability.
- Star Projector Light Generation Using Lined Condensing TIR Lens
A star projector uses a lined condensing total internal reflection lens to refract and reflect light beams for nebula projection patterns.
- Spatial Distractor Assessment System for Neural Disease Diagnosis
Replaces costly brain imaging with algorithmic analysis of dynamic scene responses, enabling early detection of neural disease progression.
- Hand-Held Planetarium Orientation Sensing and Display
A hand-held planetarium uses orientation sensors to detect altitude and azimuth angles for accurate celestial object identification.