Details For Portable Computers TRIZ Cases
- Illuminated Logo Movement for Multi-Posture Folding Laptops
Hinge-position sensing selects outer optical modules for each folding posture, preserving visibility and limiting energy use.
- Folding Display Module With Preloaded Support Against Screen Creasing
A sliding support plate and preload mechanism maintain screen tension through folding transitions, limiting crease formation.
- Geospatial Image Selection Through Location-Aware See-Through Overlays
This case combines GPS, motion sensors, and pre-stored bearings to surface selectable images aligned with a user's view.
- Information Handling Cabling With Varying Curvature for Signal Quality
A shaped preform guides cable bends through varying radii, supporting constrained routing while reducing impedance drops and hysteresis.
- Flexible Display Organic-Layer Structure for Reflectance and Bending
This case uses organic-filled openings and selective pixel-layer removal to support folding, optical alignment, and lower reflectance.
- Head-Mountable Display Mount With Counterbalanced Battery Cable Management
An integrated mount adds a removable auxiliary battery, balances display weight, and routes cables to reduce fatigue and complexity.
- Four-Bar Hinge Assembly for 180-Degree Computing Device Opening
This computing-device case uses pivoted stops and friction linkage to open 180 degrees, preserve rear access, and improve key ergonomics.
- Computing Device Dual-Pivot Hinge for Stable 180-Degree Opening
A bearing and stop surface guide smooth housing movement, then lock the hinge at a predefined open position for stable use.