Seating Arrangements TRIZ Cases
- Aircraft Seat Localization via Wireless Signal Strength
Wireless data concentrators determine seat positions using electromagnetic signals, eliminating heavy physical wiring and enabling dynamic reconfiguration.
- Aircraft Cabin Sleeping Berths Above Seats
Vertical sleeping berths accessed via individual stairways resolve space utilization and access contradictions in aircraft cabins.
- Flexible Aircraft Cabin Zone for Wheelchair Securement
Rear cabin zone reconfigures between seating and wheelchair securement via floor palette tracks, preserving density while accommodating mobility devices.
- Inwardly Facing Aircraft Seats with Shared Entrance Way
Shared entrance ways eliminate step-over requirements for inwardly facing aircraft seats, reducing longitudinal extent while maintaining passenger privacy.
- Aircraft Seat Assembly With Asymmetric Console Foot Zones
Asymmetric seating surface width creates clearance between seats and opposite foot zones, resolving the trade-off between cabin density and passenger comfort.
- Removable Aircraft Seat Back Shell for Rapid Upholstery
Segmenting the seat back shell from the structural frame allows independent upholstery production, eliminating assembly delays and simplifying maintenance.
- Aircraft Nose Cone Backplate Recesses for Equipment Housing
Recesses in nose cone backplates house cockpit equipment, reducing aircraft length and mass while increasing cabin space.