Optical, thermal, and pressure sensing lets aircraft seats detect sleep state and adjust lighting, temperature, and noise in near real time.
Color-coded lights inside the oxygen tube let passengers and crew quickly spot working masks when built-in indicators are hard to see.
A weighted magnetic indicator reveals primary rail failure in an aircraft suite sliding door and resets automatically when alignment is restored.
MID with laser structuring and plasma metallization integrates lighting, sensing, USB, and NFC into curved seat modules with less cabling.
Wider spacing between seat pan longitudinal members and an absorber tube lets the pelvis pass through, cutting lumbar load in crash tests.
A pivoting center bar keeps seat tray power outlets usable when open and turned downward when stowed to improve charging access and spill protection.
An intercostal with attachment bosses lets aircraft seats shift laterally on existing seat tracks while preserving alignment and load integrity.
Fans inside the PSU recirculate cabin air to seat air showers, avoiding supply-line connections while cutting installation weight and complexity.
A cable reel and spring return retract a sliding cabin privacy door automatically, cutting bulk and weight while preserving living space.
An intercostal with offset bosses secures flight attendant seats to existing tracks, enabling repositioning without new track hardware.
Adjustable ledges, retaining clips, and charging features help a vehicle seatback secure devices and belongings while improving comfort and space use.
A sliding door and pivoting partition create adjustable suite openings for mobility-aid access while meeting aircraft emergency passage rules.