Search results
Results from the WOW.Com Content Network
Seat belt syndrome is a collective term that includes all injury profiles associated with the use of seat belts. It is defined classically as a seat belt sign (seat belt marks on the body) plus an intra-abdominal organ injury (e.g. bowel perforations) and/or thoraco-lumbar vertebral fractures. [1] The seat-belt sign was originally described by ...
At the time the captain announced to the passengers that turbulence was still a possibility and that the seat belts should be fastened when seated. A flight attendant made the same announcement in Japanese. [7] [8] About an hour later, after calm conditions, the "fasten seat belt sign" came on again without any announcement.
At 07:49:32 UTC, one of the pilots called out that the fasten seatbelt signs had been turned on. At 07:49:40 UTC the aircraft experienced a drop in vertical acceleration from +1.35G to -1.5G within 0.6 seconds, which likely caused unrestrained passengers to become airborne.
Turbulence can be hard to predict, so keeping your seatbelt buckled on an airplane is the best bet for staying safe. Ding! Even if the seatbelt sign is off, you should stay buckled while flying.
A seat belt sign seems self-explanatory enough: Stay seated, and latch your seat belt. Once it’s off, you can feel free to get up and stretch your legs or head to the bathroom.
The best way to avoid injuries or worse from turbulence is to stay seated whenever the fasten seat belt sign is on, and to buckle up whenever seated on a plane, even if the sign is off.
The “fasten seat belt” sign is off, and the time for a nap on your flight is on. You grab your neck pillow, eye mask and a glass of wine to make sure you are well-rested on the other side ...
The controller also clarified that the flight would be cleared to descend to FL190 (19,000 feet (5,800 m)) after passing Elbe. The Cockpit Voice Recorder (CVR) recorded a sound similar to the activation of the "Fasten seat belt" sign and captain Kunovic instructed first officer Terglav to calculate the landing parameters. A flight attendant ...