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Inflatable restraint systems for ejection flight vests
   
Document Number
US Patent 6422513
Issued Date
July 23, 2002
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Abstract
One or more tubular inflatables are mounted in pockets spaced around a flight vest to assist and maintain upper body stiffness during ejection. The inflatables function to maintain the body stiff and prevent its moving from side to side during ejection. By proper positioning of the inflatables around the body, spinal compression may be prevented. In addition, connected to the flight vest is a collar-like inflatable that supports and protects the neck and head of the air crewmember from moving. The collar-like member can encircle the neck like a scarf. In another embodiment, it can also extend above the shoulders and completely encircle the helmet holding the head in a vertical position. In each embodiment, the collar-like member properly maintains the center of gravity of the air crewmember on the aircraft seat.
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Inflatable restraint systems for ejection flight vests - US Patent 6422513 Drawing
Drawing from US Patent 6422513
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Number of Claims:
14
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Owner
Goodrich Corpration (Charlotte, NC)
Published
July 23, 2002
Application Number
09/644,162
Filed
August 22, 2000
US Classification
244/122AG   2/413 2/6.1 2/6.2
Int'l Classification
B64D   25/00   (20060101)   B64D   25/04   (20060101)   B64D   25/10   (20060101)  
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Parent Case
CROSS REFERENCE TO RELATED PROVISIONAL APPLICATION This Nonprovisional application claims the filing date of a Provisional Application having Ser. No. 60/151,869 filed on Aug. 31, 1999, titled "Inflatable Restraint Systems for Ejection Flight Vests".
USPTO Field of Search
244/122AG   244/121   2/6.1   2/6.2   2/6.3   2/411   2/413  
Related Patents
6857136 - Inflatable head and neck support collar - Owned by Simula, Inc. (Tempe, AZ)

A support collar having a bladder and a shell. The bladder is adapted to be inflated by a fluid. The shell is adapted to be attached to a harness. When inflated, the bladder is shaped by the shell to form an air chamber. The air chamber is characterized by a cross-section having a center of gravity and a dimension through the center of gravity. The dimension is larger at an open end than at the close end.

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