The B. F. Goodrich Company

Hildreth W Stevenson

Lowell William Roemke

Carroll P Krupp

Stenciling zone for a radiant heat resistant inflatable structure wherein a surface ply is laminated to structural fabric plies of the structure, leaving a cavity between the surface plies and the structural plies with a spacer element such as aluminum foil being received in the cavity. Stenciling is accomplished over the surface ply and the resultant structure can readily pass FAA Standard TSO-69A, Appendix II.

Radient heat resistant stencilible inflatable fabric and method

Stenciling zone for a radiant heat resistant inflatable structure wherein a surface ply is laminated to structural fabric piles of the structure, leaving a cavity between the surface piles and the structural piles with a spacer element such as aluminum foil being received in the cavity. Stenciling is accomplished over the surface ply and the resultant structure can readily pass FAA standard TSO-69A, Appendix II.

Radiant heat resistant stencilible inflatable fabric and method

A zone on an aluminum coated heat resistant inflatable structure in which sufficient aluminum paint is applied to the structure whereby upon stenciling, the radient heat resistance capabilities of the inflatable air structure are not unacceptably diminished as a result of the presence of stenciling of the air structure.

Radiant heat resistant stencilible inflatable and method

A nonmetallic friction member is constructed of a bulk graphite component bonded to a resin impregnated carbon cloth component. The friction member is particularly useful for brake and clutch devices, especially multiple disc-type brakes for aircraft. The member may be in the form of a rotor or stator. If driving slots are provided, the member may be reinforced with resin impregnated carbon cloth at these slots.

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Medina, OH, United States of America

Hildreth W Stevenson