ELECTRICAL STRIKE DISSIPATION
卷宗概要
发明人
Marianne E. Wilkinson; Scott M. Spencer
IPC 分类
CPC 分类
A system for electrical strike dissipation includes a fastener, a composite laminate, and a structural element. The fastener has a tapered head and a shank. The composite laminate includes a first composite ply and a second composite ply. The first composite ply defines a tapered bore, and has multiple first tow groups. Some first tow groups have three or more conductive fibers stacked directly on each other. The three or more conductive fibers are operational to conduct current of an electrical strike. The tapered bore extends through the first composite ply and is sized to receive the tapered head. The second composite ply defines a straight bore, and has multiple second tow groups. The straight bore extends through the second composite ply and is sized to receive the shank. The structural element is aligned with the composite laminate and is secured to the composite laminate by the fastener.
原文（中文）
A system for electrical strike dissipation includes a fastener, a composite laminate, and a structural element. The fastener has a tapered head and a shank. The composite laminate includes a first composite ply and a second composite ply. The first composite ply defines a tapered bore, and has multiple first tow groups. Some first tow groups have three or more conductive fibers stacked directly on each other. The three or more conductive fibers are operational to conduct current of an electrical strike. The tapered bore extends through the first composite ply and is sized to receive the tapered head. The second composite ply defines a straight bore, and has multiple second tow groups. The straight bore extends through the second composite ply and is sized to receive the shank. The structural element is aligned with the composite laminate and is secured to the composite laminate by the fastener.