Engine Fastener Limiter With Captive Retention for Flexible Assembly

The patent applies parameter changes by transitioning from a completely rigid retention structure to one incorporating elastomeric material. This changes the physical state and mechanical properties of the retention device, allowing it to deform elastically during assembly to accommodate tolerance variations, then maintain secure retention during shipping. The elastomeric material's ability to change its deformation state resolves the contradiction between rigidity for security and flexibility for assembly.

The patent employs composite materials by integrating elastomeric material within the fastener retention device structure. This creates a hybrid system combining rigid structural elements with flexible elastomeric components. The composite structure provides both the security of rigid retention and the flexibility of elastomeric deformation, simultaneously satisfying both requirements that were previously contradictory.

The patent applies merging by integrating the fastener retention function directly into the engine component structure rather than using separate, independent fastener retention devices. The retention features are formed as integral parts of the component itself, combining the structural element with the retention function. This eliminates loose retention devices that could be lost during handling while maintaining secure fastener captivity.

The patent implements self-service by designing the engine component to provide its own fastener retention capability through integrated features. The component structure itself serves the dual purpose of structural support and fastener retention, eliminating the need for separate retention devices. This self-sufficient design prevents loss of retention components during shipping and assembly while maintaining fastening reliability.