Dual-Nut Locking Assembly for Precise Bolt Tension Under Vibration

The locking nut is divided into two separate nuts: a first locking nut and a second locking nut. Each nut has its own recessed portion and internal threading. This segmentation allows each nut to be independently positioned and secured, enabling precise positioning of the first nut while the second nut provides additional locking. The separation resolves the contradiction by allowing precise positioning (improving manufacturing precision) while maintaining joint stability through the dual-nut locking mechanism (preserving reliability).

The bolt serves as an intermediary element between the two locking nuts. The bolt threads through both nuts, and the internal threadings of both nuts are substantially aligned, allowing them to be secured to the same bolt. This intermediary connection enables the first nut to be positioned with precision while the second nut provides additional locking force, resolving the contradiction between positioning precision and joint stability.

The locking function is segmented into two separate nuts, each with its own recessed portion for tool engagement. This segmentation allows the nuts to be installed and secured independently, providing redundancy for tension maintenance (improving reliability) while keeping each individual nut relatively simple in design (managing device complexity).

Both the first and second locking nuts serve multiple functions: they provide locking force to prevent loosening under vibration, maintain tension on the bolted joint, and can be independently positioned using a wrench engaged with their respective recessed portions. This multi-functionality improves reliability through redundant locking mechanisms while the standardized design of both nuts helps manage assembly complexity.