Ball Joint Compression Ring Structure for High-Load Durability

The patent applies local quality by creating a dual-density ring structure where the first portion has a first density and the second portion has a second density different from the first. This density variation is strategically positioned to distribute stress locally - the denser portion handles high-stress compression zones while the less dense portion manages tension zones, preventing uniform wear and extending component lifespan under high load conditions.

The patent employs composite materials through the dual-density ring design, combining two materials or material states with different densities within a single component. This composite structure allows the ring to simultaneously exhibit properties of both dense and less dense materials in different regions, optimizing both durability under compression and flexibility under tension, thereby resolving the contradiction between initial functionality and long-term durability.

The patent replaces thermal refinement processes with a mechanically formed dual-density ring structure. Instead of using heat treatment or thermal refinement to reduce friction, the invention achieves low-friction performance through the inherent properties of the dual-density configuration, where the material composition and structural design naturally minimize friction during operation, thereby simplifying the manufacturing process while maintaining reliability.

The patent applies parameter changes by fundamentally altering the density parameter of the ring material rather than using thermal processes. By changing the density distribution from uniform to dual-density, the patent achieves friction reduction through material parameter optimization instead of thermal refinement, simplifying manufacturing while maintaining or improving performance.