Wire Mesh Coil Geometry for Higher Load Capacity

The patent applies local quality by varying the pitch angle of coil sections along the helix length. Different sections have different pitch angles optimized for their specific load conditions, with sections experiencing higher loads having pitch angles that provide greater strength, while sections with lower loads have pitch angles optimized for other performance characteristics. This allows each local region of the wire mesh to have the optimal geometry for its functional requirements.

The patent implements parameter changes by systematically varying the pitch angle parameter along the length of the helix. The pitch angle is changed from a first value in initial sections to a second different value in subsequent sections, creating a gradient structure. This parameter variation enables the wire mesh to achieve superior load-bearing capacity and resilience compared to uniform geometry, while the changes are implemented through controlled manufacturing processes.

The patent applies local quality to bending points by providing different geometric configurations for bending points located in different regions of the helix. Bending points in sections with different pitch angles have corresponding adaptations in their geometry, allowing each bending point to be optimized for the specific stress conditions it experiences in its local region, thereby enhancing overall resilience.

The patent implements dynamics by creating bending points with varied geometries that can dynamically adapt to different loading conditions. The different bending point configurations allow the structure to respond more effectively to varying stress states, improving resilience by distributing and managing loads more efficiently across the wire mesh structure.