3D Mesh Footwear Sole for Localized Arch Support

The patent applies local quality by incorporating irregularly shaped portions with protruding plate structures into specific regions of the three-dimensional mesh structure. These irregular portions are strategically placed in areas requiring enhanced support (such as foot arch regions), creating localized variations in deformability. The regular mesh structure maintains overall shock absorption, while the irregular portions provide targeted support characteristics, resolving the contradiction between general deformability and localized deformability differences.

The patent employs the nesting principle by embedding irregularly shaped portions directly within the three-dimensional mesh structure. The protruding plate portions are integrated into the mesh framework, with the irregular portions nested within the cellular structure. This nesting approach allows the complex support function to be achieved without adding separate external components, as the irregular portions are contained within and become part of the overall mesh structure, thereby limiting the increase in structural complexity.

The patent utilizes porous materials by employing a three-dimensional mesh structure as the base framework for the shock absorbing portion. This mesh structure inherently provides high porosity, allowing significant weight reduction while maintaining structural integrity. The irregularly shaped portions are integrated into this porous framework, enabling the sole to achieve high deformability and comfort during intense activity without requiring additional dense materials, thus maintaining low weight.