SOLE STRUCTURE FOR ARTICLE OF FOOTWEAR

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SOLE STRUCTURE FOR ARTICLE OF FOOTWEAR - A simplified explanation of the abstract

This abstract first appeared for US patent application 18606833 titled 'SOLE STRUCTURE FOR ARTICLE OF FOOTWEAR

The abstract describes a sole structure for an article of footwear with two annular groups of traction elements arranged along different annular zones.

The first and second annular groups include directional traction elements arranged in a specific rotational direction.
Optionally, an omnidirectional traction element may be included in the first annular group at a location with low alignment between different torsional movements.
The directional traction elements can be unidirectional or bidirectional at locations with moderate to high alignment between torsional movements.

Potential Applications: - Athletic footwear - Hiking boots - Work boots

Problems Solved: - Improved traction on various surfaces - Enhanced stability during different movements

Benefits: - Better grip and traction - Reduced risk of slipping - Increased comfort and performance

Commercial Applications: Title: Enhanced Traction Sole Structure for Footwear This technology can be used in various types of footwear to improve traction and stability, catering to athletes, outdoor enthusiasts, and workers in various industries.

Prior Art: Further research can be conducted in the field of footwear traction technology to explore similar innovations and advancements.

Frequently Updated Research: Stay updated on the latest developments in footwear traction technology to incorporate cutting-edge features into future designs.

Questions about Enhanced Traction Sole Structure for Footwear: 1. How does this technology compare to traditional sole structures in terms of performance? 2. What materials are typically used for the traction elements in this type of footwear technology?

Original Abstract Submitted

A sole structure for an article of footwear includes a first annular group of traction elements arranged along a first annular zone and a second annular group of traction elements arranged along a second annular zone concentric with the first annular group. The first and second annular groups of traction elements include a plurality of directional traction elements arranged in a first rotational direction about a common rotation zone. Optionally, the first annular group of traction elements may include an omnidirectional traction element arranged at a location associated with a relatively low degree of alignment between radii of rotation corresponding to different torsional movements of the sole structure during use. The directional traction elements may include unidirectional traction elements or bidirectional traction elements at locations associated with moderate to high degrees of alignment between radii of rotation corresponding to the different torsional movements.