Sole structure and method of use

Abstract

A shoe sole structure, comprising a base and a plurality of anti-slip parts; the base has a plurality of joint seats, each of which has a joint groove, the bottoms of the anti-slip parts are respectively arranged in the joint grooves, and the bottoms of the anti-slip parts The outer periphery is combined with the groove wall of the combination groove, so that the anti-slip part is not easy to disengage from the combination groove. A method of using a shoe sole structure, which includes obtaining data on the force distribution of a user's foot when walking through an analysis means; The material selection of the parts.

Description

technical field [0001] The present invention relates to shoes; in particular, it refers to a sole structure provided with anti-slip parts. Background technique [0002] Today, the public is already accustomed to wearing shoes to go out. Shoes can not only protect the feet from gravel or sharp objects, but also slow down the reaction force when stepping or exercising. Not only that, shoes have also become a medical product to adjust The arch of the foot or the addition of infrared materials to promote the blood circulation of the feet and achieve medical effects; whether it is medical shoes, sports shoes or leisure shoes, the most important structure is nothing more than the upper and sole, and the shoe’s The most vulnerable part of the structure is the sole, and the friction generated by the contact between the sole and the ground is the most important factor for safety and comfort when walking. [0003] The known sole can be summarized into two parts, one is the base struc...

AI Technical Summary

Problems solved by technology

[0003] The known sole can be summarized into two parts, one is the base structure bonded to the shoe, and the other is the anti-slip structure in contact with the ground. Most of the base structure and the anti-slip structure are integrally formed, so the material The choice is relatively inelastic, or a two-piece design is adopted, and the whole piece of anti-slip structure is pasted on the base structure. If the base structure and the anti-slip structure are made of different materials, the material expansion coefficient of the base structure and the anti-slip structure The material expansion coefficient of the structure is very different. At this time, the base structure and the anti-slip structure are easy to separate due to factors such as temperature changes or external forces. Therefore, how to provide a sole structure that allows the anti-slip structure to be firmly installed on the base structure is an important subject

Images