Inverted arch-shaped undersole of cushioning quick-elastic system

Abstract

The invention provides an inverted arch-shaped undersole of a cushioning quick-elastic system, which is more excellent in damping and resilience effects, has cushioning and quick-elastic functions, plays a role in buffering and rebounding a heel when a wearer wears the undersole, is excellent in buffering and rebounding effects, and is beneficial to walking of the wearer. The undersole comprises an elastic undersole main body, a buffering and rebounding device, and a springback notch, wherein the front end and the rear end of the elastic undersole main body are both warped upwards to form a ship shape; the buffering and rebounding device is arranged in the elastic undersole main body, located at the heel position and used for buffering and rebounding the heel when the undersole is worn; and the springback notch is formed in the elastic undersole main body, is positioned at the arch position, is communicated with the buffering and rebounding device and is used for being matched with the buffering and rebounding device to improve the springback effect of the elastic undersole main body when the undersole is worn.

Description

technical field [0001] The invention relates to the technical field of outsoles of shoes, in particular to an outsole of an anti-bow-shaped shock-absorbing quick-elastic system. Background technique [0002] Shoes are requisite articles for daily use in people's daily life, and along with the raising of living standard, people's requirement to shoes is more and more, higher and higher, especially to the requirement of the outsole of shoes. [0003] Chinese Patent No. CN200920139727.2 discloses a three-dimensional dual shock-absorbing shoe sole, which is composed of a high-elastic and ultra-light midsole, a carbon rubber outsole, a high elastic body, and a double shock-absorbing body. At the heel position of the elastic ultra-light midsole, there is a double shock-absorbing body under the high elastic body, thus forming a double shock-absorbing structure. The forefoot part of the carbon rubber outsole is directly compounded on the high-elastic ultra-light midsole, and the hee...

AI Technical Summary

Problems solved by technology

[0007] The rebound effect of the outsole itself is poor, and it does not have the function of cushioning and quick bounce. When the wearer walks, the cushioning and rebound effect between the outsole and the foot is poor, which is not conducive to the wearer's walking.

Images