Shoe soles capable of customizing support property of shoe heels

Abstract

The invention relates to a pair of shoe soles capable of customizing support property of shoe heels. The pair of shoe soles comprises shoe sole main bodies, wherein a support accessory is buckled at the shoe heel part of each shoe sole body and comprises at least one inner layer wing part, at least one outer layer wing part and a connecting part; each connecting part is embedded into the tail endof the corresponding shoe sole body, and extends to both sides of the corresponding shoe sole body; each inner layer wing part and each outer layer wing part are respectively arranged at both sides ofthe corresponding part and respectively extend along the inner side and outer side of the corresponding shoe sole body; the property parameter of the inner layer wing part and / or the outer layer wingpart of each shoe sole body is changed, so as to realize the function of customizing the support property of each shoe sole. The pair of shoe soles has the advantages that by buckling each support accessory at the corresponding shoe heel part, the support property of each shoe heel part can be adjusted; by selecting the inner layer wing part and the outer layer wing part with different property parameters, the support property of the side surfaces of two sides of each shoe heel part are adjusted, the effect of personalized demand is realized, and the requirement of personalized foot type of different consumers is met.

Description

technical field [0001] The invention relates to the field of component parts of footwear, in particular to a shoe sole with customizable heel support. Background technique [0002] Due to the particularity of the foot structure and the influence of some objective factors, human foot types can be divided into three types: median foot / normal foot, pronation foot / valgus type, and external rotation foot / pronation type. Most of the foot types are center foot / normal foot, pronation foot / valgus type, and only a very small number of people are pronation foot / pronation type. Get used to making appropriate adjustments, such as internal rotation or external rotation, and the problems caused by excessive internal rotation or insufficient internal rotation have certain safety hazards and physiological damage. Therefore, it is necessary to carry out corresponding auxiliary design for the sole of sports shoes. Eliminate this bad effect. [0003] Most professional running shoe manufacture...

AI Technical Summary

Problems solved by technology

[0002] Due to the particularity of the foot structure and the influence of some objective factors, human foot types can be divided into three types: median foot / normal foot, pronation foot / valgus type, and external rotation foot / pronation type. Most of the foot types are center foot / normal foot, pronation foot / valgus type, and only a very small number of people are pronation foot / pronation type. Get used to making appropriate adjustments, such as internal rotation or external rotation, and the problems caused by excessive internal rotation or insufficient internal rotation have certain safety hazards and physiological damage. Therefore, it is necessary to carry out corresponding auxiliary design for the sole of sports shoes. eliminate this adverse effect

[0003] Most professional running shoe manufacturers basically divide their products into 2-3 series to meet the needs of the above three foot types respectively. Know your own foot type and the target brand's product series suitable for the corresponding foot type, but due to many brands, products, and product updates, it is often time-consuming and laborious for consumers, and it is difficult for consumers to choose a central and suitable product; secondly This program requires producers and sellers, especially the sellers to need more training to recognize customer needs and complete sales; finally, due to the diversity of consumers, such as weight differences, running postures, running distances, etc. As a result, the degree of varus or valgus of each person's foot is not consistent, and the support performance requirements for shoes are also different. It is obviously difficult for existing technologies to effectively meet this personalized and dynamic changing demand.

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