Method for performing personalized foot shape health detection through foot motion state

Abstract

The invention discloses a method for performing personalized foot shape health detection through a foot motion state. The method comprises methods which are adopted in each link of closed ring flow ofacquiring, denoising, performing feature extraction, performing feature fusion, modeling and performing model adaptive perfection, and has the following advantages: the integrated feature and the local feature are organically fused; the algorithm can continuously perform self improvement along with the increment of sample quantity; the detection information is comprehensive; the cost is reduced;certain health detection can be conducted according to the foot motion state; meanwhile, the most appropriate shoe shape can be selected according to the individual foot shape.

Description

Technical field: [0001] The invention relates to the technical field of foot shape health detection, in particular to a method for personalized foot shape health detection through foot movement states. Background technique: [0002] Foot type detection plays an important role for shoe companies to select the most suitable shoe type for customers according to individual foot type private custom shoes and shoe sales stores. [0003] There are three commonly used methods for foot shape detection in the industry: image method, pressure method and acceleration method. The above three methods are used in different types of stores to collect foot shape data. Each has advantages and disadvantages: image method: can be comprehensive The data above the soles of the feet are collected, but the force on the soles of the feet cannot be judged; the pressure method: can collect the plantar pressure, but the feet have different sizes, fat and thin types, and different types of plantar press...

AI Technical Summary

Problems solved by technology

[0003] There are three commonly used methods for foot shape detection in the industry: image method, pressure method and acceleration method. The above three methods are used in different types of stores to collect foot shape data. Each has advantages and disadvantages: image method: can be comprehensive The data above the soles of the feet are collected, but the force on the soles of the feet cannot be judged; the pressure method: can collect the plantar pressure, but the feet have different sizes, fat and thin types, and different types of plantar pressure sensors are required; the acceleration method: can be used separately Test ground contact position, ground contact time, ground contact impact force, flight time, flight height, internal and external rotation, internal and external rotation, etc. For overweight, ultra-thin, or pathological internal and external rotation, internal and external rotation, internal and external rotation cannot be accurately judged , need the assistance of pressure method and image method

[0004] The above three methods are used at the same time, and the information is the most comprehensive, but the cost increases. At the same time, when used in a store with a large flow of people, it will burden both transmission and computing resources.

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