Foot type parameter measuring device and measuring method

Abstract

The invention discloses a foot type parameter measuring device and a measuring method. The device comprises a packaging box, a computer, a sole scanning testing platform, a plurality of cameras and a point light source with a grating. The sole scanning testing platform, the cameras and the point light source are respectively embedded in the packaging box. By the aid of actual integrating equipment, a plane scanner, the point light source and the two cameras are organically combined, so that the foot type parameter measuring device is formed, and a complete foot feature position, data information and a three-dimensional reconfigured foot model are directly provided.

Description

technical field [0001] The invention relates to the field of human body feature recognition, in particular to a foot shape parameter measuring device and a measuring method. Background technique [0002] Anthropometry is a science that uses measurement methods to study the physical characteristics of people. Its methods and data can be used to evaluate development and fitness from children to adults. Its information is the basis for formulating specifications and standards for shoes, hats, and clothing. Anthropologists and ethnologists use anthropometric data to study the relationship between various ethnic groups and the origin of ethnic groups. [0003] Walking (including standing and running) is the most common human movement phenomenon and is an important research content of exercise biology. What is inseparable from people's actions is foot measurement and shoe selection. Foot measurement is a part of human body measurement, and the accuracy of foot measurement play...

AI Technical Summary

Problems solved by technology

Obviously, manual location selection and measurement, such a large amount of repetitive labor, will cause many errors and the calculation accuracy is very limited

At the same time, under this condition, even if the data of the characteristic position of the foot is analyzed and processed, it is difficult to achieve a complete foot model and detailed data

[0005] However, the non-contact foot shape measuring instrument emerging abroad—especially the three-dimensional foot shape measuring instrument has relatively high measurement efficiency and accuracy, but the price is very high, and the related operations are relatively complicated, which is not conducive to large-scale promotion in production and life.

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