Manufacturing method and system for custom shoes based on pressure imaging and three-dimensional modeling technologies

Abstract

The invention relates to a manufacturing method and system for custom shoes based on pressure imaging and three-dimensional modeling technologies. The manufacturing method for the custom shoes comprises the steps of collecting foot pressure data; collecting source data by using a network; carrying out three-dimensional modeling; and manufacturing the shoes according to a three-dimensional model of the feet. The manufacturing system for the custom shoes comprises a data collection system, a data collecting and gathering device, a three-dimensional modeling device and a shoe manufacturing device. The manufacturing method and system can meet the foot health requirements of a user, operation of the user is time-saving and convenient, the shoe manufacturing efficiency is high and foot orthopaedics can be achieved.

Description

Technical field [0001] A method and system for making customized shoes based on pressure imaging and three-dimensional modeling technology belongs to the field of shoemaking. [0002] The term "insole of the shoe" refers to the position where the sole of the foot is stepped on, that is, the position where the sole of the foot touches after the foot is penetrated; the insole of the shoe includes both the plane (or curved surface) in contact with the sole of the foot and the plane ( (Or curved surface) under a certain thickness; in particular, the insole of the shoe may include an insole. [0003] The term "inner side of the upper", commonly known as the "inner" of the shoe, is the position where the upper part of the foot (including the toes, the back of the foot, the wrist, etc.) contacts. [0004] The term "shoes adhesive process" includes the following processes: fabric, lining cutting-upper making (including edge, hemming, sewing upper, etc.)-bottom making (including all kinds of ...

AI Technical Summary

Problems solved by technology

Its disadvantages are: (1) When the image data is converted into a 3D model, some data defects can only be compensated by the calculation results of fixed formulas (calculation based on foot length, weight, etc.), and the calculation formulas mentioned above are statistically significant In the final analysis, it is still a rough approximation process, which will obviously be different from the actual foot shape of the individual; (2) the way to obtain data is only image recognition, and there is no accurate plantar pressure test process in the entire shoe-making process, so it is impossible to Propose a solution for accurate pressure data; (3) The shoemaking method focuses on the sole manufacturing technology, and less consideration is given to the upper; (4) Limited to the current 3D printing efficiency, the shoe production cycle is longer; (5) Limited to the current 3D printing materials, the cost of shoes is relatively high

[0016] All in all, in the current shoe-making technology, there is no solution that can take into account the following elements at the same time: (1) the shoes completely or approximately match the foot shape; (2) meet the needs of foot health; (3) the production cycle is short; (4) Time-saving and convenient user operation; (5) Low production cost; (6) High comfort of shoes; (7) Shoes can be orthopedic; (8) Comprehensive consideration of foot images and pressure distribution data to obtain a complete foot data; (9) to meet the user's personalized (such as aesthetics) needs

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