Whole shoe gait simulation device

Abstract

The invention discloses a whole shoe gait simulation device. The whole shoe gait simulation device comprises a management control system, a robot, a leg supporting component, a shoe last and a groundsimulation module. According to the whole shoe gait simulation device, the robot supports the leg supporting component, the leg supporting component is connected with the shoe last, the mode that theshoe last is used for tying a shoe is adopted, the robot can simulate various actions or motion modes of a person, and various testing modes are provided; and meanwhile, the shoe and the shoe last canbe adjusted and used according to a tested object, various motion environments can be simulated, the testing requirements of different shoe types can be met, the testing requirements of different crowds can be met, and the whole shoe gait simulation device has better adaptability especially for professional athletes.

Description

technical field [0001] The invention relates to shoes, in particular to a whole shoe gait simulation device for performing a folding test and an abrasion test on shoes. Background technique [0002] In the field of shoemaking, the folding test and the wear test are two important indicators for testing the quality and applicability of shoes, especially in the field of sports shoes, which have become the main indicators. Internationally, the folding endurance test generally requires that in the case of simulating normal walking of a human being, the continuous flexion ranges from 40,000 to more than 500,000 times to reach the specified index. The wear test requires a certain test time to examine the length of the wear marks on the outsole to measure the wear resistance of the outsole. In addition, the applicability of shoes has become the main topic of today's shoe design. Among them, the pressure on the forefoot and the pressure on the ankle and shoes are the main factors af...

AI Technical Summary

Problems solved by technology

[0005] However, because the mechanical foot is fixed and there is no adaptability to the shoe last, the test method of this patent application is only the action of running, the test action is single, and it can only realize the wear resistance test of the fixed sole, and cannot Abrasion tests are carried out according to different shoe types, and it is impossible to conduct targeted tests on the behavior patterns of human feet, especially different people have different walking styles and different wear-resistant parts, which is different from the wear caused by the flatness of mechanical feet or fixed soles The position difference is very large, and the data formed by the test of the above patent application can only be rough and inaccurate and cannot meet the actual test needs

Images