| dc.description.abstract | In recent years, biomechanics and sport medicine advance vigorously and make the people gradually pay much attention to the foot diseases. Everyone has more or less defect of biomechanics, but not all abnormal biomechanics can lead to the effect in clinical symptoms, this research use 2D and 3D foot shape models as the reference basis to make custom-made insoles, which can let users adjust the structure of biomechanics of body by wearing them in daily life. That offers a more ideal, effective, convenient way to treat without influence daily life.
In addition, wearing high-heeled shoes also change the biomechanics while standing and walking. The injuries that often caused including: ankle spraining, pains in the loins and back, accelerating the knee joint to wear and tear etc. We can take the foot shape and foot pressure as the basis of improving the designs of high-heeled shoes or making custom-made insoles of high-heeled shoes. These are our targets of make a pair of high-heeled shoes that consider healthy ideas. Therefore, we work out a device of measuring the foot pressure while wearing high-heeled shoes. We also produce some measuring models that consider different design factors. By analyzing the data that we got from experiments, we can determine that use the traditional instrument to print foot pressure while wearing high-heeled shoes by ink is not a suitable way. So we have to develop another proper measure instrument to get correct data for analysis. Through the data, we can get the optimal curve of the base of high-heeled shoes, and to serve as a standard for shoes manufacturing industry, let more women walk in more beautiful and healthier gait. | en_US |