International Journal of New Developments in Engineering and Society, 2020, 4(1); doi: 10.25236/IJNDES.040107.
College of Design and Innovation, Wenzhou Polytechnic, Wenzhou 325035, China
Using X-ray and plantar pressure test technology, the plantar pressure data of hallux valgus foot group and normal foot group were collected, and the foot landing time and foot support period turnover characteristics were analyzed. The differences of foot landing time, foot support period turnover between hallux valgus group and normal group were compared, and the influence of foot movement characteristics was also analyzed According to the analysis and processing, the reference data base for improving the design of hallux valgus orthopedic shoes is formed. The design suggestions of hallux valgus orthopedic shoes are put forward.
Hallux valgus, Plantar pressure, Landing time, Comparative analysis
Shiyi Shu. Comparative Analysis of the Position Characteristics of Hallux Valgus Based on Kinematic Angle and Design Suggestions of Orthopedic Shoes. International Journal of New Developments in Engineering and Society (2020) Vol.4, Issue 1: 41-51. https://doi.org/10.25236/IJNDES.040107.
 Yuan Gang, Zhang muxun, Wang Zhongqin, Zhang Jianhua(2004). Analysis of plantar pressure distribution and its influencing factors in normal people. Chinese Journal of physical medicine and rehabilitation, no.3, pp.156-157.
 Luo Jiong(2007). Application characteristics of plantar pressure distribution measurement technology. China tissue engineering research and clinical rehabilitation, no.9, pp.156-162.
 Ying Shuyan, Zhang Qingmin, Zhang Zhiyuan, et al. (2010). The change of pressure distribution of plantar forefoot caused by hallux valgus. Medical biomechanics, no.3, pp.68-73.
 Gu Xiangjie, GUI Jianchao,Ma Xin, Chen Jinsong, Xia Xinlei(1999). Metatarsophalangeal relationship and hallux valgus. Chinese Journal of orthopaedic surgery, no.5, pp.9-16.
 Wen Jianmin, Zhong Honggang, et al. (1999). Plantar pressure of normal foot and valgus foot. Chinese Journal of orthopaedics, no.6, pp.102-106.
 Sun Tianhui(2015). Effect of sole structure on dynamic pressure and landing characteristics of sole. China leather, no.6, pp.12-19.