Frontiers in Educational Research, 2020, 3(8); doi: 10.25236/FER.2020.030802.
Wenzhou Polytechnic, Wenzhou 325035, China
Using the current advanced plantar pressure testing technology in the field of footwear, the plantar pressure data of hallux valgus foot group and normal foot group during walking were collected, and the plantar dynamic parameters of walking between the two groups were compared. The data were analyzed and processed by software, and the changes of the dynamic parameters of the normal lower limbs caused by hallux valgus of the foot were discussed, and the results showed that hallux valgus had an effect on human beings the influence of foot pressure distribution and transition. To provide a theoretical basis for the design of correction shoes for hallux valgus patients.
Hallux valgus, plantar pressure, locus of pressure center, comparative study
Shiyi Shu. Comparative analysis of dynamic angle characteristics of hallux valgus and design suggestions of orthopedic shoes. Frontiers in Educational Research (2020) Vol. 3 Issue 8: 6-11. https://doi.org/10.25236/FER.2020.030802.
 Zhang Wei (1998). Application of plantar pressure analysis in foot diseases [J]. Chinese Journal of orthopaedic surgery, no.3, pp.78-79.
 Luo Jiong (2007). Application characteristics of plantar pressure distribution measurement technology [J]. China tissue engineering research and clinical rehabilitation, no.9, pp.75-76.
 Tang Rongguang (1994). Measurement of static and dynamic pressure distribution of the foot in normal people [J]. Chinese Journal of biomedical engineering, no.2, pp.45-46.
 Yuan Gang, Zhang muxun, Wang Zhongqin (2004). Analysis of plantar pressure distribution and its influencing factors in normal people [J]. Chinese Journal of physical medicine and rehabilitation, no.3, pp.12-13.
 Sun Tianhui (2015). Effect of sole structure on dynamic pressure and landing characteristics of sole [J]. China leather, no.14, pp.78-79.