Abnormal Foot Arch Rehabilitation Aid System Based on Gait and Plantar Three-dimensional Data

Abstract

Using plantar three-dimensional data scanning and gait analysis methods, the abnormal foot arch rehabilitation aid system establishes a non-contact plantar three-dimensional data model to reduce the dysfunction of the plantar musculoskeletal system through personalized remote diagnosis system for abnormal foot arch. Using this abnormal foot arch rehabilitation aid system, it is possible to help patients with abnormal foot arch keep abreast of their rehabilitation process and achieve home rehabilitation during the epidemic. In addition to flexibility, high spatial resolution and individualized innovation, this system can make real-time measurement of the distribution of positive pressure and shear force on the plantar interface, acquire accurate geometric models and have access to high-quality plantar three-dimensional coordinate data. This system also collects abundant data during the treatment of physiological foot arch abnormalities in children under 10 years old. The conclusion proves that the system is not only applicable to adults, but also can play an important correction role in children's foot development and health.