Development of lower limb rehabilitation evaluation system based on virtual reality technology
conference contributionposted on 02.08.2017 by Shihui Shen, Chang Gao, Yong Zhao, Haojian Lu, Yajing Shen, Chunbao Wang, Tongyang Sun, Quanquan Liu, Qing Shi, Jianjun Long, Yulong Wang, Zhengzhi Wu, Jian Qin, Weiguang Li, Massimiliano Zecca, Atsuo Takanishi
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Nowadays, with the development of the proportion of the elderly population in the world, several problems caused by the population aging gradually into people's horizons. One of the biggest problems plagued the vast majority of the elderly is hemiplegia, which leads to the vigorous development of the physical therapists. However, these traditional methods of physical therapy mainly rely on the skill of the physical therapists. In order to make up the defects of traditional methods, many research groups have developed different kinds of robots for lower limb rehabilitation training but most of them can only realize passive training which cannot adopt rehabilitation training based on the patients' individual condition effectively and they do not have a rehabilitation evaluation system to assess the real time training condition of the hemiplegic patients effectively. In order to solve the problems above, this paper proposed a lower limb rehabilitation evaluation system which is based on the virtual reality technology. This system has an easy observation of the human-computer interaction interface and the doctor is able to adjust the rehabilitation training direct at different patients in different rehabilitation stage based on this lower limb rehabilitation evaluation system. Compared with current techniques, this novel lower limb rehabilitation evaluation system is expected to have significant impacts in medical rehabilitation robot field.
Research supported by ITC Platform Research Projects 9440144, Shenzhen-Honkong Joint Research Project SGLH20150211093607169, and China Post-doctor Research Foundation 2015M580759.
- Mechanical, Electrical and Manufacturing Engineering