Many studies have shown that rehabilitation robots are crucial for lower limb dysfunction, but application of many robotics have yet to be seen to actual use in China. This study aimed to improve a lower limb rehabilitation robot by details improving and practical design.
Structures and control system of a lower limb rehabilitation robot are improved in detail, including joint calculations, comfort analysis and feedback logic creation, and prototype experiments on healthy individuals and patients are conducted in a hospital.
All participating subjects did not experience any problems. The experiment shows detail improving is reasonable, and feasibility of the robot was confirmed, which has potential for overcoming difficulties and problems in practical application.
Therapeutic effects need to be evaluated in the future. Also, more details should be improved continuously based on the actual demand.
The improved robot could assist the lower limb during standing or walking, which has significance for practical application and patients in China.
This work was supported in part by China Central-level Public research Institutes Fundamental Special Research under Grant 1181500900101 and National Key Technology Research and Development Program of the Ministry of Science and Technology of China under Grant 2009BAI71B03. The authors would like to thank the contributions of Can-jun Yang (Zhejiang University) and Lin-hong JI (Tsinghua University), as well as help from Guo-xin PAN, Xiufeng ZHANG, Run JI Zhong-jun MO and Jun-chao GUO.
Li, J., Chen, D., Tao, C. and Li, H. (2017), "Synthesis and experiment of a lower limb exoskeleton rehabilitation robot", Industrial Robot, Vol. 44 No. 3, pp. 264-274. https://doi.org/10.1108/IR-10-2016-0255Download as .RIS
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