Key Scientific Problems of Digital Implementation of Traditional Chinese Medical Massage
Document Type
Article
Publication Date
2-29-2016
Description
Searching with the key word “measuring instrument of traditional Chinese medical massage” in CNK, 62 academic literature papers can be found. According to statistics, research of “measuring instrument of traditional Chinese medical massage” are carried out in 5 directions, including normalized operation, high-tech based teaching and training, perception analysis of massage manipulation force, the structural design of robot, and the design of measuring instrument. As the manipulation of traditional Chinese medical massage is a multi-field medical effect, without the supporting of measurement of high-tech based multi-field sensor of massage actions, the quantification, normalized and standardized operation, scientific and modern teaching, microcosmic, precise and quantified perception, robotized and intellectualized actuation implementation, and design of measuring instrument are hard to realize. Meanwhile, the online diagnosis and treatment service model of traditional Chinese medical massage based on “internet plus” depends on the establishment of digital database of massage manipulation, which is based on the creation of high-tech sensor system of traditional Chinese medical massage measurement. Thus, the measuring sensor of the traditional Chinese medical massage manipulation is an unavoidable key scientific problem for scientific, normalized, and internet-enabled traditional Chinese medical massage. Flexible fiber grating sensor array will be a research direction for implementing multi-field measurement of traditional Chinese medical massage manipulation.
Citation Information
Wang, Han Xi; Zheng, Xiao Jun; Hu, Jia Wen; and Wang, Yu Jia. 2016. Key Scientific Problems of Digital Implementation of Traditional Chinese Medical Massage. Wuhan Ligong Daxue Xuebao/Journal of Wuhan University of Technology. Vol.38(2). 111-117. https://doi.org/10.3963/j.issn.1671-4431.2016.02.020 ISSN: 1671-4431