WCSE

Design of Intelligent Graphene Facial Physiotherapy Instrument Based on Concept of Comprehensive Health

Abstract— In order to develop an intelligent facial physiotherapy instrument for facial paralysis relying on traditional Chinese medicine physiotherapy, the product is designed through a complete design process centered on the user. Use observation method, questionnaire method, interview method, card classification method to conduct research, and analyze the design principles through expert interview method and AHP. Combining the ergonomic data of the human face, comprehensively considering the material properties and production and processing technology, a model of the facial physiotherapy instrument is designed. And debug according to the prototype of the product to establish an intelligent service system for the product. Designed an intelligent facial physiotherapy instrument supported by the three technologies of graphene releasing far-infrared waves, electric pulse output micro-current, and variable frequency mechanical vibration, and made up for the lack of functions of existing products on the market by integrating new technologies and innovative applications. Provide new ideas for facial paralysis rehabilitation and facial physiotherapy.

Index Terms— facial physiotherapy instrument, graphene, technology integration, product development, service system.

Xin Li
School of Design, South China University of Technology, China
Yangji Zhang
Advanced Manufacturing Industry Department, Guangzhou Industry & Trade Technician College, China
Huabin Wang
School of Design, South China University of Technology, China

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Cite: Xin Li, Yangji Zhang, Huabin Wang, " Design of Intelligent Graphene Facial Physiotherapy Instrument Based on Concept of Comprehensive Health, " WCSE 2022 Spring Event: 2022 9th International Conference on Industrial Engineering and Applications, pp. 1057-1065, Sanya, China, April 15-18, 2022.