The Innovative Design of Exoskeleton Robot as Dance Realia Based on TRIZ Theory

Abstract

With the increasing richness of people's cultural life, the density of learning gymnastics, dance, fitness and other sports activities gradually increase, and more and more users will pay more attention to the accomplishment of dance art and exercise of gymnastics. However, owing to the improper practice, many students have muscle strain, ligament tear, dislocation of muscles and bones and other injuries, which may need a long-term recovery at later stage, and some injuries may even last a lifetime to influence the physical and mental health of students. Therefore, the author makes user cards, finds and concludes user pain points, excavates function requirements, and uses KJ analysis methods, KANO model to establish product function model through researches on user background based on the study of TRIZ theory. The user problems are solved and the function requirements are realized through the exploration and application of TRIZ theory, matter-field model analysis and other methods, so as to explore the practice method conductive to students, design the exoskeleton robot as dance realia, and provide scientific and effective auxiliary training and safety protection for users.It is crucial to improve the quality of dance, gymnastics and other sports education.