The Research And Design Of Tennis Functional Shoulder

With the popularity of protective sports knowledge, sports protective equipment with high performance has gradually become the new darling of sports equipment. In this thesis, through the data summarized and Experimental Research on the tennis movement characteristics and characteristics of human motion, according to the function demand of tennis to study and construct dynamic templates, and thus as the foundation to carry out the research and development of the function of shoulder. the research procedure as followings :(1)Through the literature research method from the tennis sports characteristic obtains the tennis sports injury type and the protection demand;(2)Through the literature research analysis of the human body shoulder bone in tennis, joints, muscles, and the motion state of body surface skin nerve tissue, etc;(3)Through the questionnaire survey, product market research analysis summarizing the motion door needs to shoulder and existing products existing problems;(4)Through the experimental method, the heat and moisture changes in human body are analyzed, and the main heat and moisture partition and muscle function partition of human body surface are obtained;(5)Through the experimental method to measure the human body in the static and dynamic body surface tension change and analysis of the law of the body surface tension;(6)The dynamic foundation model is constructed by means of body surface size and variation law;(7)By the tennis movement characteristics, heat and moisture function partition, partition of muscle function, integration of surface tension change induction, established the basic function design, and combining with dynamic foundation model, complete the function of the shoulder for product research and development production and evaluation;(8)Finally, according to the tennis movement function shoulder structure research and application design process to draw a approach to the study of high performance sports shoulder. The results of this study for pattern design and function design of the motor function of shoulder and other protective equipment has high practical significance.