DOI QR Code
(동의과학대학교)
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(동의과학대학교 전자과)
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(동의과학대학교 산업디자인과)
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(부산대학교 기계공학부)
(Division of Mechanical Engineering, Dongeui Institute of Technology)
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(Electronic Engineering, Dongeui Institute of Technology)
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(Industrial Design, Dongeui Institute of Technology)
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(Mechanical Engineering, Pusan National University)
In recent years, there has been an increasing demand for healthcare services that can periodically monitor health status and maintain health by increasing the weight training population. However, injuries in the absence of trainer are increasing with the increase in the number of members in the fitness training center. Therefore, there is a need for a system that can periodically monitor the user's exercise state and assist in systematic and safe exercise even when the trainer is absent. In this study, we developed an auto training system that can effectively manage the exerciser while supporting the strength movement. The auto training system consists of a cable mount module, a control module, and a training information monitoring module. In order to evaluate performance of the developed system, the assistant force tests are carried out. Experimental results showed that the assistant force works well when the exerciser is out of power.