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Structural Stability Analysis of Connectors for an Electric Handbike
서한울(Han Wool Seo),김대동(Dae Dong Kim),고철웅(Cheol Woong Ko),이준흠(Joon Hmm Lee),배태수(Tae Soo Bae) Korean Society for Precision Engineering 2015 한국정밀공학회지 Vol.32 No.5
Electric handbike can be easily detachable to various sizes of manual wheelchair and the elderly and people with disabilities can use them easily. Therefore, connectors used for coupling between the handbike and manual wheelchair must secure structural stability for occupant safety. However, related research is rare. The aim of this study is to find the connector with highly structural stability by comparing static and dynamic mechanical characteristics among three typical connectors(a snatch lock, a slide latch, and a fastener) by computational simulations. To perform static and dynamic simulation, we referred to durability test based on Korean Standards and then calculated mechanical stresses in connectors. The results showed that the snatch lock addressed the lowest von-mises stress under the same mechanical condition. Therefore when using the combination of a handbike and a wheelchair, we concluded that the snatch lock is considered as the structurally stable connector to structural stability and usability.