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本文从仿生学的角度提出了一种仿人体心脏器官以及血管管道的液气缓冲器,它含有类人体心脏器官的各大油腔和类人体血管循环的橡胶管道,设计出了它的基本结构,分析了它的工作原理,建立了其简单数学模型,并计算出了它的能量吸收率,为液气缓冲器的发展提供了一条新思路并奠定了一定的理论基础。
In this paper, we propose a biomimetic buffer that simulates human organs and vascular ducts, which contains the major oil chambers of human heart organs and the humanoid vascular circulation rubber tubing, and designs its basic structure , Analyzed its working principle, established its simple mathematical model and calculated its energy absorption rate, which provided a new idea and laid a theoretical foundation for the development of liquid-gas buffer.