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CLOCK MECHANISM FUNDAMENTALS FOR EDUCATION - MODELING AND ANALYSIS

机译:教育的时钟机制基础 - 建模与分析

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Time keeping devices have been designed, fabricated, and widely deployed throughout history to regulate daily functions including commerce and transportation. In addition, horology offers a catalog of mankind's innovation and demonstrates important scientific and engineering concepts. The investigation and analysis of clock systems from a mechatronics perspective illustrates the evolution of gear systems, feedback control, and transformation of energy for time measurement. In this paper, the operational behavior of an eight day mechanical clock has been studied through mathematical models, numerical simulation, and computer animation. The classroom exploration of time keeping mechanisms offers practical applications of physical principles.
机译:在整个历史中设计,制造和广泛部署的时间保持设备,以规范包括商业和运输的日常功能。此外,Horology还提供了人类的创新目录,并展示了重要的科学和工程概念。机电一体化视角下时钟系统的调查与分析说明了齿轮系统的演变,反馈控制和时间测量能量的转换。在本文中,通过数学模型,数值模拟和计算机动画研究了八日机械时钟的操作行为。课堂探索时间保存机制提供了物理原则的实际应用。

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