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前言曲柄滑块机构是机械方面应用相当普遍的一种特殊平面四杆机构。这种机构运动及动力性能的研究方法与平面铰链四杆机构有所不同。对于平面铰链四枰机构的研究,从其尺寸类型的空间模型及性能图谱,都已经开始系统化。但对曲柄滑块机构的性能分析和研究,至今尚缺乏一种较全面、较系统的研究方法。本文试图在这方面进行一些探讨,从对曲柄滑块机构传动角极值的分析着手,建立一种新的、包含这种机构所有尺寸类型的尺寸模型,并进而就尺寸类型对传动角极值的影响及模型中传
Foreword Crank slider mechanism is a very common plane mechanical four-bar mechanism. The mechanism for studying the kinematics and dynamics of this mechanism differs from that of a planar hinged four-bar linkage. For four-plane hinge plane mechanism research, from the size of the type of space model and performance maps, have begun to systematize. However, there is still a lack of a comprehensive and systematic research on the performance analysis and research of crank-slider mechanism. This article attempts to make some discussions in this respect. Starting from the analysis of the extremum of the transmission of the crank-slider mechanism, a new dimensional model including all the dimensions of this mechanism is established. Then, Influence and model transmission