This article deals with the stepping mechanism of the cylindrical cam type.
本文应用“齿轮啮合原理”来研究圆柱凸轮式步进机构。
This paper deals with practical machining methods for index cylindrical cam.
本文讨论了圆柱蜗形分度凸轮的实用加工方法。
And has completed the cylindrical CAM numerical control processing in the machining center.
并在加工中心上完成了圆柱凸轮的数控加工。
The core part of the piston CAM engine is the spatial cylindrical CAM with dual surfaces, whose profile affects the overall engine performance.
凸轮活塞式发动机的核心部件为双面空间圆柱凸轮，其轮廓曲线将影响发动机的工作性能。
This paper mainly describes the NC technique of machining dual-curved cylindrical CAM with turning center, programming and analysis of error-machining.
介绍了采用车削中心加工双侧曲面圆柱凸轮的加工工艺、数控加工程序的编制及圆柱凸轮型面的加工误差分析。
Starting from the simulated grinding processing principle of a cylindrical CAM, the author analyzed the reasons why the CAM lifting errors would be occurred.
从圆柱凸轮仿形磨削加工原理入手，分析了凸轮升程误差的产生原因。
This Paper introduces anew mechanism of the differential CAM, in which the work between cylindrical CAM and relating roller is carried out by the differential principle.
本文介绍了一种新型的凸轮机构，其中的圆柱凸轮与相应滚子之间按照差动原理进行工作。
Cylindrical CAM machined by digitized generation technology is successful in practical test, which reduces the heavy workload, improves the cylindrical CAM's manufacturing and working precision.
运用数字化创成技术加工的圆柱凸轮，经实践检验，是成功的，减少了当前圆柱凸轮加工中的人为干预和繁重工作量，提高了圆柱凸轮的加工精度和工作精度。
Mathematical formulas are derived comprehensively and systematically for the profile coordinate, pressure Angle and radius of curvature of the cylindrical CAM with an oscillating roller follower.
本文较为全面系统地推导了摆动滚子从动件圆柱凸轮的廓线、压力角及廓线曲率半径方程，并讨论了该种凸轮机构在各种运转情况下与之相适用的方程。
Mathematical formulas are derived comprehensively and systematically for the profile coordinate, pressure Angle and radius of curvature of the cylindrical CAM with an oscillating roller follower.
本文较为全面系统地推导了摆动滚子从动件圆柱凸轮的廓线、压力角及廓线曲率半径方程，并讨论了该种凸轮机构在各种运转情况下与之相适用的方程。
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