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首页> 外文会议>International Conference on Manufacturing Engineering and Process >Tools for Automated Design of Intermittent Mechanisms with Radial Parallel Cams
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Tools for Automated Design of Intermittent Mechanisms with Radial Parallel Cams

机译：径向平行凸轮的间歇机构自动设计工具

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The paper deals with the kinematics and automated calculation of intermittent mechanisms with radial cams. Currently, electronic cams are increasingly applied in the drives of working link mechanisms. Despite a huge advantage of electronic cams in their re-programmability or instantaneous change of displacement diagrams, conventional cam mechanisms have an irreplaceable role in production and handling machines. With high frequency of working cycle periods, the dynamic load of the proper servomotor rotor increases and efficiency of electronic cams strongly decreases. Though conventional intermittent mechanisms with radial cams are representatives of fixed automation, they have distinct advantages in their high speed (high dynamics), positional accuracy and relatively easy manufacture. We try to remove the disadvantage of firm displacement diagram by reducing costs for simple design and automated calculation that leads reliably to high-quality and inexpensive manufacture.
机译：本文涉及具有径向凸轮的运动学和自动计算间歇机构。目前，电子凸轮越来越多地应用于工作链路机制的驱动器中。尽管电子凸轮在重新编程性或位移图的瞬时变化中，但传统的CAM机制在生产和处理机器中具有不可替代的作用。具有高频率的工作周期，适当的伺服电机转子的动态负载增加，电子凸轮的效率强烈降低。虽然具有径向凸轮的传统间歇机制是固定自动化的代表，但它们具有高速（高动态），位置精度和相对容易的制造具有明显的优势。我们试图通过降低简单的设计和自动计算的成本来消除坚固位移图的缺点，以可靠地致电高质量和廉价的制造。

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