这些加工方法涉及到往复进给运动、间歇分度运动等。
These methods cover to-and-fro feed movement andintermittent movement.
对平行分度凸轮运动谱的设计进行了分析研究，提出运动谱设计的准则。
Parallel Indexing disk motion spectra is analyzed and researched, and the general criteria of design of motion spectra is proposed.
双作用式平行分度凸轮机构对速比曲线的几何形态有特殊要求，这使得该机构的速比不能从同类机构现有运动规律中得到，而必须经过特殊设计。
The speed-ratio curve of double-action parallel indexing cam mechanism has special property in shape, which makes it is not available from present transmission function, but designed purposely.
蜗形凸轮分度机构是一种历史很短的新型高速间歇运动机构。
Worm CAM graduation machanism is a new type of high speed intermittent motion machanism that has very short history.
并结合实例，运用变形梯形加速度运动规律，通过微机计算，得出了该凸轮机构从动件的分度误差曲线。
With an example given, index error curve is obtained by applying acceleration law of deformed trapeze on a computer.
通过对余弦鼓形凸轮运动特征的分析，介绍了在普通卧式铣床上利用分度头和回转工作台拼装的铣余弦鼓形凸轮形面的工装，实践证明，可保证较好的加工质量。
Based on the analysis of the rotation of cosine drum cam, this paper introduces a special de- vice to mill this type of cam on the ordinary horizontal milling machine.
该款专利机床运用运动分度原理，在刀具和工件同时高速旋转时完成对工件的加工。
Patent machine use theprinciple of motion degree, which complete the workpiece during synchronizing the cutting tool with the workpiece.
运用运动分度原理，在刀具和工件同时高速旋转时完成对工件的加工。
Patent machine use theprinciple of motion degree, which complete the workpiece during synchronizing the cutting tool with the workpiece.
本文通过拼接运动规律在平压模切机输纸机构中的应用原理的论述，介绍了一种平行分度凸轮机构设计软件的原理。
This paper discusses the principle of combination cam curves and its application in the paper feeder of die-cutting machine. It introduces the fundamentals of a parallel indexing cam design software.
通过建立拼接运动规律的数学模型，论述了模切机输纸机构中平行分度凸轮运动规律的拼接方法。
By establishing the mathematical model of motion curve combination, this paper discusses the combination methods of parallel-indexing-cam curves in paper-feeding mechanism of die-cutting machine.
应用微机系统结合光电转换技术，建立了适用于各类间歇传动机构分度精度及运动参数测试的实验检测系统。
Objective By detecting expression changes of HSP70, the study provided basis for researching on mechanism of interval exercise training against myocardial ischemia reperfusion injure.
应用微机系统结合光电转换技术，建立了适用于各类间歇传动机构分度精度及运动参数测试的实验检测系统。
Objective By detecting expression changes of HSP70, the study provided basis for researching on mechanism of interval exercise training against myocardial ischemia reperfusion injure.
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