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1·The kinematics characteristic of a press slide can be changed obviously by the ellipse gears and crank gear in series.

具有变速传动特性的椭圆齿轮机构串联曲柄滑块机构能够明显改变传统压力机滑块的运动特性。

2·A strong interaction exists between the vacuum cycle and the heating cycle on the crank gear box (do or not do the heating cycle?)

曲轴齿箱中的真空循环与加热循环之间存在的巨大交互感应(做还是不做加热循环？)

3·This paper provides a method for calculating the influence of parametric deviation of crank gear on balancing quality of internal combustion engines.

本文提出一种计算曲柄连杆机构参数偏差对内燃机平衡性能影响的方法。

4·In this paper the mathematical model of optimal design of the double-gear crank mechanism for generating a function is first established.

本文首次建立了实现函数的双齿轮曲柄机构优化设计的数学模型。

5·Motion state of the plate turnover machine of gear drive type, double-arm crank rocker type and hydraulic type has been analyzed deeply.

对齿轮传动式、双臂曲柄摇杆式、液压式翻板机的运动状态进行了较深入的分析。

6·With an adjustable crank pin to control the length of stroke. As the bull gear rotates, the rocker arm is.

惠氏机构的电机转动重载齿轮，驱动一个带有可调整销钉的曲柄以便控制进、回程的长度。

7·In this paper, the adjustment parameters of universal rolling disk in gear grinding machine, such as generating length, eccentric distance of generating and differential crank disk are calculated.

对磨齿机中常用的展成机构——万能滚圆盘的工作台展成长度、展成和差动曲柄盘的偏心量调整的计算过程进行了推导分析。

8·The whole finite element model includes 5 nodes and 5 elements, and these element types are D. C. motor element, reduction gear element, beam element, crank element and buffer element.

有限元模型包括5个节点和5个单元，这些单元分别是直流电机单元、齿轮减速器单元、梁单元、曲柄单元和缓冲器单元。

9·A new traverse gear is introduced with the slotted CAM instead of crank guide, meanwhile, a motion law is induced with a motion equation.

同时，针对沟槽凸轮特点，提出新的运动规律，推导了运动方程，并对三种运动规律进行了比较。

10·Revolves, canned, the V-belt pulley organization, the CAM gear, the crank slide, the bevel gear.

旋转、罐装、槽轮机构、凸轮机构、曲柄滑块、锥齿轮。