它是机械结构中最常用的连杆机构。
It is the most commonly used linkage mechanism in machine construction.
连杆：合金钢结构，高强度斜切口。
Connecting rod: Alloy steel with high strength and inclined cutting.
连杆可以直接带动阀门的把柄。
本文对副连杆结构强度进行研究。
The strength analysis for a articulated connecting rod has been investigated in this paper.
简述发动机连杆的材料与加工技术。
Material and process of engine connecting rod are discussed.
连杆上的齿条与齿轮依次啮合。
Toothed rack on the connecting rod is engaged with gear in turn.
研究中心对称平面三连杆的运动。
推进方位连杆驱动器的硬件设置。
它设置调节块、连杆和摇摆块。
The other end of the swinging block is connected with a swinging shaft.
节流连杆和节流体空气阀的平稳操作。
Smooth operation of throttle linkage and throttle body air valve.
本文介绍经编机连杆机构的动力分析。
This paper presents dynamic force analysis of a warp-knitting machine.
在连杆大头安装曲柄轴颈。
The lower end of the connecting rod fits the crankshaft journal.
连杆为合金钢铸件，十字头为球墨铸铁。
钻井泵的动力端是一组曲柄、连杆机构。
Drilling pump power end is a group of crank, link mechanism.
动力底座的连杆做成定长。
滑块同步采用抗扭连杆和机械挡块机构；
The slide block is synchronized with anti torsion bar and mechanical block mechanism. ;
连杆小头连接着活塞销。
The connecting rod little end is connected to the piston pin.
同时，连杆做偏心运动。
发动机的动力机构实际上就是曲柄连杆机构。
The power mechanism of the engine is actually called the crankshaft and connecting rod mechanism.
传统的连杆机构设计比较繁复，误差也大。
Traditional design of a four-bar mechanism is complicated and has larger design error.
本发明还涉及一种通过所述方法得到的连杆。
The invention also concerns a connecting rod obtained by said method.
曲轴，连杆是新的，并提出了非常高强度钢。
Crankshaft and connecting rods are new, and made out of very high strength steel.
活塞连杆机构是内燃机的主要运动机构之一。
考虑连杆螺钉的作用；
本文介绍了单连杆弹性手臂的模型及控制方法。
In this paper, the model and control of one-link flexible robotic arm are presented.
讨论了多连杆柔性机械手末端位置的控制问题。
Tip position control of flexible multi link manipulators is discussed.
支架采用正四连杆机构，以改善支架受力状况。
The support uses the four link motion gear, improves the support stress condition.
连杆分离面正在采用涨断工艺取代传统切削工艺。
Rod parting face is taking cracking technology in place of traditional cutting technology.
连杆分离面正在采用涨断工艺取代传统切削工艺。
Rod parting face is taking cracking technology in place of traditional cutting technology.
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