齿轮箱的顶部设计得到大的作用。
齿轮箱顶的设计获得了更多的功能。
从车辆下拆卸动力分导齿轮箱。
齿轮箱得到左，钻床右手线程削减。
降低噪声是齿轮箱设计要考虑的主要内容。
To reduce noise is a main content in consideration for gear box design.
你可能已经注意到了，齿轮箱看上去像一个小飞机...
You might notice that the gear box looks like a little airplane…
动力分导齿轮箱在所有驱动模式中发出噪音。
由此可见开展对齿轮箱动态特性的研究已显得至关重要。
To carry out the study of the dynamic characteristics about gear box has become essential.
齿轮箱：独特的两杆通用齿轮箱提供了广泛的切割能力。
Gear box: Unique two lever universal gear box offers a wide range of cutting capacity.
传动系统采用齿轮箱，万向轴联轴器，同步带相结合型式。
Driving system consists of gear wheel, universal shaft couplings and the synchronous belt.
实际应用表明，开裂往往是造成齿轮箱漏油的主要原因之一。
As the application indicates, the leakage of gearbox is mostly from the crack.
将可靠性设计方法用于齿轮箱轴的设计，已显示了较好的效果。
The reliability method has been used in design of gearbox shafts. Its benefit is obvious.
从整个传动装置上看，又省去了传统齿轮箱、齿轮以及联接的同心度要求。
From the whole transmission device on look, and tell the traditional gear box, gear and a connection request.
从整个传动装置上看，又省去了传统齿轮箱、齿轮以及联接的同心度要求。
From the whole transmission device on look, and tell the traditional gear box, gear and a connection request.
应用推荐