必要时，可以使用飞机的支承网。
A supporting network of aircraft cable can be used if necessary.
动平衡机分软支承和硬支撑两种。
Two kinds of soft support and hard support for dynamic balancing machine.
对起重机巨大重量有足够的支承力。
There is adequate support for the great weight of the crane.
固定轴通过弹簧支承在支架里边。
The fixed shaft is supported in the supporting rack by a spring.
支承结构可为储能装置的部件。
The support structure may be part of an energy storage device.
玻璃棉塞支承着聚乙烯漏斗的颈部。
A plug of glass wool held in the neck of a polyethylene funnel.
支承孔系的加工采用的是坐标法镗孔。
The machining way of the series of supporting hole is to bore hole by coordinate.
支承容器的方式不得使试验结果无效。
The manner In which the packagIngs are supported shall not Invalidate the test.
一种新型双支承结构叶片泵。
The utility model relates to a double support structure vane pump.
两者相比，软支承平衡机的摆架比较软。
Compared with the two, the soft support balancing machine's swing frame is relatively soft.
该方法然后制造金属支承结构代替衬底。
The method then fabricates a metal support structure in place of the substrate.
给我一个支承的支点，我就会搬到地球。
Give me a fulcrum on which to rest, and I will move the earth.
模型支承于空气静压轴承。
解决了支承辊的使用问题。
支承中心应做成可调的。
给我一个支承的支点，我就会搬动地球。
Give me a fulcrum on which to rest, and I will move the earth.
表面紧固件的另一对应的表面在支承板上。
Another corresponding surface of the surface fastener is on the supporting plate.
上下轴用滚珠轴承支承，同步齿形带传动。
The arm shaft shaft and hook shaft are supported by ball bearings.
风电；回转支承；实验台；控制系统；
托架支承在导轴上。
正象水能够支承船那样，空气也能够支承气球。
注意工作辊支承辊的之间的配合和轮廓的设计。
Pay attention to correct alignment and profiles of work and back up rolls.
第二制动装置最好支承在同一滑轮的相对端上。
A second stopping device preferably is supported on an opposite side of the same sheave.
一个受载销钉支承于一个具有微小间隙的孔上。
在两种情况下，承载构件不相对于支承构件运动。
In both instances, the load-bearing member does not move with respect to the support member.
在拉力测量期间，可以在水平面内对门进行支承。
The door may be supported in a horizontal plane during the pull force measurement test.
对微机化硬支承动平衡测试系统提出了一种矢量解算标定法。
A vector calibration and calculation method is put forward in this paper.
轴承的支承刚度大小和承载力的线性范围决定了轴承的基本性能。
The stiffness and the linear range of the force capacity decide the basic bearing performance.
提出了一种超声无触点支承方案，详细介绍了超声无触点支承原理。
A project of ultrasonic contactless support is put forward, and its principle is detailed introduced.
提出了一种超声无触点支承方案，详细介绍了超声无触点支承原理。
A project of ultrasonic contactless support is put forward, and its principle is detailed introduced.
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