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1·Hide the ejector seat levers.

隐藏弹射座椅的操纵杆。

2·At last, numerical simulation of this ejector was performed.

最后，对引射器进行了数值模拟。

3·The plain diameter ejector pin may be used in one of two ways.

普通的顶杆可以有两种使用方法。

4·Part of an engine nacelle and an exhaust ejector are visible at left.

在左侧可看见部分的发动机短舱和排气顶针。

5·Each ejector pin diameter has a number of different lengths associated with it.

每一种顶杆直径有许多不同长度。

6·Upper ejector rod was added in the die structure for ease of workpiece separation.

在模具结构中增加了上项杆(上打料棒)，便于工件脱离。

7·The undercut area may stick slide. We may consider to add an ejector pin on the slide.

产品扣位处可能粘行位。我们需考虑行位上加顶针；

8·The mould plate and ejector grid system is shown in chain-dotted lines in the cross-sectional view.

模板和顶料格架系统在剖面图上以点划线表示。

9·Ejector seat levers can only be used once, and their consequences are significant and irreversible.

弹射座椅操纵杆只能用一次，它的使用将引起重要的变化，而且这个。

10·Firstly, the basic fundamental of ejector was introduced and its structure was designed and computed.

首先，本文介绍了引射器的基本原理，对其基本结构进行了设计计算。

(1)ejector pin出坯杆，起模杆；推顶杆，推钉

(1)steam ejector蒸汽喷射器；蒸汽喷注抽出器