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1·Remove rear lower suspension arm bolts.

拆卸后下端悬吊臂螺栓。

2·Remove the upper suspension arm nut and bolt at the axle bracket.

从车轴支架上拆去上端悬吊臂螺帽和螺栓。

3·Remove the lower suspension arm nut and bolt from the axle bracket.

从车轴支架上拆去上端悬吊臂螺帽和螺栓。

4·Position the lower suspension arm at the axle bracket and rear bracket.

从车轴支架上拆去下端悬吊臂螺帽和螺栓。

5·Position the lower suspension arm at the axle bracket and rear bracket.

把下端悬吊臂放在车轴支架和后侧支架上。

6·The device can realize the automatic and continuous telescopic motion of the suspension arm of the crane only by flipping one switch.

本实用新型只需扳动一个开关，起重机吊臂的 伸缩动作可自动连续完成。

7·The magnetic head is connected mechanically and electrically with the suspension arm element on the connecting surface, thus to be provided with good anti-impulse performance.

所述磁头块在连接面处与悬臂件机械并电性连接从而具有良好的抗冲击性能。

8·This text introduces the process of design improvement of the air suspension guide arm, and analyzes the guide arm and kingpin caster Angle before and after the improvement.

简要介绍空气悬架导向臂的设计改进过程，并对改进前后的导向臂和主销后倾角进行简要分析。

9·Install bolts holding front of suspension crossmember to frame rails under upper control arm.

安装将悬吊横梁前部紧固到上控制臂下面的框架轨道的螺栓。

10·The basic theory of Maximum Coordinate Method was dealt with in this paper and the model for analyzing kinematics of Double Control Arm Suspension obtained.

本文介绍了多刚体系统运动分析的最大数量坐标法原理，建立了车辆双横臂悬架的多刚体系统运动分析模型。