In this paper,by the filled and deflated the air springs test,identified the relationship of the stiffness-the time-the height,and based on the test data processed simulation,compare and analysis between stiffness adjustment and height adjustment these two air springs,drew that the latter is better,and there are easy to achieve,energy-saving,simple structure these advantages.
本文通过对空气弹簧进行充放气试验,找出了刚度—时间—高度之间的关系,并以这个试验得到的数据为基础进行了仿真,对比分析了基于高度调节和刚度调节的两种悬架,得出基于高度调节的空气悬架总体效果较好,且有节能易实现结构简单等优点。
参考来源 - 基于车高调节的空气悬架电子控制单元的设计与实现·2,447,543篇论文数据，部分数据来源于NoteExpress
A manual height adjustment allows working height to be fixed to operator's preference.
人工高度调节可以使高度调节到操作员的最合适的高度。
Our special designed column will take a spindle height adjustment without moving motor.
这种特别的设计可以使圆柱自动的调整主轴的高度，而不需要驱动。
The height adjustment adopts motor fluctuating; it is convenient to replace the material.
高度调整采用电机升降，更换物料更简便。
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