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首页> 外文期刊>International Journal of Automotive Technology >ENHANCEMENT OF VEHICLE STABILITY BY ACTIVE GEOMETRY CONTROL SUSPENSION SYSTEM
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ENHANCEMENT OF VEHICLE STABILITY BY ACTIVE GEOMETRY CONTROL SUSPENSION SYSTEM

机译:主动几何控制悬架系统增强了车辆的稳定性

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摘要

This paper presents the enhancement of vehicle stability by active geometry control suspension (AGCS) system as the world-first, unique and patented chassis technology, which has more advantages than the conventional active chassis control systems in terms of the basic concept. The control approach of the conventional systems such as active suspensions (slow active, full active) and four wheel steering (4WS) system is directly to control the same direction with acting load to stabilize vehicle behavior resulting from external inputs, but AGCS controls the cause of vehicle behaviors occurring from vehicle and thus makes the system stable because it works as mechanical system after control action. The effect of AGCS is the remarkable enhancement of avoidance performance in abrupt lane change driving by controlling the rear bump toe geometry.
机译:本文通过主动几何控制悬架(AGCS)系统提出了增强的车辆稳定性,该系统是世界首创,独特且获得专利的底盘技术,就基本概念而言,它比常规主动底盘控制系统具有更多优势。诸如主动悬架(慢速主动,全主动)和四轮转向(4WS)系统之类的常规系统的控制方法是直接控制具有作用载荷的相同方向,以稳定外部输入导致的车辆行为,但由AGCS控制原因由于车辆在发生控制行为后作为机械系统工作,因此会因车辆而产生车辆行为,从而使系统稳定。 AGCS的效果是通过控制后凸趾的几何形状,可在突然变道驾驶中显着提高回避性能。

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