岳阳职业技术学院学报
嶽暘職業技術學院學報
악양직업기술학원학보
Yueyang Vocational Technical College
2014年
1期
82~84
,共null页
ABS控制通道 非对称性路面 滑移率
ABS控製通道 非對稱性路麵 滑移率
ABS공제통도 비대칭성로면 활이솔
the ABS control channel;asymmetric road;slip rate
基于四通道ABS系统的分配策略,是通过软件计算出制动瞬间每个车轮的滑移率,并以滑移率为判断车轮有效抓地力的依据,抢在ABS系统工作之前,不断地快速调整相应通道的液压组件,使4个车轮受到的制动力与其附着力匹配,以使汽车防止出现甩尾和侧滑等情况,并且缩短汽车的制动距离。
基于四通道ABS繫統的分配策略,是通過軟件計算齣製動瞬間每箇車輪的滑移率,併以滑移率為判斷車輪有效抓地力的依據,搶在ABS繫統工作之前,不斷地快速調整相應通道的液壓組件,使4箇車輪受到的製動力與其附著力匹配,以使汽車防止齣現甩尾和側滑等情況,併且縮短汽車的製動距離。
기우사통도ABS계통적분배책략,시통과연건계산출제동순간매개차륜적활이솔,병이활이솔위판단차륜유효조지력적의거,창재ABS계통공작지전,불단지쾌속조정상응통도적액압조건,사4개차륜수도적제동력여기부착력필배,이사기차방지출현솔미화측활등정황,병차축단기차적제동거리。
Four channel distribution strategy based on ABS system worked through the software to calculate the braking moment of each wheel slip rate, and judged the wheel slip rate of effective grip. We should continuously and quickly adjust the hydraulic components of the corresponding channel before the ABS system working, so that the four wheel braking force and adhesion matched, thus to prevent tail flick and sideslip, and shorten the braking distance of automobile.