机床与液压
機床與液壓
궤상여액압
MACHINE TOOL & HYDRAULICS
2014年
10期
129-130,133
,共3页
朱正龙%李天富%曹楚君%金明
硃正龍%李天富%曹楚君%金明
주정룡%리천부%조초군%금명
轮胎压路机%防打滑%控制方法
輪胎壓路機%防打滑%控製方法
륜태압로궤%방타활%공제방법
Tyre roller%Anti-slip%Control method
因轮胎压路机的左右轮附着条件不相同,当驱动轮中某一个轮胎的驱动力大于地面附着力,就会出现打滑,压路机就会产生滑转。打滑既可能导致马达超速从而引起马达损坏,也会导致压路机不能正常工作。从液压控制方面提出几种轮胎压路机防打滑的方法。
因輪胎壓路機的左右輪附著條件不相同,噹驅動輪中某一箇輪胎的驅動力大于地麵附著力,就會齣現打滑,壓路機就會產生滑轉。打滑既可能導緻馬達超速從而引起馬達損壞,也會導緻壓路機不能正常工作。從液壓控製方麵提齣幾種輪胎壓路機防打滑的方法。
인륜태압로궤적좌우륜부착조건불상동,당구동륜중모일개륜태적구동력대우지면부착력,취회출현타활,압로궤취회산생활전。타활기가능도치마체초속종이인기마체손배,야회도치압로궤불능정상공작。종액압공제방면제출궤충륜태압로궤방타활적방법。
Due to the different adhesion conditions of tyre roller wheels,when a driving force of one tyre is greater than the adhe-sion,roller tends to slip. Slip may lead to motor overspeed so as to lead to motor damage,and also lead to roller can't normal work. So several methods were put forward from the aspect of hydraulic control to achieve anti-slip control of tyre roller.