经仿真研究可以认为刷辊控制系统中采用模糊控制能达到较满意的控制效果，而且具有较好的鲁棒性。
It was concluded that the fuzzy control used in the brush roll control system of ECL could get a satisfying effect and better robustness by MATLAB simulation.
本文主要研究和设计了冷轧带钢电解清洗线上刷辊马达电流负荷控制的模糊控制系统并做了建模与仿真。
This paper mainly researches and designs fuzzy control system used in brush roll motor current load control and establishes its object model successfully used in simulation in the lab.
其次对模糊理论及模糊控制进行了综述，接着介绍了电解清洗线计算机控制的系统设计，并设计了刷辊的电流负荷模糊控制系统。
Secondly, fuzzy theory and fuzzy control is introduced generally. Then, the computer control system of electrolytic cleaning line and brush roll motor current load fuzzy control system are designed.
施工方法：辊涂、刷涂或喷涂。
流动性和流平性差-刷印和辊痕在干漆膜上很明显。
Mobility and poor leveling - Shuayin and roller marks on the dry paint film is very obvious.
施工方法刷涂，辊涂，硫酸盐无气喷涂。
刷涂：小面积粗略的材料可使用毛刷或辊。
Brushing: Small areas on very rough material may be treated using a flat brush or a roller (which may be fed continuously with an airless pump).
弹性基础可以使柔性刷体与充电辊表面保持良好的接触和尽可能大的接触面积。
The elastic base causes the flexible brush body and the charging roller surface to keep the favorable contacting and the contact area as large as possible.
由于采用了刷体替代了弹性片，增加了与充电辊的接触面积，可相对提高对充电辊的清洁效果。
As the brush body replaces the elastic strip, the contact area is increased with the charging roller, and the cleaning effect on the charge roller is relatively improved.
施工方式：刷涂、辊涂或喷涂。
APPLICATION METHOD: brush, roller, conventional spray or airless spray.
施工方式：刷涂、辊涂或喷涂。
APPLICATION METHOD: brush, roller, conventional spray or airless spray.
应用推荐