流体传动与控制
流體傳動與控製
류체전동여공제
FLUICL POWER TRANSMISSION AND CONTROL
2014年
3期
14-16
,共3页
卷取机%AJC装置%机械液压%耦合%仿真
捲取機%AJC裝置%機械液壓%耦閤%倣真
권취궤%AJC장치%궤계액압%우합%방진
down coiler%AJC device%mechanical-hydraulic%coupling%simulation
简要论述了热轧卷取机AJC装置工作原理和液压伺服控制回路，得到了AJC装置控制系统方块图，针对控制系统方块图的各个环节，建立了机械液压耦合二维物理模型，并对该模型进行了仿真分析，得到了系统的动态特性。
簡要論述瞭熱軋捲取機AJC裝置工作原理和液壓伺服控製迴路，得到瞭AJC裝置控製繫統方塊圖，針對控製繫統方塊圖的各箇環節，建立瞭機械液壓耦閤二維物理模型，併對該模型進行瞭倣真分析，得到瞭繫統的動態特性。
간요논술료열알권취궤AJC장치공작원리화액압사복공제회로，득도료AJC장치공제계통방괴도，침대공제계통방괴도적각개배절，건립료궤계액압우합이유물리모형，병대해모형진행료방진분석，득도료계통적동태특성。
This paper discusses the working principle for AJC of down coiler and servo control circuit, and gets the control principle block diagram of AJC and establishes two-dimensional mechanical-hydraulic coupling physical model based on the control principle block diagram. Then this system is simulated and its dynamic characteristic is obtained.
