【正文】 important means to increase output, improve productivity and reduce accident. The coal mining machine is core equipment in the prehensively mechanized coal mining technology, whose automation is the key to realize prehensive mechanized mining. The coal mining machine automatic technology mainly includes the automatic technology of Shearer Hauledpart and the coal mining machine high automatic control technology. In nowadays, the automatic technology of Shearer Hauledpart is rather mature, while drum lifting is not very satisfising, which has bee the the main bottleneck of coal automation. Based on the understanding of the logic relationship among basic structure, working principle and electric control system, this article describes that the coal mining machine cutting memory test bed is posed of mechanical, electrical control and test control system, determines the control logic relationship of electric control system, designs electric control systematic circuit to meet the technical requirements for the memory cutting. According to the test, electric control systematic circuit can control the logic relationship between electrical equipments well. Keywords: The Coal Mining Machine；The Coal Mmining Machine Test Modelt；Electri ControlResearch types: application目 錄1 緒 論 ........................................................................................................................................1 課題提出的背景 .................................................................................................................1 國內(nèi)外發(fā)展狀況 .................................................................................................................1 國外發(fā)展狀況 ..............................................................................................................1 國內(nèi)發(fā)展狀況 ..............................................................................................................2 論文研究的目的和意義 .....................................................................................................3 論文研究的內(nèi)容 ................................................................................................................3 論文研究的技術路線 .........................................................................................................32 采煤機機電液控制綜合實驗臺概述 ......................................................................................5 綜合機械化采煤的主要設備 ............................................................................................5 采煤機的結構及功能 ........................................................................................................6 采煤工藝 ............................................................................................................................7 炮采回采工藝 .............................................................................................................8 普采回采工藝 .............................................................................................................8 綜合機械化采煤工藝 .................................................................................................9 采煤機電液控制綜合實驗臺的總體結構 ......................................................................163 采煤機機電液控制綜合實驗臺的控制電路設計 ................................................................18 試驗臺控制電路的設計要求 ...................................................................................18 控制電路的控制方案設計 .......................................................................................19 控制電路電器的選型 ...............................................................................................21 采煤機機電液控制綜合實驗臺電路控制原理 ...............................................................23 牽引電機控制原理 ...................................................................................................23 調(diào)高系統(tǒng)電路控制原理 .......................................................