電機上位機控制及界面設計

電氣工程論文編號:DQ233   論文字數:13307,頁數:37

摘要：隨著計算機、電子、通訊技術的飛速發展，人們對于車間現場設備的運行管理控制，可視化操作等綜合水平提出了新的要求。
 為了滿足這新的要求，本畢業設計本著“不在現場，遠離現場”的原則，以C語言作為開發語言，VC為開發環境，針對某充電機產品編寫了應用程序，將充電機的現場設備界面通過串口通信技術，與上位機界面有機的結合起來，以實現計算機的遠程監控功能。此外，該上位機應用軟件還實現了查看充電機存儲在U盤中的運行記錄文件的功能。
 在本畢業論文通過這個項目的開發過程，闡述了編程環境的選擇，串口通訊實現遠程測試的方法，通過文件操作讀取U盤數據的技巧。探討如何在PC平臺與工控機平臺間建立遠程測試和歷史數據讀取和分析的一般方法。
關鍵詞：人機界面；串口通信；Visual C++6.0；文件操作

Abstract:With the development of computer, electronics, communications technology, the people are requiring that the the operation and management of the equipment control,and the Visualization operation must develop too.
To meet these new requirements, the design of the graduates base on that "not on the scene, the scene away from the principle of" and use the C language and VC environment programming the charger procedures. The design uses the communications technology to put the charger field equipment interface and PC interface combination.And it can be achieved RMON. In addition, the PC application software also can view the test records stored in the U disk.
This paper through the project development process describes the following points.First is The choice of programming environments.Second is Serial Communication remote test method.Third is the skills of reading the test records stored in the U disk.Discussion on general methods that through the PC platform with the establishment of industrial computer platform for remote testing and reading historical data and analysis
Keywords：Human-machine interface； Serial Communication;；Visual C++6.0；File