嵌入式磨加工主动量仪软件系统设计.doc

嵌入式磨加工主动量仪软件系统设计 姓名： 贾英锋 学号：20100130408 指导老师：张琳娜 学校：郑州大学 学院：机械工程学院 时间：2014年6月5日 摘要 随着工业技术现代化的不断发展，工业生产对设备的加工精度、加工效率和稳定性提出了更高的要求，磨削加工担负着零件精密表面的最终加工工序，其精度对机械产品的质量有着直接影响。Abstract With the continuous development of modern industrial technology, the industrial production of the machining accuracy, efficiency and stability of the equipment is put forward higher request, the grinding process for the final machining process on the surface of the precision part, its precision have a direct impact on the quality of mechanical products.The size of the workpiece are measured after processing in traditional process, which often leads in the poor consistency, higher scrap rate . In-process measurement means that in the machining process, by measuring device always measuring the size of workpiece and its size variation on to control instrument. Controlling instrument control the action of the machine tool. In-process measurement in grinding can improve the production efficiency, reduce scrap rate, workpiece size have good consistency. The existing grinding In-process measurement instrument can accomplish basic active measuring instrument function, but widespread low precision, visibility was lacking shortcomings. This paper designs a kind of new embedded Human-machine interface, which provided a friendly embedded human-machine interface for the grinding the initiative of the measurement system. The human-machine interface is designed by C#(C sharp) language and SQlite database under the Visual studio 2008 software. Keywords :C#, Visual studio2008, SQLite database，embedded,,grinding, initiative of the measurement system.  目录 摘要 I Abstract 1 目录 2 第一章 绪 论 5 1.1课题的目的及研究意义 5 6 1.3课题来源 7 1.4本课题研究的主要内容 8 第二章 磨加工主动量工作原理及功能分析 9 9 2.1.1 嵌入式系统 9 2.1.2主动测量技术 10 2.2磨加工主动量仪的主要结构及功能 11 2.2.1磨加工主动测量仪的组成 11 2.2.2 磨加工主动测量仪的工作原理 12 13 2.2.4磨加工主动测量仪的特点 13 第三章 软件系统总体开发方案分析 15 3.1 软件系统的功能介绍及设计需求 15 3.2软件系统设计中的方案选择 16 3.2.1 C#编程语言简介 16 3.2.