基于c#的solidworks二次开发.pdfVIP

摘要： 气动电阻点焊钳已经被各大汽车制造厂商广泛运的用于汽车焊接工艺中。它以无污染、 压力稳定、动作敏捷等优点逐步替代了国内常见的液压传动焊钳，改变了液压传动滞缓的现 象，从而达到了焊接循环的要求。本次毕业设计中，设计者使用了由微软公司开发的高级程 序设计语言——C# （又名C SHARP ）通过SolidWorks 提供的“对象链接与嵌入技术（OLE ）” 与“部件对象模式技术（COM）”对SolidWorks 进行了二次开发，完成了气动电阻点焊钳零 件“电极臂”和“电极杆”的参数化设计及电阻点焊钳三维零件图库的生成任务，能方便设 计者根据被加工物体的形状大小自动生成与之相适应的不同型号的电极臂和电极杆零件。 关键词： 电阻点焊钳 C# 二次开发 SolidWorks 设计者 三维零件图库 Abstract: Pneumatic resistance spot welding tongs have been widely use in Welding process of automobile by the major automobile manufacturers. Known for traits such as pollutant-free, pressure stability, an response agility, PRSWT has gradually replace the usual domestic the hydraulic pliers, improve the sluggishness of Hydraulic transmission an thus satisfies the welding cycle demand. In this Final year Project , designer has used the high-level programming language develope by Microsoft Corp——C#(also calle C SHARP) an made secondary development on SolidWorks with the help of OLE(=Object linking an embe ing technology) and COM(=Component object model technology) provided by SolidWorks, which completed the parametric design of the Pneumatic resistance spot welding parts — Electrode arm and electrode rod and the create task of 3D Part Library of Resistance spot welding tongs, which enables the designers to automatically generate the Electrode arms and electrode rod parts corresponding to different types according to the shape an size of the object to be processe with greater efficiency. Key words： Resistance spot welding tongs C# Secondary development SolidWorks designers 3D Part Library 第一章 绪论 1.1 课题的背景及来源 随着金属的出现及其广泛的应用，焊接技术也随之不断的发展着。时至今日，电阻点焊 作为焊接技术中重要的一支，已被广泛的运用于航天航空、能源、电子和车辆等高科技领域 上，并承接了世界总焊接量的 1/3，且呈逐年上升势态。例如：汽车驾驶室、汽车车身、飞 机机翼、航空发电机扰流器、建筑用钢筋网、家具薄板、电冰箱等等都是以电阻点焊钳作为 点焊工具而加工出来的。气动电阻点焊钳更是作为一项不可或缺的焊接工具已经被各大汽车 制造厂商广泛运用于汽车焊接工艺中。它以无污染、压力稳定