下载后可任意编辑ZK 蜗杆砂轮修整控制程序开发作者: ee( ee) 指导老师: ee[摘要]: 根据 ZK 蜗杆磨削加工的精度要求, 了解蜗杆磨削加工的过程, 推导出蜗杆截面的数学方程, 再根据空间啮合原理, 建立磨削时的蜗杆砂轮空间坐标系, 进一步推导出磨削阿基米德蜗杆时砂轮的数学模型和砂轮截面方程; 再经过对砂轮修正参数的优化, 得出最优的修整轮廓; 最后经过 VB 开发能自动生成砂轮修整时的 CNC 程序, 从而减少齿形误差, 提高砂轮使用寿命。[关键字]: ZK 蜗杆;砂轮修整;齿形误差;VB 编程下载后可任意编辑Control program development and dressing of ZK worm wheelAuthor: ee(ee)Tutor :eeeAbstract: According to the requirements of the ZK worm grinding accuracy, worm grinding process, the mathematical equation of the section, worm is deduced according to the principle of spatial mesh, again to create the grinding worm wheel space coordinate system and further deduce the mathematical model of grinding wheel and grinding wheel when grinding Archimedes worm section equation; Through the optimization of grinding wheel correction parameters again, it is concluded that the optimal trimming contour; Finally through VB development can automatically generate the CNC program when grinding wheel dressing, thus reducing the tooth profile error and increase the service life of the grinding wheel.Keywords: ZK worm; wheel dressing; tooth profile error; VB programming下载后可任意编辑目 录1 绪论..................................................11.1 课题的国内外讨论背景.............................11.2 讨论课题的意义...................................11.3 ZK 蜗杆传动的特征................................31.4 课题的讨论内容...................................32 ZK 蜗杆的数学模型.....................................42.1 建立坐标系.......................................42.2 砂轮的数学建模...................................5 2.2.1 砂轮轴截面坐标内参数的几何关系...............5 2....
