1、摘要 -I- 摘 要 本文主要设计立式加工中心直线、回转工作台，工作台承担纵向 X和横向 Y 轴两个方向的移动及一个绕 Z 轴的转动。设计内容包括： 1.总体结构方案的拟定。确定了工作台结构，方案拟定为纵向、横向两个方向移动的直线工作台，在直线移动工作台的 T 型槽中固定一个可拆卸夹具式数控回转工作台。 2.部件概述。这一部分详细描述了在工作台设计过程中所用到的几个典型部件，如伺服进给系统、工作台、导轨，陈述选用这几个部件的原因和对它们的基本要求。 3.结构力学的设计计算。结合给定的主要参数对伺服进给系统和回转工作台进行选择计算， 得到必需的几何参数，基本确定工作台的结构尺寸。 4.工作台装配
2、图与零件图的绘制。清楚地表示工作台及其组成部分的连接、装配关系和其中主要零件结构、大小及技术要求。 关键词： 加工中心，工作台， 伺服进给系统 ，回转工作台。 Abstract - II - Abstract In this paper,It mainly designs the moving working table and NC rotary table of vertical machining centre.The tables can move along X-axis and Y-axis also can rotate around Z-axis. whats this pat
3、er content is as follows: 1. Draft the overall scheme of the structure of the tables.the moving working table moves along X-axis and Y-axis is drawn up,of which in the T-typle groove the NC rotary table is fixed which can be removed and fixed easily like a jig. 2. Descripe the typical components of
4、vertical machining center.In this part, the components used in the design, such as servo feed system、 tables and guide rails,are descriped respectively why choose them,and the require-ments for them. 3. Design and calculate structural mechanics.Use the given main parameters to select and compute the
5、 components to get other indispensable parameters,then identify the physical demension of the tables 4. Draw assembly drawings and part drawings.Express the connection the tables and their components、 assembly relations， also the structures and the sizes of the main components、 technical requirements, clearly. Key words: Machining Center, Working Table, Servo Feed System， Rotary Working Table
