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1、传感器弹性体加工机床的创新设计作者：ee （ee）指导老师：ee 【摘 要】eeee有限公司是传感器弹性体加工的专业工厂，但其加工机床都是通用的轻型仪表机床，导致生产效率低，难以进一步适应大批量生产需求及质量提高的要求。本次毕业设计针对L6D弹性体的加工工艺，完成传感器弹性体组合机床的创新设计。组合机床是一种专用高效自动化技术装备。应用组合机床加工大批量零件，快捷高效，生产效率高是机械加工的发展方向。学习研究弹性体L6D的加工工艺根据其加工工艺完成面加工组合机床的总体设计，设计其传动系统，并得到其装配图，实现组合机床的三维建模和仿真；结合L6D的加工特点，进行夹具设计；本次毕业设计完成组合机床
2、的设计，实现弹性体加工的高效率，高质量生产。【关键词】：组合机床；传动系统；夹具设计； The innovative design of the sensor elastomer processing machineAuthor: ee （ee)Instructor: eeAbstractUnderstand the HanZhong such as the current processing status of the looses elastomer Limited; learn L6D elatoertomer process, Modular machine tool design
3、a table according to it sprocessing . The machine tool is adedicated and efficient automation technology and equipment, mechaniecal products to achieve efficiency ,high quality and economic production of large quantities of critical equipment, which is widely used in many areas of industrian product
4、ion . The application of combined machining large quantities of parts, quick and efficient, high production efficiency is the development direction of the machining. In the craft-making process, information such as loose elastomer processing machine , and to seek the best technology solutions, which
5、 illustrates the importance of technology in the production process. This designed the maincontent is, the machine over all lay out design, feed and transmission parts for machine tools design . Feed and transmission parts of the machine design Example: the fix ture design methods ; With this design
6、 the machine is fully capable to meet the design requirements , compared with the conventional machine tool, the machine has a high degree of automation, high productivity and high precision. Keywords: machine tool ; millinghead; fixture design; 目 录第1章 绪论1第2章 零件的分析32.1 生产类型的确定32.2零件的工艺分析3第3章 机床的总体设计
7、63.1组合机床的介绍与分析632组合机床工艺方案的制定733 组合机床配置型式的选择73. 4机床总体方案的优化选择83. 5三面加工组合机床总设计“三图一卡”的编制123. 6 机床生产率计算卡18第4章 机床的传动系统设计204.1主要技术参数的确定204.2机床主传动系统设计224.3转速图拟定234.4 主轴型式的确定254.5 立式主轴及其传动27第5章 传动装置运动参数计算与校核285.1 各轴的转速计算285.2 齿轮齿数的确定285.3 动力计算及参数计算305.4 各轴扭拒计算305.5 齿轮参数的确定315.6 传动轴刚度验算（III轴）355.7 轴强度校核365.8支撑部件轴承的校核40第6章 夹具设计及滑台液压缸设计426.1 机床夹具的概述426.2 滑台及液压缸设计436.3 工作台的设计45第7章 三维建模仿真477.1 各个传动轴的三维建模477.2 齿轮的三维建模497.3 夹具三维建模52
