桌面级可重构机床设计及卧车实现(含CAD图)(任务书,开题报告,外文翻译,论文说明书17400字,CAD图3张)
摘要
随着机械领域的飞速发展，人们对机加工产品的需求也呈现出多样化发展，传统机床难以经济高效的应对多样化、小批量的客户需求。在此行业背景下，具有高效、经济、便捷等特性的可重构机床的研究制造，成为机械行业领域的风口。
本文以减速箱为需求产品，在对其各部位零件，以及所需要使用的各类机床进行深入分析的基础上，进行桌面级可重构卧式车床的设计。基本设计过程为：首先对减速箱中需要车床加工的零件，进行零件族分析，进而对其加工工序做工序族分析，从而确定机床的各类加工工序所对应的各种运动，以此进行功能模块划分。提取出重构车床所需的各类模块，在进行详细设计。详细介绍了主轴传动系统，以及进给传动系统的各项设计过程。
在完成理论设计后，运用SolidWorks对所设计的可重构车床建立三维模型，并以设计中计算出的工作载荷，切削力及扭矩为基础，对三维模型进行有限元仿真分析，为现实的机械加工生产过程提供理论基础。
关键词： 桌面级，可重构，数控机床，模块化
Abstract
With the rapid development in the field of machinery, people's demand for machined products has also shown diversified development. It is difficult for traditional machine tools to respond to diversified, small-batch customer demands in a cost-effective manner. Under this industry background, the research and manufacture of reconfigurable machine tools that are highly efficient, economical, and convenient have become an outlet for the machinery industry.
This article takes the gearbox as the demand product, carries on the thorough analysis to each part of its parts, as well as each kind of machine tool which needs to use, carries on the design of the desktop level reconfigurable horizontal lathe. The basic design process is as follows: Firstly, the components of the gear box that need to be machined are analyzed by the component family, and then the process family of the machining process is analyzed to determine the various movements corresponding to the various machining processes of the machine tool. Module division. The various types of modules required for the reconstruction of lathes were extracted and detailed design was carried out. Detailed description of the spindle drive system, as well as the design process of the feed drive system.
After the theoretical design was completed, SolidWorks was used to build a three-dimensional model of the reconfigurable lathe designed. Based on the work loads, cutting forces and torques calculated in the design, the three-dimensional model was subjected to finite element simulation analysis and was a realistic machine. The processing production process provides a theoretical basis.
Keywords : desktop level, reconfigurable, CNC machine, modular
数控卧式车床的机床尺寸的确定
数控车床的外观轮廓尺寸的直接影响因素是当前所设计车床所要加工的零件的尺寸参数。
在此，我们设定：工件的最大加工直径为 50mm。
车床的外形尺寸： 长 800mm， 宽 500mm， 高 600mm
目录
第一章 绪论 1
1.1课题背景及意义 1
1.2机械制造业当前形势 1
1.3 可重构制造系统发展概述 1
1.4 可重构机床的概念 2
1.5 可重构机床的研究现状 2
1.5.1国内可重构机床研究现状 2
1.5.2国外机构对于可重构机床的研究 2
1.6可重构机床未来发展展望 3
第二章 数控卧式车床的可重构性分析 4
2.1数控机床综述 4
2.1.1数控机床的简介与分类 4
2.1.2一级齿轮减速箱的加工分析： 4
2.1.3卧式数控车床零件族分析 5
2.2可重构数控卧式车床的运动需求分析 6
2.2.1具体运动分析 6
2.3各类加工工序成型运动的具体分析 7
2.4工序族的划分和识别 10
2.5加工零件的运动分析 11
2.6模块设计 11
2.6.1模块划分原则 11
2.6.2以用户需求为基础的数控机床模块的划分办法 12
2.6.3数控车床模块划分 12
2.6.4可重构机床接口设计 13
2.7经济性分析 13
第三章 可重构数控车床设计分析 15
3.1加工对象状况分析 15
3.2总体方案的确定 15
3.2.1主传动系统的设计要求 15
3.2.2车床的典型结构 16
3.2.3数控卧式车床的机床尺寸的确定 17
3.3主传动系统方案设计 17
3.3.1粗车切削力与切削功率的计算 18
3.3.2精车切削力与切削功率的计算 18
3.4进给传动部件的计算和选型 20
3.4.1进给传动部件基本参数： 20
3.4.2机床进给切削力以及其切削分力计算 20
3.4.3主轴方向的滚珠丝杠副的基本计算以及其型号的选择 20
3.4.4伺服电机的计算与选型 24
第四章 基于SolidWorks的数控车床有限元分析 26
4.1桌面级数控车床整体结构 26
4.2具体加工过程中的机床静应力分析 26
总结 32
参考文献 34
致谢 35
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