装配图a0
带离合的双速齿轮箱的设计
Design of double-speed gearboxwith clutch
摘要
随着机械技术和自动化技术的发展和不断完善，机械化和自动化越来越普遍，这也对我们的社会生活产生了影响。当今社会，机械化技术和自动化技术的发展和进步，社会生活中的每一个企业都发生了前所未有的变化。目前，我国离合器齿轮箱主要用于汽车、摩托车、工程车辆、农机等车辆，部分船舶也将使用。介绍了一种带反离合器的减速箱的设计方法，并将其应用于一些小型机械上。国内大多数变速箱和离合器分离容易选择，适合倒车离合器减速箱作为一种单件设计选择，为人们提供更多的方向和方便。
运用Sodilworks，AUTOCAD等软件实现了二维，三维绘图，通过该软件的三维设计功能优化设计方案，实现齿轮箱的运行仿真并完成了带离合的双速齿轮箱的设计。
关键词：机械化离合器齿轮箱减速器
ABSTRACT
With the development and improvement of mechanical technology and automation technology, mechanization and automation are becoming more and more common,which also has an impact on our social life. In todayundefineds society,with the development and progress of mechanization technology and automation technology, every enterprise in social life has undergone unprecedented changes. At present, clutch gearbox is mainly used in automobiles, motorcycles, engineeringvehicles, agricultural machinery and so on, and some shipswill also be used. This paper introduces a design method of decelerating boxwith reverse clutch, and applies it to some small machinery. Most of the gearbox and clutch in China are easy to choose,which is suitable for reversing clutch deceleration box as a single piece design choice, and provides more direction and convenience for people.
Using Sodilworks, AUTOCAD and other software to achieve two-dimensional, three-dimensional drawing, through the three-dimensional design of the software design optimization design scheme, the operation of gear box simulation and the completion of the dual speed gear boxwith clutch design.
KEY WORDS:mechanizationclutch gearboxreduction case
目录
摘要i
ABSTRACT ii
1引言２
1.1齿轮行业的介绍２
1.2齿轮行业的发展现状基本介绍２
2概述３
2.1设计的目的和要求３
2.1.1设计目的３
2.1.2设计要求３
2.2拟定传动方案３
3传动零件的设计计算４
3.1齿轮的计算４
3.1.1高速级齿轮传动齿轮的计算４
3.1.2低速级齿轮传动齿轮的计算１２
3.2减速器内传动数据１９
3.3齿轮的安全保护功能１９
4轴的设计计算２０
4.1传动装置的动力参数的计算２０
4.1.1 I,II轴的转速计算２０
4.1.2 I,II,各轴的输入转矩计算２０
4.2高速轴的设计与计算２２
4.2.1对高速轴的材料选择２２
4.2.2对高速轴的最小轴径进行计算２２
4.2.3对高速轴的结构设计２２
4.3低速轴的设计与计算２３
4.3.1对低速轴的材料选择２３
4.3.2对低速轴的最小轴径进行计算２３
4.3.3对低速轴的结构设计２３
4.4对高速轴的结构设计铸件减速器机体结构尺寸计算表２４
4.5对转速图与传动图２５
5润滑和密封件的选择２７
5.1齿轮的润滑２７
5.2润滑油的选择２７
5.3密封方法的选取２７
结论２８
致谢２９
参考文献３０
1轴a2
2轴a2
齿轮a1
轴承压盖a4
设计目录
设计所包含文件
设计摘要部分
设计字数统计
