设计简介
摘 要
众所周知，高性能插秧机是与当今世界插秧机设计，制造技术接轨的高新技术。在当前低碳经济环境下，步行成为一种时尚，步行与插秧机结合起来，具有着许多的科技含量。本设计是基于洋马步行式插秧机为原型，设计插秧机的传动部分。为保证水稻栽植的顺利进行，栽植运动的传动部分系统设计至关重要。本文对传动系统进行分析和计算，得到合理的机构参数，为插秧机的传动系统设计提供依据。
关键词：插秧机；传动系统；设计；机构
The hand transplanter drive part design
Abstract:As everyone know,high performance rice transplanter transplanting machine is with the word,manufacturing technology of new and high technology standards.In the current low carbon economy environment,walking becomes a kind of fashion,walking and transplanting machine together,have a lot of content of science and technology. The design is based on the race walking type rice transplanter for prototype,design of rice transplanter drive part.In order to ensure the smooth rice planting,planting motion transmission part of the system design is very important.In this paper,the transmission system analysis and calculation,a reasonable structure parameters for rice transplanter,the transmission system design basis.
Key words: Rice transplanter；transmission system；design；mechannism
目 录
1 绪论......................................................5
2 手扶插秧机的整体设计......................................7
2.1 插秧机的基本结构及分类................................7
2.2 洋马步行式插秧机工作原理...............................8
2.3 洋马步行式插秧机的传动原理.............................9
3 机械零部件选择及设计......................................10
3.1 发动机的选择.......................................... 11
3.2 减速器中各主要参数的确定...............................11
3.3 减速器中轴设计计算.....................................12
3.3.1 轴的主要参数........................................12
3.3.2 轴的输入扭矩计算....................................13
3.4 平带轮传动参数设计.....................................13
3.5 齿轮传动的设计计算.....................................14
3.6 主轴的设计计算.........................................16
3.7 轴承的校核.............................................18
4 操纵部分设计...............................................18
4.1 速度及株距操纵系统.....................................18
4.2 转向离合操纵系统.......................................19
5 结束语.....................................................20
6 参考文献...................................................20
众所周知，高性能插秧机是与当今世界插秧机设计，制造技术接轨的高新技术。在当前低碳经济环境下，步行成为一种时尚，步行与插秧机结合起来，具有着许多的科技含量。本设计是基于洋马步行式插秧机为原型，设计插秧机的传动部分。为保证水稻栽植的顺利进行，栽植运动的传动部分系统设计至关重要。本文对传动系统进行分析和计算，得到合理的机构参数，为插秧机的传动系统设计提供依据。
关键词：插秧机；传动系统；设计；机构
The hand transplanter drive part design
Abstract:As everyone know,high performance rice transplanter transplanting machine is with the word,manufacturing technology of new and high technology standards.In the current low carbon economy environment,walking becomes a kind of fashion,walking and transplanting machine together,have a lot of content of science and technology. The design is based on the race walking type rice transplanter for prototype,design of rice transplanter drive part.In order to ensure the smooth rice planting,planting motion transmission part of the system design is very important.In this paper,the transmission system analysis and calculation,a reasonable structure parameters for rice transplanter,the transmission system design basis.
Key words: Rice transplanter；transmission system；design；mechannism
目 录
1 绪论......................................................5
2 手扶插秧机的整体设计......................................7
2.1 插秧机的基本结构及分类................................7
2.2 洋马步行式插秧机工作原理...............................8
2.3 洋马步行式插秧机的传动原理.............................9
3 机械零部件选择及设计......................................10
3.1 发动机的选择.......................................... 11
3.2 减速器中各主要参数的确定...............................11
3.3 减速器中轴设计计算.....................................12
3.3.1 轴的主要参数........................................12
3.3.2 轴的输入扭矩计算....................................13
3.4 平带轮传动参数设计.....................................13
3.5 齿轮传动的设计计算.....................................14
3.6 主轴的设计计算.........................................16
3.7 轴承的校核.............................................18
4 操纵部分设计...............................................18
4.1 速度及株距操纵系统.....................................18
4.2 转向离合操纵系统.......................................19
5 结束语.....................................................20
6 参考文献...................................................20
