摘要近年来，我国有些地区道路维修人员在告诉公路上摆放交通路锥时发生危险事故。为避免此类事见的发生，保证道路维修人员的安全，需要设计一款自动路锥收放机。在通过分析现有各种利弊后，提出本文的路锥输送方案。63540
通过调查发现，在国内对于交通路锥自动收放机已经研究出了实物并将投入使用。比较发现现在已有的路锥自动收放车使用的是皮带传顺机构，存在一些较突出的缺点，所以本文将改进原有的设计方案，而采用平行四边形机构重新对路锥传输机构进行改进。
本文的目的是改进原有自动路锥收放机的路锥输送机构。论文首先提出了输送平台的整体方案设计及所需解决的主要问题，包括路锥的放置方式、传动轴的设计方式、路锥平移方式的设计。然后进行了置锥平台的设计计算，主轴、副轴、主摇臂以及副摇臂的设计计算。接着对总体机构进行了运动分析。最后校验了相关机构疲劳强度刚度，得出该设计较符合要求。
本文设计路锥自动输送平台结构简单，效率较高，操作简单，具有广阔的应用前景。
毕业设计说明书（论文）外文摘要
Title The design of traffic road cones transmission mechanism and simulation platform
Abstract
In recent years, when the road maintenance personnel put the highway traffic cone, they meet some dangerous accidents. To avoid such things and ensure the safety of road maintenance personnel, we need to design an automatic road cones cassette player. So we propose a Road cones transmission scheme in this paper through analyzing variety of the existing de-icing technology.
The purpose of this article is to improve the road cones transportation agencies of the original automatic road cones cassette player. This paper first proposed the overall scheme of transmission platform design and the main problems needed to solve, including the placement of road cones way, the design of the drive shaft way, road cones truck mode design. Then it has carried on the cone platform of design and calculation, main shaft, auxiliary shaft, main rocker arm and rocker arm of the design and calculation. Finally it check the relevant institutions fatigue strength stiffness. I find the design meets the requirements.
The road cones automatic transmission platform has simple structure, high efficiency, simple operation. It has a broad application prospect.
Keywords The traffic road cones Parallelogram mechanism Mechanical design
目 次
1.绪论 1
1.1本课题的研究目的及意义 1
1.3本文研究的主要内容 2
2.总体方案设计 3
2.1总体方案的比较 3
2. 2平行四边形机构的简介 5
2.3交通路锥输送机构平台整体设计 6
2.4本设计需要解决的问题 7
3.机械部分的设计计算 8
3.1置锥平台的设计 8
3.2主轴的设计 9
3.3副轴的设计 15
3.4主摇臂的设计 18
3.5副摇臂的设计 19
3.6箱体的设计 交通路锥输送机构及平台设计与仿真:http://www.youerw.com/zidonghua/lunwen_70092.html