三维装配图
小型葡萄除梗破碎机的设计
摘要
葡萄除梗破碎机是及葡萄除梗和破碎与一体的设备，主要用于葡萄酿造的过程中，对葡萄进行破碎和除梗。葡萄破碎的目的是使葡萄果粒破碎而释放出果汁。工作时，葡萄从料斗投入后，在输送螺旋的推动下进入除梗装置进行除梗。梗从出口排出，浆果从筛孔中排出并在缠绕在筛桶外壁上的螺旋的推动下落入破碎装置进行破碎，然后由排料装置排出
本次设计主要针对葡萄除梗破碎机进行设计。首先，通过对葡萄除梗破碎机结构及原理进行分析，在此分析基础上提出了总体结构方案；接着，对主要技术参数进行了计算选择；然后，对各主要零部件进行了设计与校核；最后，通过AutoCAD制图软件绘制了葡萄除梗破碎机总装图、传动装置装配图及主要零部件图。
通过本次设计，巩固了大学所学专业知识，如：机械原理、机械设计、材料力学、公差与互换性理论、机械制图等；掌握了普通机械产品的设计方法并能够熟练使用AutoCAD制图软件，对今后的工作于生活具有极大意义。
关键词:葡萄，除梗，破碎机，电机
Abstract
In addition to stem crusher grapes and grape stems and crushing equipment in addition to the one of the main grapes used in the process, except for grape crushing and stems. The purpose is to make the grape crushing grapes crushed to release the juice fruit. Work, grapes from the hopper, in addition to conveying screw driven into the device except terrier terrier. Stems from the outlet, berries and discharged from the mesh screenwrapped around the barrel at the outerwall of the spiral of falling into the crusher crushing pushing, and then discharged from the discharge device
The design of the main stems except for grape crusher design. First, except for grape stalk crusher structure and principles for analysis, based on the analysis presented in the overall structure of the program; Next, the main technical parameterswere calculated choice; then, for the main componentswere designed and Verification ; Finally, AutoCAD drawing software to draw a grape crusher in addition to stem assembly diagram, the main gear assembly drawings and parts diagram.
Through this design, the consolidation of the university is expertise, such as: mechanical principles, mechanical design, mechanics of materials, tolerances and interchangeability theory, mechanical drawing, etc; mastered the design method of general machinery products and be able to skillfully use AutoCAD drawing software for the futurework of great significance in life.
Keywords: Grapes, Except terrier, Crushers, Motors
目录
摘要I
Abstract II
第一章绪论1
1.1设计目的和意义1
1.2国内研究及发展现状1
第二章总体方案设计2
2.1方案设计2
2.2工作原理分析2
第三章各主要零部件的设计3
3.1电机的选择3
3.2总体动力参数计算3
3.2.1传动比计算3
3.2.2各轴的转速3
3.2.3各轴的输入功率4
3.2.4各轴的输入转矩4
3.3除梗系统的设计4
3.3.1 V带传动的设计4
3.3.2齿轮传动设计7
3.3.3轴及轴承、键的设计11
3.3.4除梗装置设计13
3.4破碎系统的设计15
3.4.1齿轮传动设计15
3.4.2破碎轮轴设计19
3.4.2破碎轮设计21
3.5出料装置设计21
3.5.1蜗杆减速机的选择21
3.5.2 V带传动设计22
3.5.3出料螺旋搅龙设计24
3.6机架设计26
第四章基于Pro/E的三维设计27
4.1 Pro/E三维设计软件概述27
4.2三维设计27
4.2.1除梗系统设计27
4.2.2破碎系统设计28
4.2.3出料装置设计28
4.2.4总体装配设计28
总结30
参考文献31
致谢32
装配图-A0
出料搅龙-A3
大齿轮-A2
大带轮-A2
破碎轮轴-A3
双联齿轮-A2
小带轮-A3
设计目录
摘要部分
字数统计
