参考三维装配图
立轴式破碎机的设计
摘要
在制造建材产品的过程中，不论从基础材料到成品的工序中，都需要通过破碎，研磨的工艺使得表面积增大达到加快熵变的产生。均匀的接触，流动性的提升，不仅能使反应速度提高，也能方便运输跟贮存。精细的研磨可以在不改变原料的质量的前提下，轻松地提升成品的质量。这不仅仅节省产品在生产过程中的损失，也为低碳于优质生产提供了保障。
对于一般使用研磨技术的行业来讲，通过使用机械零件来冲击粉碎原材料是普遍采用的方式。并且机械设备的效率高，经济效益好。而在目前机械设备中，研磨破碎的设计仍是主要改进和设计目的。
而相较于在矿物跟建筑行业，各种机械破碎机都或多或少存在功耗过高，却产能不高的问题。对比于目前行业“以破代磨”的技术来说，通过提高破碎效率，降低研磨物质的颗粒大小，提升研磨效率，减少功耗。
本是通过分析得来的数据库信息，分析问题所在，并横向比较其优缺点。
关键词立轴式；研磨；破碎机；物料；
Vertical shaft crusher design
Abstract
In the manufacture of building materials products, no matter from the basic materials to finished products in the process,we need to break through the grinding process to increase the surface area, to speed up the generation of entropy changes.The uniform contact and the promotion of fluidity can not only increase the reaction speed, but also facilitate the transportation and storage.Fine grinding can easily improve the quality of finished productswithout changing the quality of the raw material.This not only saves the product in the production process the loss, also provided the safeguard for the low carbon to the high quality production.
For general grinding industries, the use of mechanical parts to impact the crushing of raw materials is a common practice.Moreover, the mechanical equipment has high efficiency and good economic returns. In the current mechanical equipment, grinding and crushing design is still the main improvement and design purposes.
And compared to the mineral and construction industry, all kinds of mechanical crusher are more or less high power consumption, but the production capacity is not high.In contrast to the current industry"broken generation grinding" technology, by improving the crushing efficiency, reducing the size of abrasive particles, improve grinding efficiency, reduce power consumption.
In this paper,we analyze the database information, analyze the problems and compare the advantages and disadvantages of them.
Keywords Vertical shaft;Grind;Crusher;Materiel
目录
摘要I
Abstract II
第1章绪论1
1.1立轴式破碎机设计概述1
1.2分析设计及所需要求1
1.3国内外现状2
第2章破碎机方案选择4
2.1工作原理概述4
2.2破碎机构造4
2.3确定生产5
2.4机型选择5
2.5本章小结6
第3章传动机构的设计7
3.1选取电动机7
3.2传动装置的设计7
3.3本章小结10
第4章整体参数的设定11
4.1结构参数11
4.2工作参数的选择13
4.3转子的结构设计15
4.4轴承键的选取24
4.5本章小结26
第5章其他零件相关27
5.1反击板的设计27
5.2门的设计27
5.3密封装置28
5.4轴承28
5.5支架29
5.6本章小结29
结论30
参考文献31
致谢32
附录A 33
附录B 38
立轴式破碎机装配图
底座
反击板
方头螺栓
隔板
机盖
进料口
门
设计目录
设计所包含文件
设计字数统计
中英文摘要
主轴
主轴带轮
转子
