A总装图
摘要
本设计为型砂处理机筛分机构的设计，主要研究内容：激振器的机构设计；筛箱的结构设计；筛网的结构设计。
本设计是由激振器，参考圆振动筛的相关参数，初步确定凸轮轴的转速，从而确定线速度、筛箱的大孝筛网的孔径等相关数据。在保证生产率和筛分粒度的前提下完成总体结构的设计，然后根据总体结构，从而确定本设计的筛分机各个主要零部件的设计。
在主要零部件的设计中，主要包括运动参数的选择、振动工艺参数的计算、动力学分析和参数计算、电动机的选择、筛箱的设计、激振器轴承的选用及校核等，其中最重要的就是动力学分析和参数计算。凸轮轴采用铸钢做成，并使用新型材质以提高其的耐磨性和利用率。
本设计整体圆振动筛基础上更进一步提高了其筛分性能，结构简单、重量轻、外形尺寸孝设备费用低、运转安全、操作方便、便于维修和管理。
关键词：振动筛；激振器；筛面；筛分
Abstract
The design for the design of molding sand sieving mechanism of the processor, main research contents: mechanism design vibrator sieve box; structure design; structure design of the screen.
The design consists of a vibration exciter, referring to the related parameters of circular vibration sieve, preliminary determine the cam shaft speed, so as to determine the line speed, screen size, screen size and other related data. In ensuring the completion of the overall structure of the design condition of productivity and screening granularity, then according to the overall structure, so as to determine the design of main parts of each of the design of the screen.
The design of the main components, including the motion parameters, vibration parameters calculation, dynamic analysis and parameter calculation, the choice of motor, the design of screen box, vibrator bearing selection and checking calculation, in which the most important is the dynamic analysis and parameter. Cam shaft made by casting, and the use of new materials to improve their wear resistance and utilization.
The design of the whole circular vibrating screen based on further improving its crushing performance, simple structure, light weight, small size, low cost of equipment, operation safety, convenient operation, easy to repair and management.
Keywords: sieve; sieving ; shaker ; vibration; exciter
目录
1绪论1
1.1背景介绍1
1.2筛分机构研究内容3
1.3具体方案与措施4
1.4设计方案综述5
2运动学参数的选择6
2.1筛面的倾角6
2.2振动方向角7
2.3振幅7
2.4振动次数n 7
2.5物料的运送速度8
3振动筛工艺参数的计算9
3.1生产率的计算9
3.2筛面的长和宽的确定9
3.3筛面设计10
3.4筛面开孔率的计算11
3.5筛分效率11
4动力学分析及参数计算12
4.1振动筛的动力学分析12
4.2单轴振动筛的工作状态14
4.3隔振弹簧的确定16
4.4激振器偏心质量偏心距17
5电动机的选择18
6筛箱的设计21
6.1侧板和横梁21
6.2筛箱结构的焊接21
6.3筛面的固定方法21
7 V型带的设计23
8激振器轴承的选用及校核26
8.1振动筛轴承的选择26
8.2轴承的校核26
8.2.1寿命校核27
8.2.3结论28
9总结29
参考文献30
致谢31
字数统计
弹簧上支座
底面筛箱组件
端盖
筛网
筛箱筛网连接件
设计所包含文件
凸轮轴
侧面筛箱组件
弹簧定位块
弹簧下支座
平衡轮
轴承后端盖
轴承前端盖
带轮
弹簧支承装置
