磨片式固液分离机的设计含5张CAD图带开题报告+说明书

装配图

磨片式固液分离机的设计
摘要

对磨片式固液分离机的结构和工作原理进行设计和说明，从而优化分析设计出符合实际效用的固液分离机。
在方案设计中，通过选择计算，确定磨片式固液分离机的电动机的型号为Y100L2-4、Y80M2-4；通过设计计算，确定减速器的相应的参数；通过系统设计和结构设计，确立定片、动片以及螺旋轴的设计参数，完成磨片式固液分离机的设计。
总体而言，磨片式固液分离机是一种新型式的分离机，其动力由螺旋轴推进，动、定片间隔组成一组或几组过滤单元，从进口到出口，螺旋轴螺距逐渐变小，物料在动定片腔内的压力增大，使水从动片与定片间隙滤出，而且在出口处设置背压板增加内部压力实现连续快速脱水。从而提高了生产效益和物料利用率，降低了生产成本，还能避免浪费和污染，有利于保护生态环境。

关键词：实体模型；电动机；减速器；螺旋轴；固液分离机

ABSTRACT
The structure andworking principle of the disc type solid-liquid separator are designed and explained, so as to optimize the analysis and design the solid liquid separatorwhich is in linewith the actual effect.
In the scheme design, through the selection of calculation, the model of the motor of the disc type solid-liquid separator is determined to be Y100L2-4 and Y80M2-4. Through the design and calculation, the corresponding parameters of the reducer are determined. Through the design of the system and the structure design, the design parameters of the fixed piece, the dynamic film and the spiral shaft are established, and the grinding disc type solid-liquid separator is completed. Design.
In general, the mill type solid-liquid separator is a new type separator. Its power is driven by a spiral shaft, and the interval of moving and fixing is composed of a group or several groups of filter units. From the inlet to the exit, the spiral shaft pitch is gradually smaller. The pressure of the material in the moving chamber is increased, and thewater follower and the clearance gap are filtered out. The back pressure plate is set up at the outlet to increase internal pressure to realize continuous and rapid dehydration. Thus improving production efficiency and material utilization rate, reducing production cost, avoidingwaste and pollution, and protecting ecological environment.
Keywords: solid model; motor; reducer; screw shaft; solid-liquid separator

目录
摘要I
ABSTRACT II
第1章绪论1
1.1研究背景与意义1
1.2国内外分离机械的研究现状1
1.2.1分离机的分类1
1.2.2国内分离机研究历程2
1.2.3国外分离机研究概况3
1.2.4存在的问题4
1.3固液分离机的研究内容与设计思路4
1.4小结4
第2章磨片式固液分离机的结构及原理5
第3章驱动装置的选定7
3.1固液分离机的驱动装置7
3.2驱动电机的选择7
3.3减速器的设计9
3.4小结10
第4章固液分离装置的设计12
4.1固液分离装置的设计12
4.2定片的设计12
4.3动片的设计13
4.4螺旋轴的设计13
4.5齿轮轴的设计16
4.6小结16
第5章机架的设计17
5.1机架的设计17
第6章总结与展望19
6.1总结19
6.2展望19
致谢20
参考文献21

定片

定位轴

动片

螺旋轴

设计目录

设计所包含文件

设计摘要部分

设计字数统计