卧式搅拌机的结构设计

卧式搅拌机的结构设计

摘要

卧式搅拌机具有悠久的历史，它的应用范围极其广泛，在化学，机械，建筑，轻工业，重金属领域都会看见搅拌机的应用。从不同的角度可以把搅拌机分为立式和卧式两种，其中卧式搅拌机主要是指搅拌机的轴线与搅拌机回旋轴线都在水平的位置。

本文设计的卧式搅拌器在分析国内外搅拌机械的发展的基础上，设计一种新的卧式搅拌器，这种新的新的结构设计可用于面粉，饲料等粒状物质的搅拌和混合，相比传统的搅拌装置更加快速简单并且工作效率高。设计的搅拌器具有两个水平的传送方式，第一个是V型皮带和齿轮结合的第一主变速器，以实现混合操作。第二个是采用楔带和凸轮组成的传动方式，以提高搅拌工作效率。

在该课题中，对卧式搅拌器的基本结构，基本尺寸的详细设计和对搅拌器结构的建模和运动模拟，更为真实简单的体现设计的过程和结构分析，再进行安全分析校核的计算，搅拌器结构设计，参数计算，功率检查，从而确保该搅拌器稳定可靠的运转。

关键词卧式搅拌器；混合设备；搅拌机；上料装置

Structure Design of Horizontal Mixer

Abstract

This design introduced the development course of the domestic and foreign mixer machinery and domestic and foreign research trends，and the design of the mixer. Based on this topic agitator in the domestic and foreign research and development，design a new with vibratory mixing and row material function of horizontal agitator structure design scheme to be used for dry mixing operation．The horizontal mixer has two transmission systems，the first main drive system uses V belt and gear drive to achieve mixing operation．

In this paper, the design of horizontal agitator in the analysis of the domestic and foreign mixing based on the development of mechanical, design a new horizontal mixer, this new structure design can be used for flour, feed and other particulate matter and stir the mixture compared to the traditional stirring device is more simple and fast and high work efficiency. The design of the mixer has two levels of transmission, the first is the V type belt and gear combination of the first main transmission, in order to realize the mixed operation. The second is the use of the drive mode of the wedge and the cam to improve the efficiency of mixing

In the paper, the basic structure of horizontal agitator, the detailed design of the basic dimensions and the agitator structure modeling and motion simulation, more simple and true embodiment of the design process and structural analysis, and security analysis and checking calculation, agitator structure design, parameter calculation, check power, so as to ensure the stirrer is stable and

reliable operation.

Keywords Horizontal mixer, mixing equipment, mixer, feeding device

目录

摘要...................................................................................................................... I Abstract ............................................................................................................... II

第1章绪论 (1)

1.1课题研究意义 (1)

1.2 搅拌器国内外发展现状 (2)

1.3 卧式搅拌器发展趋势 (4)

1.4 论文主要研究内容 (5)

1.5 本章小结 (5)

第2章总体方案设计及参数设计 (6)

2.1 传动机构方案设计 (6)

2.2搅拌机容量确定 (7)

2.3搅拌机结构参数确定 (8)

2.4 搅拌功率的计算 (11)

2.5 传动装置工作参数计算 (13)

2.6带传动的计算 (14)

2.7本章小结 (19)

第3章卧式搅拌机零件设计 (20)

3.1 搅拌轴的设计 (20)

3.2 搅拌轴的校核 (22)

3.3 搅拌机结构设计 (24)

3.4 三维建模 (26)

3.5 本章小结 (27)

结论 (28)

致谢 (29)

参考文献 (30)

附录 (32)