2800NM3/h高溫旋風除塵器開發設計

論文編號:RN003  附任務書,開題報告,外文翻譯,論文正文字數:14802,頁數:58

摘    要

在高溫除塵領域中，有很大一部分是解決高溫煙氣的凈化。本文運用面向對象的編程并結合三維機械設計及圖像處理技術，設計開發了一種煙氣溫度在1000±200℃范圍內的2800NM3/h高溫旋風除塵器的三維仿真產品模型。
首先，基于高溫旋風除塵器的除塵特性并綜合考慮了節能、環保、材料及制造等因素，借助于SolidWorks三維機械設計軟件及圖像處理技術，對新型陶土高溫旋風除塵器進行結構初步設計，建立其結構基本模型。然后，運用面向對象的編程技術對基本模型進行可視化的交互結構設計，得出合理優化的產品結構尺寸。最后，完成新型2800NM3/h高溫旋風除塵器詳細結構的部件圖、裝配圖以及工程圖設計。
所開發的新型2800NM3/h 陶瓷高溫旋風除塵器具有耐高溫，不易變形、抗氧化、耐腐蝕、強度高等優點，其主體旋風子結構具有模塊化特征，經過并列組合，可形成在不同煙氣量條件下的系列化高溫除塵器產品。

關鍵詞：旋風除塵器，高溫，三維設計，面向對象，結構設計

Developing Design and Analysis of a 2800NM3/h New High Temperature Ceramic Centrifugal Separators

ABSTRACT

The thesis aims at designing and exploiting a new kind of high-efficiency cyclone to solve the problem of heat the dust separate of high temperature dust gas (about 1000±200℃) in many process industrys, by meanings of the object-oriented program, 3-D mechanism design and image handling technology.
Firstly, on the basis of the high-efficiency cyclone’s characteristics and such factors as energy saving, environmental protection, materials and manufacture, ect., meanwhile, using the software SolidWorks 3-D mechanism design and image handling technology to form the basic structure of the model, the basic structure of the high temperature ceramic high-efficiency cyclone can be preliminary designed.
Secondly, using the object-oriented programming software which can design and analysis the structure of the initial model , the optimized dimension of the high-efficiency cyclone can be got. Finally, the purposes of accomplishing the exploitation and development of 3-D part drawing, assembly drawing and engineering drawing of the new high temperature ceramic high-efficiency cyclone can be realized.
Finally, the purposes of accomplishing the exploitation and development of 3-D part drawing, assembly drawing and engineering drawing of the new high-efficiency cyclone can be realized. This new type of ceramic high-efficiency cyclone have the characteristics such as high temperature resistant,corrosion proof,high strength, oxidation resistance and etc.

Key words:  centrifugal separators，high temperature, structure design, there-dimensional design

目    錄

摘要…………………………………………………………………………  1
ABSTRACT……………………………………………………………………  2
0 引言………………………………………………………………………  4
1 高溫旋風除塵器除塵分析………………………………………………  5
1.1高溫旋風除塵器除塵原理……………………………………………  5
1.2高溫旋風除塵器的效率與阻力………………………………………  7
2 高溫旋風除塵器三維開發設計………………………………………… 10
2.1 高溫旋風除塵器初步設計思路……………………………………… 10
2.2 高溫旋風除塵器具體設計步驟……………………………………… 12
2．2．1一般結構旋風除塵器設計過程…………………………………… 12
2．2．2一般結構旋風除塵器設計尺寸確定……………………………… 13
2．2．3 SolidWorks 2004軟件介紹……………………………………  15
2．2．4  Visual FoxPro編程軟件的介紹……………………………… 18
2.2.5 基于Visual FoxPro6.0的高溫旋風除塵器的初部設計……… 28
3 2800NM3/h高溫旋風除塵器設計實例………………………………  35
3.1 2800NM3/h高溫旋風除塵器設計方案的選用………………………  35
3.2 2800NM3/h高溫旋風除塵器部分圖例………………………………  41
4 結論 ……………………………………………………………… 55
致謝 …………………………………………………………………… 56
參考文獻 ……………………………………………………………… 57
附錄 …………………………………………………………………… 59
譯文 ………………………………………………………………… 60
原文說明 ………………………………………………………………… 78