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Design and Research of Similarity and its Serialization of the Flotation Machine’s Key Structure

机译:浮选机关键结构的相似性设计及其序列化研究

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摘要

Aiming at the problems such as more repeatedly design and longer design cycle, in this paper, the similarity theory was introduced to the design process of the key structures of flotation machine. The impeller and U-shaped tank of flotation machine system were analyzed as similarity unit. Meanwhile, the level of similarity of the units and the similarity of the system were calculated. Based on the analysis of the impeller and the size of U-shaped tank, the similarity criteria were derived. The derived conclusions are: (1) The relationship between the diameter of the impeller and the volume of the tank was power function and calculated as the similarity criteria of the impeller (2) The relationship between the ratio between the U-shaped tank’s cross-sectional area and impeller’s diameter and the volume of the tank was power function and calculated as the similarity criterions of the U-shaped tank. Using the similarity criterion combined with computer technology and database technology to realize part and system serialization design. The results show that the research can avoid repeatedly design, shorten design cycle, and raise the design efficiency.
机译:旨在诸如更重复的设计和更长的设计周期等问题,本文将相似理论引入了浮选机的关键结构的设计过程。分析了浮选机系统的叶轮和U形罐作为相似性单元。同时,计算单位的相似性和系统的相似性。基于对叶轮的分析和U形罐的尺寸,得出相似标准。衍生的结论是:(1)叶轮直径与罐的体积之间的关系是功率函数,并且作为叶轮(2)的相似性标准计算,U形箱交叉之间的比率之间的关系。截面和叶轮的直径和罐的体积是功率函数,并计算为U形罐的相似性标准。使用相似性标准与计算机技术和数据库技术相结合,实现零件和系统序列化设计。结果表明,该研究可以避免反复设计,缩短设计周期,并提高设计效率。

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    School of Mechanical and Automotive Engineering, Hefei University of Technology, Hefei 230009, China;

    School of Mechanical and Automotive Engineering, Hefei University of Technology, Hefei 230009, China;

    Tongguan Mining and Metallurgy Equipment Co., Tongling 244000, China;

    School of Mechanical and Automotive Engineering, Hefei University of Technology, Hefei 230009, China;

    Microsoft Corporation, Redmond, WA 98052, USA;

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