基于QFDE的再制造清洗除垢机绿色设计

Chen Chen, Qingshan Gong, Mingmao Hu, Zhigang Jiang, Yurong Xiong, Zhanlong Cao
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引用次数: 0

摘要

由于经济衰退和自然资源短缺的压力日益加剧,强调了钢板再利用的重要性。通过再制造清洁过程去除钢板表面的锈蚀,使其可以重复使用,从而减少钢材浪费并节省成本。但再制造清洗过程存在劳动强度大、能耗高、污染大等缺点。因此,有必要设计一种高效、低污染、清洁除锈效果好的再制造清洗除垢机。首先,采用面向环境的质量功能展开法(QFDE)获取设计人员需要关注的功能特征,并通过构建功能结构展开解域获得较好的结构方案;除垢机的设计对客户和制造商来说都是双赢的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Green Design of A Descaling Machine for Remanufacturing Cleaning Based on QFDE
The importance of the reuse of steel plates is highlighted, because of the intensifying pressure of recession and natural resource shortages. The surface rust of steel plates is removed by a remanufacturing cleaning process so that they can be reused, which in turn reduces steel waste and saves costs. However, the remanufacturing cleaning process has disadvantages such as high-labor intensity, high-energy consumption, and high pollution. Therefore, it is necessary to design a descaling machine for remanufacturing cleaning with high efficiency, low pollution, and good cleaning and rust removal effect. Firstly, quality function deployment for the environment (QFDE) is used to obtain the functional characteristics that the designer needs to focus on, and a better structural scheme is obtained by constructing the functional structure expansion solution domain. The design of a descaling machine is a win-win for both customers and manufacturers.
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