阴极射线管的拆卸过程

T. Aanstoos, I. Braithwaite, J. House, D. Robinson, S. Nichols
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引用次数: 0

摘要

随着计算机及其部件技术的进步,使用寿命缩短,导致大量设备面临处置。使用的阴极射线管由于其含铅量尤其会对环境造成危害。CRT玻璃的有效回收需要一个经济的拆解过程,从而产生识别和分离良好的玻璃,满足新CRT使用的质量要求。一个高年级学生设计团队研究了如何在最短的时间和成本下分离CRT管,并将接触铅的危害降到最低。对四种概念变体进行了实验室实验,并对实验结果进行了分析。设计团队得出结论,从漏斗中切割面板,并通过塑料介质爆破去除涂层是研究的最佳方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Disassembly process far a cathode ray tube
As computers and their components progress in technology, useful life shortens, leading to large volumes of equipment facing disposition. Used cathode ray tubes especially pose environmental risks due to their lead content. Effective recycling of CRT glass requires an economical disassembly process that results in well-identified and separated glass that meets quality needs for use in new CRTs. A senior student design team studied the problem of how to separate CRT tubes with minimum time and cost, and minimum hazard due to exposure to lead. Laboratory experiments were conducted on four concept variants and the results were analyzed. The design team concluded that diamond cutting of the panel from the funnel, and removal of coatings by plastic media blasting, is the best method studied.
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