Automatic Sorting of Small Electronic Device Scraps to Facilitate Tantalum Recycling

S. Koyanaka, Kenichiroh Kobayashi, T. Oki
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引用次数: 2

Abstract

may be available in the future, this technique has not yet been completed as a sorter. The purpose of this study is to ascertain the applicability of our developed automatic sorting technique, which combines a laser 3D shape detection system and a weight meter, to the separa-Resources Abstract After precise dismantling of 49 scrap cellular phone models released between 1999 and 2007, it was found that the average number of tantalum condensers used in the cellular phone models decreased significantly after 2005. The automatic sorting technique which combines a weight meter with a laser three-dimensional shape-detection system was used to identify whether a scrap cellular phone was released before 2004 or after 2005. As the result, the automatic sorting technique was ade-quate for separating 191 different scrap cellular phone models into those two groups. In addition, automatic sorting of various other small electronic devices into three groups based on resource value was achieved with high accuracy.
小型电子设备废料自动分拣,方便钽回收
将来可能可用,这种技术尚未完成作为分选器。摘要对1999年至2007年发布的49款报废手机进行精密拆解后发现,2005年以后,这些手机中钽电容器的平均使用量明显减少。自动分拣技术结合了重量计和激光三维形状检测系统,用于识别废弃手机是在2004年之前还是在2005年之后发布的。结果,自动分类技术足以将191种不同的废旧手机型号分为这两组。此外,还实现了将其他各种小型电子设备根据资源价值自动分拣为三组的高精度。
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