吊装运输系统中基于拖车的轨道监测

Armin Siegel, A. Zhakov, Hailong Zhu, T. Schmidt, S. Hummel, Lars Fienhold
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引用次数: 4

摘要

在300毫米半导体工厂中,高架运输(OHT)系统用于安全快速的晶圆运输。这些系统由铁路网络和OHT车辆组成。轨道系统的部件由于车辆的运动而受到高应力的影响。铁路网中单个故障相关的故障会造成相当大的损害和生产损失。因此,有必要将故障概率降低到最小。出于这个原因,应该对这样的铁路系统进行广泛的预防性维护。为了准备转变为基于状态的维护策略,我们开发了一个铁路状态监测测量平台。本文描述了该平台的设计,并给出了用于空间对准检查的三维测量数据采集的第一个示例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Trailer based rail monitoring in overhead hoist transport systems
In 300 mm semiconductor factories, overhead transport (OHT) systems used for safe and fast transportation of wafers. These systems consist of a rail network and OHT vehicles. The components of the rail system are subject to high stress through vehicle motion. Individual fault-related failures in the rail network can cause considerable damage and loss of production. Therefore, it is necessary to reduce the fault probability to a minimum. For this reason, extensive preventive maintenance should be used with such a rail system. In preparation to change to a condition-based maintenance strategy, we developed a measuring platform for rail condition monitoring. This article describes the design of this platform and presents a first example of 3-D measurement data acquisition for spatial alignments checks.
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