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首页> 外文期刊>Sadhana >Design and implementation of a navigation control system for slag pot carriers based on combination of active RFID and WiFi technologies
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Design and implementation of a navigation control system for slag pot carriers based on combination of active RFID and WiFi technologies

机译：基于有源RFID和WiFi技术相结合的渣罐车导航控制系统的设计与实现

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摘要

The supervision and management of staff and equipment will always result in performance enhancement. In Mobarakeh Steel Company which is located in Iran, the produced slag at electric arc furnaces was transported using slag pot carriers. In the absence of a control system to supervise the performance of these vehicles,managing replacement of slag pots was a challenging and difficult task. Although maintenance of slag pot carriers was expensive and needed specific expertise, there was no online supervisory system to avoid probable failures in vehicles. In order to improve the performance of the supervisory system of the slag pot carriers, a WiFi network was developed in the trajectory of slag pot carriers. Furthermore, the installed RFID-tags alongside the path of the travelling carriers have been read via the RFID-readers installed on the slag pot carriers. Then, the position and speed of the slag pot carriers were calculated and transmitted to the developed software. The performance of the slag pot carriers was improved by implementing the proposed new technology. In addition, stop time rate caused byobstruction of the roads was reduced by 80%. Thereby, systematic, efficient, and optimized slag pot replacement and personnel rotation schedules were developed and the desired productivity was achieved..
机译：人员和设备的监督和管理将始终提高绩效。在位于伊朗的Mobarakeh钢铁公司中，使用炉渣罐运输机将电弧炉产生的炉渣运输出去。在没有监督这些车辆性能的控制系统的情况下，管理炉渣罐的更换是一项艰巨而艰巨的任务。尽管炉渣罐车的维护费用昂贵并且需要专门知识，但没有在线监控系统来避免车辆可能发生的故障。为了提高渣罐车的监控系统的性能，在渣罐车的轨迹中开发了WiFi网络。此外，已通过安装在渣罐支架上的RFID阅读器读取了沿着行进支架路径安装的RFID标签。然后，计算出渣罐支架的位置和速度，并将其传输到开发的软件。通过实施建议的新技术，提高了渣罐运输车的性能。此外，由于道路阻塞而导致的停车时间减少了80％。因此，制定了系统，有效和优化的渣罐更换和人员轮换时间表，并实现了所需的生产率。

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