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Safety Management of Assembled Construction Site Based on Internet of Things Technology

机译:基于事物互联网的组装施工现场安全管理

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As a new production method, assembled construction has many advantages such as high construction efficiency, short construction period, low labor cost and low energy consumption. It has attracted extensive attention from scholars at home and abroad. In the safety management of fabricated building construction, the links of major safety hazards mainly include seven parts of assembled component shipment, on-site storage, hoisting operation, temporary support system, frontier high-level operation protection, temporary power consumption, safety education and training. There have been many problems, and it has been difficult to meet the needs of large dataset and real time. Because radio frequency identification (RFID) technology has data non-contact reading, no manual intervention, not limited to line of sight, simultaneous reading and writing of multiple radio frequency tags, long-distance recognition, fast and accurate data acquisition and input, etc. This provides a new solution to solve existing tracking problems. Through actual research, the experimental results of the dynamic reading, multi-label simultaneous reading, and pasting of different positions in the actual application of electronic tags were tested and analyzed.
机译:作为一种新的生产方法,组装结构具有许多优点,如高建筑效率,施工短,劳动力成本低,能耗低。它吸引了国内外学者的广泛关注。在制造建筑施工的安全管理中,主要安全危险的联系主要包括七个组装成分装运,现场储存,吊装操作,临时支撑系统,前沿高级操作保护,临时功耗,安全教育和安全教育和训练。出现了很多问题,并且很难满足大型数据集的需求和实时。由于射频识别(RFID)技术具有数据非接触式读数,因此无手动干预,不限于视线,同时读取和写入多个射频标签,远程识别,快速准确的数据采集和输入,等等。这提供了解决现有跟踪问题的新解决方案。通过实际研究,测试并分析了在电子标签实际应用中的动态读数,多标签同时读取和粘贴不同位置的实验结果。

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