Shanghai Dongfang Chunyi Project adopts China Construction Steel Structure RFID technology
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There are thousands of various steel components in high-rise buildings. Once a certain one is found to have quality problems, it is always time-consuming, laborious and inefficient to trace the source. Today, an IoT management system can track and record the whole process from steel to steel components. The technology has been put into use, and it is just a click of a mouse to know the steel supplier, the installation unit, etc.
The reporter learned on the 23rd that the Shanghai Dongfang Junyi project under construction in Pudong has adopted this kind of steel structure.Internet of ThingsThis technology was developed by China Construction Steel Structure East China Region and put into use in the national construction field for the first time. Relying on this technology, it is very convenient to draw a steel structure building quality traceability map.
Dongfang Chunyi Project is a commercial building. On the construction site, various steel components such as steel beams and steel columns are transported into the construction site from time to time. The reporter found that each steel member was pasted with a small piece of paper with a barcode and a string of “passwords” consisting of numbers and letters.
The staff of China Construction Steel Structure Co., Ltd.Readerscan the small pieces of paper on each steel component, and the screen of the reader will immediately display various information such as the component’s name, number, specification, category, weight and the part to be installed.
The staff said, “Using the steel structure Internet of Things technology, each component has this kind of label, and the content of this label is different, that is to say, the label on each component is unique’ electronic ID card’.”
The China Construction Steel Structure Internet of Things management system uses electronic chips, radio frequency identification (RFID), sensors and other information sensing equipment, realize real-time monitoring of raw materials, steel, and finished components, and share basic data with multiple departments and links. The system is composed of three modules: steel management, component management, and report query, and realizes four functions: visual accurate positioning function, full-cycle real-time monitoring function, traceable collaborative management function and intelligent data analysis function.
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