Utilizing Radio-Frequency Identification on Precast Concrete Components - Supplier's Perspective
Utilizing Radio-Frequency Identification on Precast Concrete Components - Supplier's Perspective
复制标题
在预制混凝土构件上使用射频识别 - 供应商的视角
DOI：
10.22260/isarc2002/0060
复制
发表时间：
2002
期刊：
影响因子：
--
通讯作者：
E. Ergen
中科院分区：
文献类型：
--
作者：
B. Akinci;M. Patton;E. Ergen
预制混凝土材料供应商对其从铸造到安装后 25 年内制造的组件负责。为了有效管理生产设施的生产和存储、简化施工流程并在出现问题时快速修复组件，有关组件的信息必须在整个 25 年生命周期内随时可用和更新。 Currently, suppliers use barcodes to track precast components and paper-based documents to store information about them. These approaches are time-consuming and error prone. Suppliers also face the problem of not finding the right information in a timely manner.本文讨论了利用射频识别技术 (RFID) 跟踪预制混凝土构件及其从制造到施工后的历史信息。 RFID is an automatic identification technology that uses memory chips attached/embedded to objects to transmit data about them.我们的讨论围绕我们开发的一个用例展开，该用例描述了当前的组件跟踪方法以及从大型预制制造商/安装商的角度提出的 RFID 技术利用方法。 We conclude with an assessment of benefits and limitations of the proposed utilization of RFID system for tracking precast concrete materials.
Precast concrete material suppliers are responsible for the components that they manufacture from casting until up to 25 years after installation. To effectively manage the production and storage at a the production facility, to streamline the construction process and to quickly repair a component should there be a problem, information about components must be readily available and updated throughout the 25 year life cycle. Currently, suppliers use barcodes to track precast components and paper-based documents to store information about them. These approaches are time-consuming and error prone. Suppliers also face the problem of not finding the right information in a timely manner. This paper discusses the utilization of radio frequency identification technology (RFID) for tracking precast concrete components and their historical information from fabrication to post-construction. RFID is an automatic identification technology that uses memory chips attached/embedded to objects to transmit data about them. Our discussion revolves around one use case that we developed describing the current component tracking approach and the proposed approach utilization of RFID technology from a large-scale precast manufacturer/erector’s perspective. We conclude with an assessment of benefits and limitations of the proposed utilization of RFID system for tracking precast concrete materials.