为提高变电站的工具管理和作业效率,提出一种基于射频识别(Radio Frequency Identification,RFID)技术的智能工具箱系统。采用超高频RFID标签、读写器、天线及数据处理单元,通过模块化设计实现工具的实时识别、状态监控和作业优化。实...为提高变电站的工具管理和作业效率,提出一种基于射频识别(Radio Frequency Identification,RFID)技术的智能工具箱系统。采用超高频RFID标签、读写器、天线及数据处理单元,通过模块化设计实现工具的实时识别、状态监控和作业优化。实验结果表明,RFID系统显著提高了工具管理的准确性,降低了工具丢失率,优化了作业流程。展开更多
在快速更迭、趋势驱动的鞋服产业链中,供需结构正从传统的大批量规模化制造向柔性化、小单快返与定制化服务形态加速演变。以往依赖人工扫码、纸质流转卡和经验管理的生产调度方式,已难以在更短交付周期、更高库存周转率与更强质量追溯...在快速更迭、趋势驱动的鞋服产业链中,供需结构正从传统的大批量规模化制造向柔性化、小单快返与定制化服务形态加速演变。以往依赖人工扫码、纸质流转卡和经验管理的生产调度方式,已难以在更短交付周期、更高库存周转率与更强质量追溯要求的多重压力下维系稳定运转。对此,以射频识别(radio frequency identification,RFID)技术与生产执行系统(manufacturing execution system,MES)的深度协同为核心,构建一套贯穿仓储入库、工序采集、物料流转与成品出库的智能仓储与生产追溯体系,从编码体系设计、感知网络部署、工序事件建模、跨系统协同与追溯链路集成等方面展开论证,并验证该体系在识别精度、事件延迟、数据净化与系统同步等关键技术指标上的显著提升。展开更多
文章提出一种基于物联网射频识别(Radio Frequency Identification,RFID)技术的智能密集架控制系统,该系统通过RFID读写器、条码扫码枪及智能操作系统,实现对档案的快速定位、自动盘点、借阅归还登记及温湿度监控。系统支持本地数据与...文章提出一种基于物联网射频识别(Radio Frequency Identification,RFID)技术的智能密集架控制系统,该系统通过RFID读写器、条码扫码枪及智能操作系统,实现对档案的快速定位、自动盘点、借阅归还登记及温湿度监控。系统支持本地数据与云端数据的实时交互与同步,能够提高档案管理的效率与准确性,并通过RFID通道门实现出入库安全防护。研究表明,基于物联网RFID的智能密集架控制系统,能够显著优化档案管理流程,实现档案从无序存放到有序管理的转变。展开更多
在处理复杂环境下的定位问题时,射频识别(Radio Frequency Identification,RFID)的信号会受到多种环境因素的影响而产生随机波动,导致定位结果与实际位置存在偏差,影响仓储配送的准确性和效率。因此,文章提出基于RFID虚拟标签的电力物...在处理复杂环境下的定位问题时,射频识别(Radio Frequency Identification,RFID)的信号会受到多种环境因素的影响而产生随机波动,导致定位结果与实际位置存在偏差,影响仓储配送的准确性和效率。因此,文章提出基于RFID虚拟标签的电力物资仓储配送模糊定位方法——为电力物资生成RFID虚拟标签,通过无线射频扫描技术获取这些标签所发出的无线射频信号,引入超宽带(Ultra Wide Band,UWB)无线定位技术进行辅助,通过卡尔曼滤波来整合RFID虚拟标签数据和无线定位技术获取的位置数据;在获取信号后,利用基于射频识别技术的室内定位算法对信号进行处理和分析,以此实现电力物资在仓储配送过程中的模糊定位。实验证明,所提方法定位误差不超过0.1 m,可以实现对物资的精准追踪与定位。展开更多
Radio Frequency Identification(RFID)technology has emerged as a promising solution for real-time tracking and monitoring in the petroleum industry.This study systematically reviews recent advancements in RFID applicat...Radio Frequency Identification(RFID)technology has emerged as a promising solution for real-time tracking and monitoring in the petroleum industry.This study systematically reviews recent advancements in RFID applications for petroleum asset management,logistics,and safety.The research is based on an extensive review of peer-reviewed literature,industry reports,and experimental case studies involving RFID deployment in refinery operations and pipeline monitoring.The study also examines practical implementation challenges,including signal interference due to metal surfaces,high initial costs associated with infrastructure setup,and integration complexities with existing digital systems such as SCADA and IoT platforms.Furthermore,issues related to data security and the potential for unauthorized access are discussed as critical concerns that need to be addressed for large-scale adoption.Despite these limitations,RFID technologydemonstrates significant potential in optimizing supply chain management,enhancing real-time asset tracking,and improving workplace safety in petroleum engineering.The ability to automate inventory management,reduce operational downtime,and enhance predictive maintenance further underscores its strategic importance.Future research should focus on overcoming technical barriers through the development of advanced RFIDtags with higher resistance to extreme environmental conditions and improved data encryption techniques.Additionally,cost-effective deployment strategies andinteroperability standards must be established to facilitate broader industry adoption.Collaborative efforts between researchers,technology developers,and industry stakeholders will be essential in driving innovation and ensuring the successful integration of RFID into the petroleum sector.展开更多
文摘为提高变电站的工具管理和作业效率,提出一种基于射频识别(Radio Frequency Identification,RFID)技术的智能工具箱系统。采用超高频RFID标签、读写器、天线及数据处理单元,通过模块化设计实现工具的实时识别、状态监控和作业优化。实验结果表明,RFID系统显著提高了工具管理的准确性,降低了工具丢失率,优化了作业流程。
文摘在快速更迭、趋势驱动的鞋服产业链中,供需结构正从传统的大批量规模化制造向柔性化、小单快返与定制化服务形态加速演变。以往依赖人工扫码、纸质流转卡和经验管理的生产调度方式,已难以在更短交付周期、更高库存周转率与更强质量追溯要求的多重压力下维系稳定运转。对此,以射频识别(radio frequency identification,RFID)技术与生产执行系统(manufacturing execution system,MES)的深度协同为核心,构建一套贯穿仓储入库、工序采集、物料流转与成品出库的智能仓储与生产追溯体系,从编码体系设计、感知网络部署、工序事件建模、跨系统协同与追溯链路集成等方面展开论证,并验证该体系在识别精度、事件延迟、数据净化与系统同步等关键技术指标上的显著提升。
文摘文章提出一种基于物联网射频识别(Radio Frequency Identification,RFID)技术的智能密集架控制系统,该系统通过RFID读写器、条码扫码枪及智能操作系统,实现对档案的快速定位、自动盘点、借阅归还登记及温湿度监控。系统支持本地数据与云端数据的实时交互与同步,能够提高档案管理的效率与准确性,并通过RFID通道门实现出入库安全防护。研究表明,基于物联网RFID的智能密集架控制系统,能够显著优化档案管理流程,实现档案从无序存放到有序管理的转变。
文摘Radio Frequency Identification(RFID)technology has emerged as a promising solution for real-time tracking and monitoring in the petroleum industry.This study systematically reviews recent advancements in RFID applications for petroleum asset management,logistics,and safety.The research is based on an extensive review of peer-reviewed literature,industry reports,and experimental case studies involving RFID deployment in refinery operations and pipeline monitoring.The study also examines practical implementation challenges,including signal interference due to metal surfaces,high initial costs associated with infrastructure setup,and integration complexities with existing digital systems such as SCADA and IoT platforms.Furthermore,issues related to data security and the potential for unauthorized access are discussed as critical concerns that need to be addressed for large-scale adoption.Despite these limitations,RFID technologydemonstrates significant potential in optimizing supply chain management,enhancing real-time asset tracking,and improving workplace safety in petroleum engineering.The ability to automate inventory management,reduce operational downtime,and enhance predictive maintenance further underscores its strategic importance.Future research should focus on overcoming technical barriers through the development of advanced RFIDtags with higher resistance to extreme environmental conditions and improved data encryption techniques.Additionally,cost-effective deployment strategies andinteroperability standards must be established to facilitate broader industry adoption.Collaborative efforts between researchers,technology developers,and industry stakeholders will be essential in driving innovation and ensuring the successful integration of RFID into the petroleum sector.
