摘要
针对传统纺纱机械故障人工排查的现状,在不对现有机器结构进行较大改造的前提下,设计了一套基于RFID技术,并包括软硬件在内的坏锭追踪系统,实现了细络联的故障快速检测与全程质量追溯。系统采用三层架构,基于纺纱机械和射频标签构建感知层,利用控制层的大数据处理能力,在应用层提供多元服务。实践结果表明,系统可有效地进行故障报警和自动定位,降低纱线次品率,提高产品质量。
Aiming at the status of manual troubleshooting of traditional textile machinery, a set of fault spindle tracking system based on RFID technology, including hardware and software, is designed without major modification of the existing machine structure. The system realizes the rapid fault detection and quality tracing of spinning-winding unit in the whole process. Based on the perceptual layer structured by textile machinery and radio frequency tag, the system having three-layer framework uses the large data processing capability of control layer to provide multiple services at the application layer. Practical results show that the system can be effective in fault warning and automatic location, reducing the yarn defect rate and improving the quality of products.
作者
张立敏
林恒灿
吴涛
Zhang Limin Lin Hengcan Wu Tao(School of Information Science and Technology, Lingnan Normal University, Zhanjiang 524048, Guangdong, China Chung Charm Textiles Limited, Zhanfiang 524044, Guangdong, China)
出处
《计算机应用与软件》
2017年第3期119-122,164,共5页
Computer Applications and Software
基金
广东省高等学校优秀青年教师培养计划项目(Yq2014117)
岭南师范学院合作项目(HL1405)
湛江市科技攻关计划项目(2013B01149)
关键词
RFID
细络联
坏锭追踪
故障检测
质量追溯
RFID Spinning-winding unit Fauh spindle tracking Fault detection Quality tracing
