基于数字载体的柔性智慧物流平台研究

doi:10.16180/j.cnki.issn1007-7820.2021.11.003

摘要/Abstract

摘要：

物联网技术的高速发展为实现仓储管理的自动化和智能化奠定了基础,而数字载体技术则是建立智慧仓储物流平台的核心。针对传统仓储管理中人工数据采集效率低且准确率不高的问题,文中以生产制造车间的仓储入库作业为对象,设计了包括管理层、中间层和物理层的基于RFID的仓储管理系统。该系统可对传统入库环节流程进行优化,动态智能地感知管理对象,实现对仓储管理的有效管理和监控。文中通过Flexsim软件建立仿真模型模拟入库流程,在较短时间条件下对模型实体进行仿真模拟,分析出各设备的利用率情况,为平台设计提出改进方案,也为决策提供了参考依据。

关键词: 智慧仓储, 制造车间, 数字载体, RFID, 入库作业, 仓储管理系统, Flexsim仿真, 设备利用率

Abstract:

The rapid development of the Internet of Things technology has laid the foundation for the automation and intelligence of warehouse management, and digital carrier technology is the core of establishing a smart warehouse logistics platform. In view of the problem of low efficiency and low accuracy of manual data collection in traditional warehouse management, this study takes the warehouse warehousing operations in the manufacturing workshop as the object, and designs an RFID-based warehouse management system including the management layer, the middle layer and the physical layer. The system can optimize the process of traditional warehousing links, dynamically and intelligently perceive management objects, and realize effective management and monitoring of warehouse management. The simulation model is established by Flexsim software to simulate the storage process, and the model entity is simulated in a short period of time, and the utilization rate of each equipment is analyzed, which provides a reference for the platform design to propose improvements and decision-making.

Key words: smart storage, manufacturing plant, digital carrier, RFID, warehousing operations, warehouse management system, Flexsim simulation, equipment utilization

中图分类号:

TP29

叶杭璐,何利力. 基于数字载体的柔性智慧物流平台研究[J]. 电子科技, 2021, 34(11): 21-25.

YE Hanglu,HE Lili. Research on Flexible Smart Logistics Platform Based on Digital Carrier[J]. Electronic Science and Technology, 2021, 34(11): 21-25.

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名称	数量	主要性能指标
入库区	入库口2个
接驳装置	接驳机数量2个	一次接驳8箱4垛
AGV	12个	运行速度0.5 m·s^-1
输送机	链式输送机2处	输送速度1 m·s^-1
拆垛机器人	2个	4 s完成抓取动作
拆垛缓存工位	12个	每个入库口各6个
库区面积	1 840 m²	40 m×46 m