立体仓库

  • 网络warehouse;Stereoscopic Warehouse;ASRS
立体仓库立体仓库
  1. 用PLC实现中型立体仓库控制

    A Control Method of Stereoscopic Warehouse Using PLC

  2. SAP系统控制在长客股份公司立体仓库管理应用的研究

    Research of the Application of SAP System Control in CRC Stereoscopic Warehouse Management

  3. 在现代自动化物流系统中,自动化立体仓库系统(WMS&WarehouseManagementSystem)在整个物流环节中起着重要作用。

    WMS ( Warehouse Management System ) plays an important role in modern logistics system .

  4. 自动化立体仓库(AutomatedStorage/RetrievalSystem,即AS/RS)是现代物流系统的重要组成部分。

    Automated Storage and Retrieval System ( AS / RS ) is an important constituent of Modern Logistics System .

  5. 立体仓库分层旋转货架PLC优化控制系统研究

    Research of Multi-carousel Optimal Control System Using PLC in Automated Warehouse

  6. 立体仓库PLC系统电磁干扰及抗干扰策略研究

    Study on EMI and Anti-jamming Tactic for PLC System in AS / RS

  7. 基于PLC的立体仓库运行系统

    AS / RS Operation System Based on PLC

  8. 基于PLC的自动化立体仓库控制系统

    PLC based control system for AS / RS

  9. 基于PLC的自动化立体仓库设计与组态监控

    Design of the Automated Tridimensional Warehouse Based on PLC and Its Real-time Monitoring System

  10. 基于UML自动化立体仓库管理系统的建模方法

    Modelling method of automatic solid warehouse management system based on UML

  11. 基于ERP与条码技术的立体仓库管理系统

    Solid warehouse material management system based on ERP and bar coding technology

  12. 提出了一种用PLC实现中型立体仓库自动控制方法。

    A control method of AS / RS using PLC is discussed in this paper .

  13. 基于RFID的立体仓库仓储管理系统的研究

    Research on Warehouse Management System of AS / RS Based on RFID

  14. 第四章是堆垛机CAD系统,以自动化立体仓库堆垛机为例,通过基于设计计算的三维CAD开发技术的应用,建立了堆垛机CAD系统。

    The system is built on 3D CAD re-development technology based on computation and for the storage machine .

  15. 自动化立体仓库中巷道堆垛机PLC的控制特点及编程

    The PLC Control Characteristics and Programme Method of Narrow aisle Stacker Crane in Automated High rise Warehouse

  16. 要对自动化立体仓库设备进行监控,必须解决PC机和PLC系统之间的数据通信。

    To monitor automated warehouse equipment , we must address the problem of PC and PLC data communication .

  17. 本文介绍了基于触摸屏和PLC的农产品自动化立体仓库控制系统。

    The paper shows the application of TP and PLC in agricultural products Automated High-rise Storage Control sys-tem .

  18. OPC技术在自动化立体仓库管理系统中的应用

    Application of OPC Technology in Automated Structural Solid Warehouse Management System

  19. CIMS环境下自动化车间立体仓库物流计算机控制系统

    The Computer Control System of HBS Material Flow in FA on CIMS Environment

  20. 按照上述方法设计的堆垛机CAD系统是针对自动化立体仓库中的堆垛机的计算机辅助设计工具软件。

    " Storage CAD " system designed in the way described above is a computer aided design tool for the storage machine .

  21. OPC技术在立体仓库监控系统中的应用

    OPC technology in multi-layered storehouse supervisory system 's application

  22. 自动化立体仓库运动控制系统EMI及抗干扰应用策略研究

    On EMI in movement control system for AS / RS and anti-EMI strategy

  23. 基于排队论的自动化立体仓库AGV调度效率分析

    AGV Dispatching Efficiency Analyzing of Automated Warehouse Based on Queuing Theory

  24. 介绍了面向对象的建模方法和Petri网的数学理论基础,为自动化立体仓库的建模及分析做了充分准。

    Introduced the object-oriented modeling method and the Petri net 's mathematics rationale , preparing for automatic warehouse system modeling .

  25. 基于MAS的多AGV自动化立体仓库系统设计

    On Multi-AGV Automated Warehouse System Based on MAS

  26. 自动化立体仓库系统WMS与MIS的集成接口设计

    Design of Integrated Interface between Automated High-rack Warehouse Management System and Management Information System

  27. 本文介绍的FM车间环境下自动化立体仓库系统具有多功能的特点。

    This paper describes a automatic vertical stockhouse system in a FMS environment which has multifunction characteristic points .

  28. 基于PLC的小型立体仓库电控设计中小物流企业仓单质押管理模式探讨

    Design of Electrical Control System for Miniature Automated Warehouse Based on PLC Study on the warehouse receipts pledge Management model in Small / medium-sized Logistics Enterprises

  29. 分析了旋转货架的特点、工作方式和优化思路,设计了某自动化立体仓库的分层旋转货架PLC控制系统。

    After analyzing the characters , workings and optimal thought of the multi-carousel , a carousel control system is designed using PLC in an automated warehouse .

  30. 立体仓库(AS/RS)是一种集机械、计算机、控制、检测、电子、通信于一体的复杂系统。

    AS / RS is a complex system with concentrating Mechanical , Computer , Control , Detection , Electronic , Communications .