物流设备

  • 网络logistics equipment;material handling equipment
物流设备物流设备
  1. 物流设备是CIMS重要组成系统&物流系统的重要物质基础。

    Material handling equipment is of important material basis of the automated storage / retrieval and transport systems , which is the important subsystem that composes CIMS .

  2. 经过详细分析液压技术在CIMS物流设备中的应用情况可知,液压技术在CIMS的物流设备中有着广泛的应用。

    Based on the status analysis of the application of hydraulic technology to the material handling equipment in CIMS , hydraulic technology is extensive used in the material handling equipment in CIMS .

  3. 教学型FMS物流设备工作站

    Equipment workstation of material movement based on teaching FMS

  4. 介绍了用于企业生产现代物流设备AGV(AutomaticGuidedVehicleSystem)在发动机试验车间应用。

    This paper describes the application of AGV ( Automatic Guided vehicle System ) to Engine Trial Run , one of modern logistics used in enterprise produce .

  5. 面对CIMS的物流设备越来越高的要求,液压技术应增强适应性,使自身发展成更完善的综合自动化技术。

    Hydraulic technology has to improve its adaptability to meet the more and more requirements of the material handling equipment in CIMS , and develops itself into a perfect synthetic automation technology .

  6. 该文利用RS-485标准实现了物流设备之间的串行通信,增强了系统的抗干扰能力,提高了传输距离,降低了系统的成本,提供了简单、高效、可靠的通信手段。

    In this paper , RS - 485 standard was used to realize serial communication among logistics equipments , systematic anti-interference ability was strengthened , distance of transmission was enhanced , and systematic cost was reduced . The standard provides simple , reliable communication instrumentality .

  7. 仓储物流设备静压传动系统的研究与开发

    Research and Development of Hydrostatic Transmission System of Warehouse Logistics Equipment

  8. 在中国拥有多家长年专业生产物流设备的优质供应商。

    We have many high-quality supplies who have advanced production equipments .

  9. 液压技术在计算机集成制造系统物流设备中的应用研究

    Research of the Application of Hydraulic Technology to Material Handling Equipment in Computer Integrated Manufacturing System

  10. 物流设备的选择对物流系统的设计至关重要,这一工作复杂、繁琐,且往往不止一种答案。

    Material handling equipment selection is critical for the design of Material Handling System ( MHS ) .

  11. 物流设备包括:工位器具、物流容器及仓储设备之规划、应用和管理。

    Logistics equipment including : workstation , plastic bin , storage equipment , their planning , application and management .

  12. 物流设备(施)的更新改造决策是物流管理会计中的重要内容,因此,如何从经济角度对物流设备(施)进行适时更新显得尤为重要。

    Decision-making in logistics equipment renovation is the core content in logistics management accounting from an economic perspective , particularly the timing .

  13. 波形分析在物流设备传感器检测中的应用梯形波相电流驱动下六相感应电机转矩研究

    Wave Form Analysis in Physical Distribution Equipment Sensor Examination Application ; Research on Electromagnetic Torque of Six-phase Induction Machine Based on Trapezoidal Phase Current Waveform

  14. 文中主要目的是分析江苏物流设备水平现状并给出相应应对措施。

    The main goal in this paper is to analyzes Logistics Equipment Modernization level in Jiangsu and how to solve the problems Existing in logistics enterprise .

  15. 在加电站内部,有充电机、充电桩、物流设备、快换设备、计费终端等设备。

    The resources inside the power station are charging machines , charging piles , logistics equipments , quick change equipments , billing terminal equipments and so on .

  16. 上海毕福工业装备有限公司是国内专业从事企业车间、仓储物流设备的专业制造销售公司。

    Shanghai Bifu Industrial Equipment Limited Company is a professional company which integrates development , production , and sales of industrial equipment and storage or logistic products .

  17. 仿真分析表明,该系统是稳定的,静压传动系统可以很好地满足仓储物流设备的工况要求。

    The simulation analysis shows that the system is steady and the hydrostatic transmission system can well satisfy the working requests of warehouse logistics equipment . 5 .

  18. 库存管理是仓储管理系统重点组成部分。自动化物流设备及无线手持终端系统在仓储管理中的应用越来越广泛。

    Storage management is important part of WMS while automatic logistics equipments and wireless terminal-handed devices have been become more and more popular in the application of WMS .

  19. 结果表明,该系统振动小、噪音低、无泄漏、发热正常、加速性能良好,满足仓储物流设备的工况要求。

    The result shows that the system has small vibration 、 low noise 、 no leakage 、 normal temperature , can satisfy the working requests of warehouse logistics equipment .

  20. 论文主要包括以下内容:1.分析了机械传动、液力传动和静压传动的性能特点,最后得出了仓储物流设备静压传动系统的工作原理图。

    The property of mechanical transmission 、 hydraulic mechanical transmission and hydrostatic transmission is analyzed . the principle drawing of hydrostatic transmission system of warehouse logistics equipment is built . 2 .

  21. 在此基础上,为推动国内物流设备技术的进一步发展,对研究开发的目前国内的空白产品&推块式分拣机的总体设计作了全面系统的论述。

    Then in order to propel the internal equipments and technology for logistics forward and research and develop sliding shoe parcel sorting machine , base on these analyses , this paper all-side .

  22. 将先进的信息技术与现代化的物流设备紧密结合,凭借独特的服务功能、专业的服务能力为天津开发区内的企业降低物流成本和生产过程实现零库存提供了可能。

    The advanced information technologies and modern logistics equipment , with unique functions of services and professional service capability to TEDA in the enterprise logistics costs and reduce production processes to achieve zero inventories provided .

  23. 以任务管理为核心的物流移动设备调度系统研发

    Development Surrounding Order Management for Mobile Equipments Schedule System in Materials-Flow Industry

  24. 物流技术设备加快更新换代,物流信息化建设有了突破性进展。

    Both the logistics technical equipment and the information systems are achieving progress .

  25. 现代生产物流成套设备系统管理与监控的关键技术研究

    Study on Control and Management Techniques of Complete Equipment of Modern Manufacturing Logistics

  26. 本文首次提出了物流设施设备利用率理论。

    Logistics installation and equipment utilization is the basic factor of establishing logistics companies .

  27. 竖井井筒装备一次成型从物流设施设备利用率看第三方物流企业的规模问题

    Installation of Shaft A Research on the Scale of TPL Company With Installation and Equipments Utilization

  28. 我们是一家专门从事物流仓储设备开发、设计、制造的机械公司。

    We are a specializing in logistics warehousing equipment development , design , manufacture of machinery companies .

  29. 然而在我国,冷链体系很不健全,冷链基础设施和冷链物流运输设备极为落后。

    However , in our country the cold chain system is incomplete , the infrastructure and transport facilities are extremely backward .

  30. 具体为(1)提出了现代生产物流成套设备系统控制的混合仿真模型并实现系统混合仿真;

    The paper proposes and conducts the followings : ( 1 ) the hybrid simulation model of modern production logistics control system ;