堆垛

duī duò
  • stacking;rick
堆垛堆垛
堆垛 [duī duǒ]
  • [rick] 堆积成垛(如干草)

堆垛[duī duò]
  1. 电铅堆垛液压系统的仿真与PID校正

    Simulation and PID Emendation for the Stacking Equipment of Electrolytic Lead

  2. 基于Windows的堆垛机实时控制软件设计

    Real-time Control of Stacking Machine Based on Windows System : Its Software Design

  3. 适用于各种造纸、包装、印刷等行业对各类纸卷进行高效、无破损的搬运与堆垛作业

    Meeting the needs of industries from stevedoring to printing for damage free roll handling with efficiency .

  4. 单立柱堆垛机立柱挠度分析与Matlab仿真

    Analysis of Mast Deflection of Single Mast Stack-crane and Its Matlab Simulation

  5. 大型立体车库堆垛机的PLC控制及故障检测

    PLC control and diagnosis to stacking machine of large high-rise parking system

  6. 小H型钢堆垛电磁铁同步控制的改进

    Improvement of Synchronization Control on the Stacking Magnets of Small - Size H-Beam Mill

  7. 基于串级PID控制技术的堆垛机控制器的设计

    Design of Storage / Retrieval Machine controller based on series PID control algorithm

  8. 基于着色赋时Petri网的堆垛机建模与调度研究

    Research on modeling and scheduling of stacker via colored timed petri net

  9. TEM观察显示,纳米线中存在大量的堆垛层错缺陷。

    TEM observation showed that there was much stacking fault in nanowires .

  10. 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 .

  11. 基于ANSYS的堆垛机结构力学分析

    The Mechanical Analysis of Stacker Based on ANSYS

  12. 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

  13. 利用高可靠性可编程序逻辑控制器(PLC)作堆垛机及出入库载货台的控制器。

    High performance Programmable Logic Controller ( PLC ) is used as aisle vehicle and pipeline controllers .

  14. 基于ANSYS的堆垛机立柱刚度的分析

    Rigidity Analysis of Stacker Based on ANSYS

  15. 用X射线径向分布函数法(RDF)研究煤中碳原子层的堆垛结构

    Study on stacking structure of carbon-atom layers in coals by Xray RDF method

  16. 介绍了一种基于DELTA机器人机构的堆垛机器人设计。

    A design of palletizing robot based on the DELTA robotic mechanism is presented in the paper .

  17. Zr(Cr,V)2Laves相长周期堆垛结构的高分辨电子显微术观察

    HREM observation on long-period stacking structure of zr ( cr , v ) _2 Laves phase

  18. 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 .

  19. GaN晶体中堆垛层错的高分辨电子显微像研究

    A study on the stacking fault in GaN crystals by high-resolution electron microscope imaging

  20. M23(C,B)6含有高密度堆垛层错;

    M 23 ( C , B ) 6 contains a high density of stacking faults .

  21. 基于ADAMS的型钢堆垛机小车机构设计建模与运动仿真

    Investigation of Modeling and Simulating Vehicle Driver of Stackers for Steel Bars Based on ADAMS

  22. 基于ARX技术的巷道堆垛机结构CAD

    CAD for Stacker Structure Based on ARX

  23. 基于堆垛机服务能力的板材加工FMS仿真研究

    Simulation for Sheet Metal Flexible Manufacturing System Based on Stocker 's Service Capability

  24. 本实验采用X射线透射织构方法,测定了Nb对一种Ni基高温合金基体堆垛层错能的影响。

    The effect of Nb on the stacking-fault energy in a Ni-base superalloy was measured by transmission X-ray texture method .

  25. 用高分辨电子显微术直接鉴定ZnS多型体中堆垛序列和缺陷

    The direct determination of stacking faults sequence in ZnS polytype by high resolution electron microscopy

  26. ASI现场总线在残极洗涤堆垛机组的应用

    The Application of AS-Interface Bus into Scrap Washing & Stacking Unit

  27. PLC控制器性能可靠,在堆垛机控制中已经得到广泛应用,但缺点是价格太高。

    PLC controller is used widely in controlling the Stacking Crane as its steady performance . Nevertheless , the defect of the PLC controller is the high price .

  28. 作为堆垛机应用于自动立体仓库系统,该AGV机器人能够满足各种功能需求。

    The machine with the AGV robot used for piling can meet all requirement in function .

  29. 经过对原系统的PLC进行扩展,并应用日立PLC相关软件对变频器进行了通讯控制,应用结构化程序设计,编制出控制梯形图,成功地对堆垛机提升电机进行变频调速控制。

    The controlling trapezia is finished by extension of former PLC , applying the soft ware of HITACHI PLC to control the inverter correspondingly , and structure process design .

  30. TEM表明,β-SiC晶须表面沿〈111〉方向具有平行的堆垛层错,晶须横断面呈实心正三角形,顶端出现螺型位错。

    TEM showed that the whiskers had triangle cross sections , stacking faults in ( 111 ) direction and spiral dislocations at tips of them .