缆机

  • 网络cable crane
缆机缆机
  1. 三峡工程缆机风锚固结构ANSYS有限元分析

    FEA of the Wind Anchor of Luffing Cable Crane with ANSYS in the Three-Gorge Engineering

  2. 三峡摆塔式缆机安装

    The installation of pendulum type cable crane at the Three Gauge Project

  3. PLC和IPC组成的新型成缆机控制系统

    A Control System of Novel Cabling Machine with PLC & IPC

  4. PLC在SZ绞合成缆机控制系统中的应用

    Application of PLC in Control System of SZ Stranding Machine for Optical Fibers

  5. OPGW用行星式成缆机的自动控制系统

    Automatic Control System of Planetary Stranding Machine for OPGW Cables

  6. 基于模糊神经网络的SZ绞合成缆机现场总线控制系统

    SZ Stranding Machine Field Bus Control System Based on Fuzzy Neural Network

  7. 新型的SZ绞合成缆机

    Novel SZ Stranding Machine for Optical Fibers

  8. 水电站20T平移式缆机溜钩事件分析与处理

    Analysis of Slip Accident of 20T Translation Cable Car and Its Treatment

  9. 该控制系统采用三层网络结构即管理层、控制层和设备层来完成对SZ绞合成缆机的控制。

    The system control architecture is divided into three layers , namely , management , control and equipment .

  10. SZ-GS光缆探讨新型的SZ绞合成缆机

    SZ & GS Optical Fiber Cable Novel SZ Stranding Machine for Optical Fibers

  11. 3D-BEAM软件在拖缆机下结构校核中的应用

    Application of 3D-BEAM in checking strength of supporting structure under towing winch

  12. 主要介绍带状光缆成缆机及气动盘式SZ绞合头、双头同心同点扎纱等关键单元。

    The cabling machine for fiber ribbon cable , and its key units , such as pneumatic SZ stranding plate and co-point cross binding head are introduced .

  13. 在对SZ绞合成缆机设备组成简介的基础上,设计了基于模糊神经网络的SZ绞合成缆机现场总线控制系统。

    After brief introduction of equipments of SZ stranding machine for optical fibers , this paper designs SZ stranding machine field bus control system based on fuzzy neural network .

  14. 本文以Delphi为系统仿真开发工具,对碾压混凝土坝施工过程进行仿真,实现了以缆机为浇筑机械的施工方案比选。

    Using delphi as a system simulation exploitation tool , this paper simulates the construction process of roller compacted concrete dam , and realizes the compare and choice of the construction schemes with the cable crane as the construction machine .

  15. 经过本文的分析和仿真研究,可以看出对于在复杂工况下工作的拖缆机来说,采用ANFIS控制器无疑是一个很好的选择,可以满足实际控制系统的需要。

    By analyse and simulation study , it can be made out that to winch tugboat working at the complex condition , ANFIS is an advisable choice undoubtedly , and it can satisfy the need of control system .

  16. 拖轮液压拖缆机自动控制装置的设计

    Design of an automatic control device for hydraulic winch of tugboat

  17. 某船液压绞缆机故障分析及排除

    Analysis and removal of faults in hydraulic motor of the capstan

  18. 拖轮液压拖缆机负荷控制系统的研究

    Design and Research for the Control System of Hydraulic Winch Onboard Tugboat

  19. 基于自适应控制的船舶拖缆机模型研究

    Study on the Model of Self-adaptive Control-based Winch Tugboat

  20. 关于无轨无塔辐射缆机的构想

    Conception on No Track and No Tower Cable Crane

  21. 船用绞缆机刹车力的简易测定方法

    A Simple Way to Determine the Brake Force of Marine Cable Twisting Machine

  22. 检查锚机和绞缆机的操作状况。

    Check operation of the windlasses and mooring winches .

  23. 全新设计的光缆钢丝铠装高速成缆机

    New design of high speed steel wire armoring strander for fiber optic cables

  24. 成缆机加装工艺参数数显表提高质量的监控

    Improvement of product quality by adding digital indication of process parameters to cabling machine

  25. 主要产品有成缆机系列、绞线机系列、挤出机系列等。

    The main products are Laying-up machines , stranding machines , extruder machines and so on .

  26. 后部液压遥控操舵装置舵机(机、缆机)压系统安全装置调整。

    Adjusting safety device for hydraulic system of steering gear ( windlass 、 mooring winch ) .

  27. 船舶锚机绞缆机液压驱动系统系列化设计研究船用对绞式电话电缆

    The Serialization Design of Marine Anchor & Mooring Equipment Hydraulic Drive System ; pair twisted telephone cable for ship

  28. 缆机平台和拱肩槽槽坡底部产生一些竖直方向的回弹变形和水平向坡外的变形;

    The rock mass deformation in the horizontal direction and vertical direction appear at the bottom of spandrel groove and the cable-crane platform ;

  29. 针对小湾工程大坝混凝土浇筑缆机运行空间干扰问题,提出了缆机联合浇筑和干扰控制的模拟规则,建立了一种处理缆机干扰的模拟模型。

    The simulation rule is presented to construct a simulation model for dealing with spatial conflicts control and combine-pouring of cable-cranes in Xiaowan Project .

  30. 润扬大桥南汉悬索桥施工中,利用紧缆机进行主缆紧缆作业。

    During construction of the Suspension Bridge ( south bridge ) of Runyang Bridge , the main cables of the Bridge are compacted by compacting machines .