装卸机

  • 网络unloader;loader-unloader
装卸机装卸机
  1. FY型粮食装卸机的设计与计算

    Design and Calculation of FY Type Grain Loading-Unloading Machines

  2. 轻型装卸机抓袋机械手的优化设计

    Optimized design of bags catching manipulator of translation low loader

  3. 关于桥式装卸机腿压的分布

    On the Leg Load Distribution of the Bridge Crane

  4. 平动式轻型装卸机主机架力学分析与设计

    Mechanical analysis of mainframe of translational low loader

  5. 主导产品为挖掘机、挖掘装卸机、火车单臂活节卸煤机。

    The main products are : excavators , Mining loaders , single live train Coal Unloaders .

  6. 平动式轻型装卸机主要用于工厂、仓库、商场的装卸工作,配有专门的机械手,以装卸不同类型的货物。

    The translation loader is mainly applied to load the goods in the workshop , warehouse and market , it is equiped with the peculiar manipulator for loading the different wares .

  7. 本文对平动式轻型装卸机主机架平行臂结构型式进行了选择计算,所得结论应用于主机架平行臂结构设计,获得了较为轻巧的平行臂结构。

    The select calculation of the parallel arm of the translation light loader mainframe is finished in the paper , the result of calculation can be applied to the structure design of the parallel arm of the mainframe , the light structure of the parallel arm has been achieved .

  8. 车载移动式旋装卸煤机研究

    Research on Movable Coal Unloader of Vehicle-Carried Rotary Drilling

  9. 啤酒瓶装线中装卸箱机新型抓瓶头的研制

    The Development of New Packing Head of Packer and Unpacker in Beer Bottling Line

  10. 散料装卸船机的发展

    Development of bulk ship loaders / unloaders

  11. 核电站装卸料机重水供给系统的压力控制过程复杂。

    The pressure control process of heavy water supply system of fueling machine of nuclear power plant is complex .

  12. 该自动定位装置已在相关的装卸料机样机上进行了现场试验,其性能参数完全符合研制的要求。

    The performance test of this control apparatus is done onthe model machine and the results are in conformity with design specifications .

  13. 工艺运输系统的重要设备装卸料机已通过出厂验收,达到了功能要求,证明设计是合理的。

    The fuel handling machine , one of the important facilities of this system , has past the ex-factory test , which indicates that it can meet the function requirements and its design is proper .

  14. 通过对装卸型门机转台筒体结构的实体建模与分析,发现了其在载荷作用下的应力分布情况,为转台筒体裂纹的产生原因提供了有力的证据。

    The actual modeling and analysis therefor leads to the discovery of stress distribution under loading , which provides strong evidence for the cause of crack of the rotating platform .