吊耳

diào ěr
  • ear;lifting eye
吊耳吊耳
吊耳[diào ěr]
  1. 复合材料汽车板簧吊耳及其联接的研究

    Research lifting ear and joint of composite leaf spring

  2. 电解钴始极片与吊耳电阻点焊接头的组织分析

    Microstructure observation and analysis of resistance spot welded joints of electrolytic cobalt starting sheet and lifting ear

  3. 将拓扑优化中的ICM(独立、连续、映射)方法引入到变压器吊耳设计中;

    The ICM ( independent continuous mapping ) method as a topology optimization methods is used to design the trunnions in transformers .

  4. 乙烯裂解装置吊耳裂纹断裂原因分析和延寿设计CENTUM在裂解炉控制中的应用

    Study of Fracture and Rupture of Hanger in Ethylene Cracking Furnaces and Its Life Extension Design Application of CENTUM to Control of Cracking Furnaces

  5. 本文以重400t的反应沉降再生器为工程实践,以模拟试验为基础,对在变径段设置吊耳的结构形式进行了模型失稳研究,并顺利成功地进行了吊装。

    Based on the simulation test , a practical research on model unstability of structure forms of ears set on the variable diameter parts of 400t reaction-settlement-regenerator are given in this article . The successful result for hoisting and assembling has been got .

  6. 乙烯裂解装置吊耳优化设计研究

    A Research on the Ganger Optimum Design of Ethene Cracking Apparatus

  7. 天平横梁吊耳托翼的结构对刀缝宽度的影响

    The balance beam hanger wing structure influence on knife seam width

  8. 在塔设备变径段设置主吊耳的实践研究

    Practical Research for Setting Ears on Variable Diameter Part of Tower

  9. 烟囱应配备安装吊耳。

    The stack shall be equipped with lifting lugs for mounting .

  10. 吊耳养殖虾夷扇贝耳部钻孔自动化关键技术研究

    Study on Key Techniques of Automatic Drilling for Scallop Culturing by Ear-hanging

  11. 管轴式吊耳;5.混合型吊耳。

    Tube-shaft type lifting lug and 5 . mixed type lifting lug .

  12. 汽车起重机枢轴平衡臂吊耳的修复

    Renovation of the Ear of Crane Truck Pivot Balance Bob

  13. 两端均应使用适当的吊耳。

    Suitable lugs shall be used at both ends .

  14. 轴式吊耳强度计算及壳体局部应力校核方法

    Calculation method for strength of trunnions and local stress induced in shell around trunnions

  15. 大型塔器的侧板式吊耳设计

    Lifting Lug Design of Large Tower Vessel

  16. 大型塔器的吊耳设计是关系到设备设计成败的一个重要方面。

    Lifting lug design of large tower vessel is a important part of equipment design .

  17. 最后插座刺刀装上了火枪,然后锁在一个桶吊耳里。

    Finally the socket bayonet slides onto the musket and then locks on a barrel lug .

  18. 关于构件吊耳板设计的探讨

    Members ′ Lifting Lug Design

  19. 穿轴式吊耳;

    Shaft-through type lifting lug ;

  20. 每层活性炭配有人孔,用来进行日常检查和更换滤料。提供吊耳和把手。

    Access man-ways are provided for each bed of activated carbon , for routine inspection and replacement .

  21. 压力容器的承台、吊耳或支腿应符合容器标准中的表格的要求。

    Saddles , lugs or legs for pressure vessels shall be as per the tables in Vessel Standard .

  22. 摩擦胶柱的直径大于安全带吊耳缝隙。

    The diameter of the friction rubber column is larger than the slit of the safety belt lifting lug .

  23. 减速机下箱体上设置有专门用于吊装整台减速机的吊耳。

    There are lifting ears at the lower casing of the gear reducer used for lifting the whole gear reducer .

  24. 应计算底座,保证从设备吊耳处支撑设备的最大弯曲挠度为1/1000跨度。

    Baseplate frames are to be calculated to support equipment from its lifting lugs with a maximum bending deflection of1 / 1000 span .

  25. 分析了济钢干熄焦焦罐存在的角部开裂、框架横梁和吊耳拉杆变形的原因。

    The reasons of corner crack and deformation of frame beam and ear draft of the coke pot of CDQ at Jigang are analyzed .

  26. 用低碳钢电焊直缝管经滚边底部和焊接吊耳而成,可代替精铸底部和吊耳后焊接。

    Use straight seam of tube of low carbon stell , through rolling bottom and welding earings can replace welding after precision casting a earings .

  27. 分析了直立设备的顶部吊耳及尾部吊耳的受力,提出了其强度核算的方法及公式。

    The forces on the lifting lug in the upper and tail of the vertical vessel were analyzed , and the strength calculation and formula were presented .

  28. 本文主要介绍了下列几种吊耳的结构特点、应用条件及强度计算等问题:1.塔顶环式吊车;

    This article introduces mainly the structural characters 、 its applying conditions and strength calculation etc. of the following lifting lugs ; 1.ring type lifting lug at tower top ;

  29. 对钢板弹簧的中心螺栓、U型螺栓夹紧和卷耳、吊耳部分的铰链约束进行独特的处理。

    Unique methods were applied to simulate the clamping effects of the central bolt and bolts of U-type and the roller constraints of the suspenders of the leaf spring .

  30. 如买方有要求,设备口、容器支架及吊耳等附件周围壳体的局部应力应加以计算及估测。

    Local stresses at shell around attachments such as nozzle , vessel support and lifting lug and so on , shall be calculated and evaluated when requested by Purchaser .