梁式起重機 的英文怎麼說

中文拼音 [liángshìqǐzhòngjī]
梁式起重機 英文
beam cranes
  • 梁 : 名詞1 （屋架中架在柱子上的長木） beam 2 （通常也指檁） purlin 3 （橋） bridge4 （物體中間條狀隆起...
  • 式 : 名詞1 （樣式） type; style 2 （格式） pattern; form 3 （儀式; 典禮） ceremony; ritual 4 （自然科...
  • 起 : 起Ⅰ動詞1 （站起; 坐起） rise; get up; stand up 2 （取出; 取走） draw out; remove; extract; pull 3...
  • 重 : 重Ⅰ名詞（重量; 分量） weight Ⅱ動詞（重視） lay [place put] stress on; place value upon; attach im...
  • 機 : machineengine
  • 起重機 : crane; derrick; crab; freight elevator; hoist; lifter; cranage; hoister
  • 起重 : jack up起重臂 jib loading boom; cargo boom; erector arm; jibboom; 起重車 carriage hoist; crane ca...
  1. The manufacturing process of one beam bridge crane

    單梁橋式起重機的製造工藝
  2. Fatigue mechanism of girder of bridge crane

    橋式起重機主梁結構疲勞機理分析
  3. The crane of hinge joint beam

    鉸接單梁橋式起重機
  4. Henan zhong yuan crame co., ltd is joint - stock enterprise, mainly devolope, research manufacture crane of br " zhong qi ", namely single double beam bridge crane, do crane, magnet crane, explosionproof crane, grab crane special crane f power station

    河南省中原起重機械有限公司是一家股份制合作工業企業，主要自行開發研製生產"中起"牌單、雙梁橋式、門式起重機、電磁、防爆、抓鬥、電廠專用軌起重機
  5. Henan zhong yuan crame co., ltd is joint - stock enterprise, mainly devolope, research and manufacture crane of brand " zhong qi ", namely single or double beam bridge crane, door crane, magnet crane, explosionproof crane, grab crane and special crane for power station

    河南省中原起重機械有限公司是一家股份制合作工業企業，主要自行開發研製生產"中起"牌單、雙梁橋式、門式起重機、電磁、防爆、抓鬥、電廠專用軌起重機
  6. There are many lifting equipments with thousands of varieties and specifications, such as l series of electric single beam cranes and manual single beam cranes, q series of electric bridge - style cranes, m series of gate - style cranes, qt series of tower cranes, and h series of electric hoist cranes, which are widely used in the industries of metallurgy, machine, mine, railway, port, oil, chemical industry, construction and so on

    集團的主要產品有l系列電動系梁起重機及手動單梁起重機， q系列電動橋式起重機， m系列門式起重機， qt系列塔式起重機， h系列電動葫蘆及其它形式的起重機械共有千個品種規格，廣泛應用於冶金、機械、礦山、鐵路、港口、石油、化工建築等行業。
  7. Controlling the camber of main girder for the overhead travelling crane use for deadweight method

    採用自重法控制橋式起重機主梁的上拱度
  8. On basis of the producing fact of kiu ming heavy machine ltd, the author get much fact material through inner research, and presents a imagine of new corrugated - web structure of overhead traveling crane. through enough compare and argumentation, this paper presents using sine curve as corrugated sheet of web

    作者根據昆明重機股份有限公司的生產實際，深入調查研究，在掌握大量生產應用實際的資料基礎上，提出了橋式起重機的箱形主梁的新型波形腹板結構的設想，並在充分比較和論證的基礎上提出了以正弦曲線波形作為腹板的波形。
  9. Repairing the bend of double - beam overhead ladle by flame - rectification

    用火焰矯正法修復雙梁橋式起重機主梁水平彎曲超標
  10. Kind have 100 480 tons of ladle crane and board pei clamp and the electromagnetism beam crane for special purpose, 300 the 1200 tons of bridge - type and door type crane of hydroelectric station, it is special to have exported pakistan and sand, ao steel unite, the countries such as india

    品種有100 480噸鑄造起重機、板坯夾鉗、電磁掛梁專用起重機， 300 1200噸水電站橋式、門式起重機，已出口巴基斯坦、沙特、奧鋼聯、印度等國。
  11. Mdg ( l ) single girder clasp crane with door ( for short, l single girder hoist ) is a conveying, loading and unloading equipment widely used in factories and mines, enterprises, stations, ports and other departments

    Mdg型單梁門式起重機（簡稱l型門式起重機）是廠礦、企業、鐵路、港口、堆場等部門，應用廣泛的一種物料搬運裝卸設備。
  12. A port tyre crane has various parts and complex structure, which is made up plenty of beam - bar and shell elements, manual calculation can not guarantee the precision while finite element method needs onerous structure modeling and a great deal of date input. the finite element analysis and modeling of the port tyre crane are difficult because of complex structure and various loads. in order to fit further more design and exploitation of the same type as well as the upgrade of the production i study a kind of parametric software for structure analysis of the port tyre crane, it can reduce the difficulty of modeling and structure analysis as well as improve efficiency

    港口輪胎式起重機部件繁多、結構復雜，由數目眾多的梁桿與板殼組成，其結構設計和力學分析使用傳統的手工計算方法難以保證精度，有限元方法則需要繁重的結構建模和大量的數據輸入，並且要求分析人員具有相當的力學知識和有限元基本理論。港口輪胎起重機結構的復雜性、載荷工況的多變性導致港口輪胎起重機結構有限元建模和分析工作效率低、難度大。針對這種情況本課題研發了一套港口輪胎式起重機結構的有限元參數化分析軟體，以適應同類機型的進一步設計開發和產品升級換代，降低建模和分析的工作難度，提高工作效率。
  13. The overhead traveling crane used at a cold strip mill factory is given to study the deformation, stress distribution and load capacity of the main girder with 3d - fea shell - to - solid submodel method

    以某冷軋帶鋼廠橋式起重機偏軌箱形梁為例，採用三維有限元法「板到體子模型」技術，比較分析了加強板2種焊接方式下主梁的變形、應力分佈和承載能力。
  14. Using this new web, the material and stiffening plate of web may reduce too much to reduce the main girder weight of overhead traveling crane and reduce the produced cost

    運用這種腹板，可以大大減少腹板的材料和其上的加強筋，從而使橋式起重機的主梁得以大大減輕，從而降低製造成本。
  15. Qd type electromotive double girder crane with bridge style is a general loading and unloading machine designed according to gb / t14405 - 93 standard

    Qd型電動雙梁橋式起重機是根據gb / t14405 - 93標準設計的，是一種通用的起重裝卸機械。
  16. The secondary beam of a 125 / 30t 16. 5m metallurgy crane bridge in anyang iron and steel corporation was damaged, and this accident was reappeared by computer

    本課題以事故再現的基本理論為指導，運用模擬法對安陽鋼鐵公司某煉鋼廠125 30t 16 . 5m冶金橋式起重機發生過的一次橋架副梁被頂彎的事故進行再現分析。
  17. Cranes ; slewing cranes and portal cranes with cantilever, radii

    起重機.懸臂起重機和帶懸臂梁的龍門式起重機.工作半
  18. It can be mounted on single beam bridge cranes, arm cranes, etc. with slight modification, it can also be used as a winch

    它可以安裝在葫蘆單梁、橋式起重機、門式起重機、懸臂起重機等多種起重機上，稍加改動，還可作卷揚用。
  19. Mh model electric singie beam gantry is used together with cd1, md1 model electric. hoist

    Mh型電動單梁門式起重機與cd1 、 md1等型號的電動葫蘆配套使用，是一種有軌運行的中小型起重機。
  20. This paper summarizes the status and developing direction and the important action on the modem industry of material handling, analyzed the status of overhead traveling crane in our country. because internal box - maingirder overhead traveling cranes s main girder is too weight and need too material, this paper presents a improving method to web of main girder

    本論文闡述了目前國內外物料搬運的狀況、發展動態和發展方向，以及物料搬運在現代工業中的重要作用，研究了目前國內橋式起重機的現狀，針對國內箱形梁橋式起重機主梁偏重、耗材多等缺點提出了一種對主梁腹板的改進方法。
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