起重機構 的英文怎麼說

中文拼音 [qǐzhòngjīgòu]
起重機構 英文
hoisting mechanism
  • 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
  • 構 : Ⅰ動詞1 （構造; 組合） construct; form; compose 2 （結成） fabricate; make up 3 （建造; 架屋） bui...
  • 起重 : jack up起重臂 jib loading boom; cargo boom; erector arm; jibboom; 起重車 carriage hoist; crane ca...
  • 機構 : 1 [機械工程] （機械的內部構造或一個單元） mechanism 2 （機關; 團體） organ; organization; institu...
  1. Design philosophy of hardware and software is established. the paper bases control algorithm of operator and control program diagram on thorough investigation into truck crane operation reliability action flow, which makes sure of accurate and effective control over handle and accelerograph and achieves test process automatization

    文章在深入研究汽車起重機作業可靠性試驗動作流程的基礎上確定了對執行機構的控制演算法，並給出控製程序框圖，準確有效地實現了對操縱手柄及油門的控制，達到試驗過程自動控制的目的。
  2. Finally, the controller working based on the combination of rbf neural networks and traditional pid control was applied to in aclinic kinetic machinery and lifting machinery of tower crane. the simulation of this controller was made using matlab, and the simulation results showed that the control system has some merits, such as quick response, little overshoot, well anti - jamming capacity, and little steady - state error, etc. both the dynamic property and static characteristic of this controller are better than traditional pid controller, and meet the tower crane

    應用matlab對塔機的變幅和起升機構的運動控制進行模擬，模擬結果表明基於rbf神經網路整定pid的控制系統具有響應快、超調小及穩態誤差小等優點，其動、靜態性能優于單一pid控制，從而提高了塔式起重機工作機構的工作性能。
  3. Fatigue mechanism of girder of bridge crane

    橋式起重機主梁結構疲勞機理分析
  4. Shipbuilding and marine structures ; bearings for derrick goosenecks ; assemblies and components ; identical with iso 6045, edition 1987

    造船和海上結構.懸臂起重機鵝頸形起重桿的軸承.組件
  5. From them, the article gives the definitions of the kickstand crane and its parts function, sorts out and arranges them. at the some times, it also gives crane ' s function system chart. on the base of analyzing the chart, the article constructs the crane ' s technological function matrix and get ready for the future research

    第二章中簡要介紹了功能論的思想和方法及門座起重機結構和用途，在功能設計法的理論基礎上，對門座起重機的總體和各部件進行了功能定義、功能分類和功能整理，並做出了門座起重機功能系統圖，在分析功能系統圖的基礎上，構造出門座起重機功能技術矩陣，為以後進一步研究作好準備。
  6. A new - type quayside container crane with jib - bridge luffing system as the main working part is brought out

    摘要提出一種以臂橋架變幅系統為主要工作機構的岸邊集裝箱起重機。
  7. In third part, we discuss those important technological performance targets for a crane ' s metallic structures, the status index, the weight for the parameters. a new method called stochastic mistiness is put forward to accurate the status index and the weights

    該章的第三節論述了起重機金屬結構的重要技術性能指標，詳細討論了指標狀態指數和權重，並提出了基於模糊數學的隨機模糊法來進一步細化結構的狀態指數和權重。
  8. Based on above two points, developing electro - hydraulic proportional controller of having independent intellectual property is now urgent to civil auto crane manufacturer. at the beginning, in this thesis, a serial of models about auto crane ’ s function, construction and action are provided after being carefully analyzed with the modeling tool uml ( united modeling language ). using these models, we can easily get along with the design and realization of electro - hydraulic proportional controller

    本文首先從研究汽車起重機的功能入手，以面向對象的觀點和使用uml作為建模工具，透徹地分析了汽車起重機功能應該具有的結構、行為特性，經過分析得出的結構、行為方面的特性是作為汽車起重機功能的內部描述存在的、具有固定不變的特點，這些特性的描述是研究與設計汽車起重機電液比例控制系統所必需的基礎工作。
  9. The cable crane is a sort of special hoisting machinery, which uses flexible cable hung between two fulcrums as carrying structure, makes use of the crane carriage moving over the carrying cable to work, and hold the ability of vertical transporting and horizontal transporting

    纜索起重機是一種以懸掛于兩支點之間的柔性鋼索作為大跨距承載結構、利用載重小車在其上往返移動進行工作、兼有垂直運輸和水平運輸的特種起重機械。
  10. Crane boom hoist disengaging device

    起重機吊桿構架提升的分離裝置
  11. The ideas of object - oriented technology and parametric design computation are combined to construct this parametric design system of overhead crane based on object - oriented technology. the corresponding technology are fully used to design and compute partial mechanism of overhead crane. this system makes the deviser ' s design convenient and design period is shortened, and in the meantime work efficiency is improved

    基於面向對象技術的起重機參數化設計系統結合面向對象技術和參數化設計計算的思想，充分利用各相關技術，對橋式起重機部分機構進行設計計算，方便設計人員設計，縮短了設計周期，提高了工作效率。
  12. All of cranes are used in heavy duty service with double brakes to ensure safe operation

    本起重機均為重級工作制度為確保起吊安全起升機構備有雙制動器。
  13. Application of a two - stage fuzzy pattern recognition model to the judgment of the main parameters selection in a crane system

    兩級模糊模式識別模型及在起重機機構系列主參數擇優中的應用
  14. Lifts the organization through the establishment container hoist crane and the car walks the organization mathematical model, bused on the optimum control in minimum value principle, studies the container hoist crane in loading and unloading process optimum control, causes its loading and unloading time to be shortest, the efficiency is highest

    摘要通過建立集裝箱起重機起升機構和小車行走機構的數學模型，基於最優控制中的最小值原理，研究集裝箱起重機在裝卸過程中的最優控制，以使其裝卸時間最短，效率最高。
  15. Application of hydraulic coupler in the rotation mechanism of the crane

    液力偶合器在起重機旋轉機構上的應用
  16. The manual introduced the total design and compute the process detailedly about the general design and the running gear design, which divided into altogether three chapter : chapter 1 for total design part of this crane, the main contents is each organization of crane and the metals structure patterns to really settle, and carry on the design to a structure of jib arm and counterbalance system by graphing method, including seeking the point, checking to calculate and school pit ; the second part is a design calculation that circulates the organization, including to circulate the organization to choose the type, the round presses calculation, the stability checking of the whole machine ; the third part is to choose the driving motion version of the hoisting mechanism

    說明書詳細的介紹了該型號起重機的總體設計及行走機構設計和計算過程，總共分為三章：第一章為起重機總體設計部分，主要內容是起重機各機構和金屬結構型式的確定，並用作圖法對臂架結構和平衡系統進行設計，包括了機構找點，驗算及校核；第二部分是運行機構的設計計算，包括了運行機構的選型，輪壓計算，整機穩定性校核；第三部分為起升機構的傳動方案選型和設計計算。
  17. 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。
  18. Truck crane and wheel crane. test code of hoist mechanism

    汽車起重機和輪胎起重機.起升機構試驗規范
  19. Reasonable determination of three pin - connected joints of truck crane

    汽車起重機變幅機構三鉸點的合理確定
  20. This paper analyzes the mechanics characteristics of structure for container vehicle with crane and find out its operating characteristics of hoist mechanism, running area and lateral stability conditions

    摘要對集裝箱運輸車起重自裝卸機構的力學特性進行了分析討論，得出裝卸過程中起重機構的工作特性、工作區域和保證車輛側向穩定性的條件。
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