起升機構 的英文怎麼說

中文拼音 [qǐshēngjīgòu]
起升機構 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...
  • 升 : Ⅰ動詞1 （由低往高移動） rise; hoist; go up; ascend 2 （等級提高） promote Ⅱ量詞1 （容量單位） lit...
  • 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...
  • 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. 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。
  2. 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。
  3. 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。
  4. 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。
  5. 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
  6. The design manual falls into three parts : chapter 1, as the overal design part, mainly descirbes how to determine which mechanisms with what metal structures shall be used and illustrates how to design its boom structure and balancing system, including point search, calculation and check ; chapter 2 introduces how to design the crane ' s running gear, including model selection, wheel pressure calculation and overall stability check ; and chapter 3 deals with model selection of its lifting mechanism and related calculations

    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。
  7. Under this background the engineering practice shows that the traditional design method of a drum wall could be conservative. such designing method often leads to a thicker drum wall which causes not only difficulties for welding drums " bending and machining, but also let increase the machines " own weight, i. e. reduce the effective performance of the cranes

    但工程實踐表明，起重機捲筒傳統的設計計算方法偏於保守，用傳統方法設計現代起重機械的起升機構，會導致捲筒壁厚增加，這樣不僅對焊接捲筒的彎曲、加工帶來困難，而且往往會加大設備自重使起升機構工作性能降低。
  8. Calculation of overrunning clutch in a large tyre crane hoisting mechanism is conducted

    在此基礎上，以某大型輪胎起重機起升機構的超越離合器為例，進行扭轉剛度的分析。
  9. Fuzzy control for hoisting mechanism of tower crane

    塔式起重機起升機構中的模糊控制
  10. Briefly talking about accidents of hoist winch on tower crane

    淺談塔式起重機的起升機構常見事故
  11. An example of troubleshooting of hoisting winch device of tower crane

    一起塔式起重機起升機構故障排除
  12. There are two loisting mechanisms for independent operation

    起升機構採用兩套獨立卷揚機構作為主、副卷揚機構。
  13. Analysis on factors that influence the operating life of steel wire rope in lifting mechnanism

    影響起升機構鋼絲繩使用壽命的因素分析
  14. Simulation research on dynamic characteristics of subsequent lifting by pump - controlled hydraulic hoist

    泵控液壓起升機構二次起升動態特性的模擬研究
  15. The method mentioned in this paper can be a theoretical reference for dynamics analysis and design of lifting mechanism overrunning clutch

    該方法可為起升機構超越離合器的動力學分析及設計提供一定的理論依據。
  16. Based on the 40t - 43m portal crane, this paper analyzes deeply the problems which happen when the vibration monitoring technique is applied to the portal crane and puts forwards the ways of applying vibration monitoring technique to the lifting mechanism, enacts the original values of the relative judgement criteria of the lifting mechanism of the 40t - 43m portal crane and makes a under structure for the future state monitoring of crane

    本文以40t ? 43m門座式起重機為對象，深入分析了振動監測技術在門機上應用所遇到的問題，提出了起升機構振動監測的方法，並制定了40t - 43m門座式起重機起升機構振動狀態相對判斷標準的初始值，為以後門座式起重機狀態的監測打下基礎。
  17. Firstly, this article describes the superiority of rmg in container ' s handling in container storage yards by doing comprehensive compare between rtg and rmg in economy, technology and processing. secondly, the statics analysis and research to the frame of rmg has been done by the way of ansys6. 1. in addition, it analyzes and researches the hoisting system in steel - wire rope, and gives the new scheme of that system, so that further enhances technical capability of rmg

    本文首先通過對rmg與rtg在經濟上、技術上和工藝上的綜合對比，使rmg在集裝箱碼頭堆場裝卸作業中的優勢得到了全面地展現；其次，利用ansys對rmg門架結構進行靜力分析和研究；另外，也將對rmg起升機構的鋼絲繩卷繞系統進行分析和研究，提出新的卷繞系統方案，以此來進一步提高rmg的技術性能。
  18. First, dynamic analysis and modeling were made for range - shifting and lifting machinery of tower crane respectively according to the working principles and characteristics. the interrelationship of the related parameters was got based on the analysis of the model, and the systematic analysis of the tower crane was made using the resultant transfer function

    本文根據塔式起重機的工作原理及工作特點，分別對塔機變幅機構和起升機構進行了動力學分析與建模，通過模型分析，確定了塔機各相關參數之間的內在聯系，進而對塔機工作機構進行系統分析。
  19. Such hoists change the power frequency through transducer and the lifting speed and the traveling speed to make the electric hoist travel more smoothly and more accurately

    變頻功能型電動葫蘆利用變頻器使電源頻率發生變化，實現電動葫蘆起升機構和運行機構的變速，使電動葫蘆運行更平穩、定位更準確。
  20. The design method of main mechanisms of the crane, which includes the winch section, rotary bearing, and the extension section, is described. the layout of directing ( triangle ) tri - joint mechanism, which affects the performance of crane greatly, is optimized. at the same time, the load of axles, the rated load capacity which depends on the tipping stability of the crane and the maximal support force of the out - triggers are calculated by the vb programs

    本文對于qy25型汽車起重機的設計進行了研究，就汽車起重機主要機構如起升機構、回轉機構、伸縮機構的型式及計算方法做出了論述，對影響起重機性能的三鉸點布置進行了優化，用vb語言對計算繁瑣的起重機橋荷、穩定性決定起重量、最大支腿反力的計算進行了程序編制，對確定中、小型汽車起重機設計方案，具有很強的現實意義。
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