驅動桿 的英文怎麼說

中文拼音 [qūdònggǎn]
驅動桿 英文
actuating arm
  • 驅 : 動詞1. （趕） drive （a horse, car, etc. ） 2. （快跑） run quickly 3. （趕走） expel; disperse
  • 桿 : 桿名詞（桿子） pole; staff
  • 驅動 : [機械工程] drive; prime mover
  1. Clutch drive rings for shell end mill arbors

    空心端銑刀刀桿用離合器驅動環
  2. This paper describes an automatic contest robot from the cctv holding “ the first robot tv contest all over the academician ”, describes the function and the realization of the robot in greater detail. the robot adopts two stepper motors in the stepped driving control system and putting - ball control system like fishing, with the control of at89c52 single - chip microcomputer, it can synchronously produce driving pulse for two stepper motors and control the moving of the robot along the predetermined line

    該競賽機器人採用步進電機作為行走驅動，釣魚桿式的放球控制系統，在at89c52單片機的控制下，分別為左、右步進電機產生脈沖，控制機器人按照預設的固定路線行走，待機器人到達預定的目標位置后，同時控制多個放球機構，從而能分別將賽球準確地放入到比賽圓筒中。
  3. Based on vc and opengl software platform, as a part of integrate planar mechanism analysis and simulation cai, the mechanism theory has been adopted to analysis the movement trace and profile of linkage ; adopt oriented object method to capsulate the class module. each corresponding class module complete parameter storage and process ; adopt message - map, message - trigger to organize the programming and response the user " s input ; use the document - view structure of the visual vc + + mfc class foundation as the basis of the programming architecture to complete those functions. use oriented object method to product the following class module : control class, render class, document class, mechanism class and other classes ; adopt opengl library to draw the three dimensional graph based on the result of mechanism analysis ; use model transforming, lighting, material, color, frame - buffer, display - list, graphics - component combine etc to draw the three - dimension mechanism and make the simulation of linkage has high reality

    本文敘述了平面連桿機構運動分析和可視化模擬的理論演算法及其編程實現方法，基於微機vc平臺，採用opengl圖形庫編程，利用面向對象的方法對機構進行功能封裝，利用vc + +的文檔視結構作為最基本的窗架，生成並控制三維繪制類、文檔類、主窗口類和一些輔助類，利用windows平臺的消息映射、事件驅動來組織程序運行和響應用戶反饋，利用機構分析得出坐標數據驅動opengl庫繪制三維機構圖形。
  4. Took down the spade pole lying above the drive, the spade opened the plank which stops up the door, enter, pull the pull rod, take the companion ladder to go down

    取下位於驅動裝置上方的鍬桿，鍬開堵住門的木板，進入，拉動拉桿，乘坐升降梯下去。
  5. Research on six - pole machine of manpower driving disc cropper

    驅動圓盤式人力收割機六桿驅動機構的研究
  6. Slag collector : wet slag discharge is made by hydraulic ratchet wheel, detent, worm wheel or worm from both sides

    清灰機構：採用液壓驅動棘輪、棘爪裝置或蝸輪蝸桿裝置濕式雙側除灰。
  7. Basing the theory of finite elemental modeling and ansys software, this text build the entitative model and elemental model of the main parts and carry the modal analysis. and we get the natural frequency and shaking type of all steps. and then we compare the analysis results with the results of experimental modal analysis, testing the correctness of the elemental model

    本文根據有限元建模理論，並利用ansys有限元分析軟體，分別對螺桿泵地面驅動系統的上述主要部件進行實體建模、有限元建模以及模態分析，確定這些部件的各階固有頻率和振型。
  8. Variable voltage and variable frequency ( vvvf ) inverter control technology applied by ford passenger lift extends the utilization from the elevators drive system to the door machine system, plus its matching none link lever synchronous belt type door machine structure, it results in the more smooth sensitive and secure door open and shut. the passengers feel the doubled warmth in entering into and exiting the elevators

    福德乘客電梯所應用的變壓變頻（ vvvf ）逆變器控制技術，從電梯驅動系統延伸運用到了門機系統中，加上與之相匹配的無連桿同步帶式門機結構，使電梯門的開啟和關閉更加平穩、靈敏和安全，令進出電梯的乘客倍感親切。
  9. The position and orientation errors of moving platform are affected by driving bar errors, the structure errors of platform and the clearance errors of spherical joints

    由誤差關系式可以知道，動平臺的位姿誤差受到驅動桿長誤差、平臺結構誤差和球鉸間隙誤差的綜合影響。
  10. The basic hexahedral module can be deployed and stowed with the motion of the spring in the diagonal stretchy member, so is the whole structure

    該拋物面天線的基本組成單元是六稜柱，其展開驅動力主要依靠對角桿件中的拉伸彈簧。
  11. Then, the discussion of the influence of linear part, the lumped mass of the rigid links and the angular acceleration of flexible joint actuators on the non - linear dynamic character of flexible joint manipulator with flexible links is done

    問中還就關節線性項、桿的集中質量和關節驅動加速度對關節非線性特性表現的影響進行了討論。
  12. A numerical simulation of a planar 3r manipulator is performed. the results show that the non - linear torsion springs have important influences on the joint error and tip error of manipulators. moreover, the influences of linear part of non - linear, the lumped mass of the rigid links and the angular acceleration of joint actuators on the non - linear dynamic character of flexible joint manipulator are discussed

    首先，建立了剛性桿非線性關節機器人的動力學模型，之後通過一平面3r機器人進行了數值模擬，說明了在一定情況下，關節的非線性對剛性桿機器人關節變形和末端誤差具有重要影響，並在此基礎上，討論了關節線性項、桿的集中質量和關節驅動加速度對機器人關節非線性特性的影響。
  13. To make use of the seven - axis pmt for nc machining, the tool path data must be postprocessed into the length of the six driving links and the rotation of the nc rotary table to drive the pmt

    為了利用七軸並聯機床進行數控加工，必須對刀位文件進行後置處理，生成六根驅動桿的桿長和數控轉臺的轉角等數據來驅動並聯機床。
  14. Position error analysis of drive rod hinges on a kind of 3 - dof parallel machine tools

    並聯機床驅動桿鉸鏈位置誤差分析
  15. Belt, cable and drive shafts are chosen for their capabilities in specific applications

    方法:皮帶式纜繩及驅動桿供不同鍛?模式時揀選使用。
  16. Moreover, a method of analyzing the interference between electrical principal axis and the limbs is introduced

    主要對干涉約束進行了詳細的分析與計算，提出了一種計算電主軸與驅動桿之間干涉的方法。
  17. The influence of legs " tolerance and spherical joints " ( huke joints ) clearance on errors of terminal platform is analyzed using monte - carlo technique

    利用蒙特卡洛技術模擬分析了驅動桿桿長誤差和球鉸（虎克鉸）間隙對終端平臺誤差的影響。
  18. Heavy duty front steering arms with fully adjustable pivot ball suspension. hardened chrome cvd ' s are the same length in all 6 places ( front / rear / center drive )

    強壯的前轉向臂全部用可調校球型連接頭安裝和減震.用同長度鉻加硬的cvd （前/后/中驅動桿）
  19. Defining the pose parameters of the tool as the driving dimensions and the length of actuating limbs as the driven dimensions, the configuration of the simulation mechanism was varied correspondingly with the variation of the driving dimensions and the driven dimensions ( length of actuating limbs ) could be acquired and recorded

    給出了並聯機床機構簡圖和虛擬樣機實體模型，通過將數控代碼進行預處理，進行了並聯機床的虛實映射計算，即給定刀具位置和姿態的驅動尺寸、驅動桿件長度的被驅動尺寸，在裝配約束作用下驅動尺寸帶動整個機構運動，記錄桿件長度的被驅動尺寸，求解出桿長的值。
  20. Secondly, i applied the method of matrix analysis to build up mathematic model of swaying platform, and solved the question of motion anti - solution, velocity and acceleration. then i analyzed the dynamics problems of the swaying platform. based on the calculation of the swaying platform ’ s force and moment, built up the dynamics equations of swaying platform by using virtual work principle

    其次，應用矩陣分析和齊次坐標變換建立了搖擺臺的運動學數學模型，從反運動學的角度分析了搖擺臺的位置、速度和加速度的反解方程;分析了搖擺臺的動力學問題，通過對搖擺臺的驅動桿進行附加力和附加力矩計算，並利用達朗貝爾原理和虛功原理，建立了搖擺臺的動力學方程。
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