校正桿 的英文怎麼說
中文拼音 [jiàozhēnggǎn]
校正桿
英文
adjustable stem-
Corrector operating lever stud
校正器操作桿樁Abstract : the mechanical structure of washboard valve leveler is introduced, the alignment mechanics of curving bar and hemilateral pan of the valve is analyzed, the mechanical, the shape of washboard and the effect of alignment quality and efficiency cause by shrink - adaption range of the valve between two washboard are discussed
文摘:介紹了搓板式氣門校正機的機械結構，分析了氣門桿部彎曲校直和盤部偏歪校正的機理，討論了機器結構，托板形狀和氣門在兩搓板間的過盈配合量對校正質量和效率的影響。Corrector yoke spring
校正器桿簧Precision checking is the precondition of the machine precision. it includes probe checking and rotor checking. probe and reposition data can be modified through checking
對測量儀進行精度校核是保證測量精度的前提，精度校核分為測頭校核與回轉軸校核，通過測頭校核可修正測頭、測桿以及復位參數。Cylindrical reference test bar
筒形校正試驗桿Corrector lever stud
日歷校正桿樁Finally, according to the balancing process of the motorcycle engine crank set - jl100 model made by jialing industry, this dissertation has put forward methods which modified the dynamic balance of the crank - connecting rod mechanism
對測試應用程序軟體的開發提出了大體的要求和整體的構想。最後，通過嘉陵工業幾100型摩托車發動機曲柄連桿動平衡的校正過程，說明動平衡的校正方法。( 6 ) this dissertation makes a detailed study of the nn based adaptive control of nonlinear dynamic systems. two types of drnn controllers are designed using the experimental samples, which are named the open - loop controller and the close - loop controller respectively. the experimental mechanism is controlled on - line by means of the nn based direct self - tuning control strategy and the nn based indirect adaptive control strategy
6 .本文對基於神經網路的非線性動態系統自適應控制方法進行了深入研究，利用實驗輸入輸出數據離線設計了動態遞歸神經網路開環、閉環控制器，並分別採用基於神經網路的直接自校正控制方法與基於神經網路的間接自適應控制方法對彈性連桿機構實施了在線控制。For a precision torque tester, the test device will be calibrated against the torque generated by weights hanging at the end of a beam. calibration is made by applying torque of known values to the test device in sufficient number of steps ( normally about 7 ) distributed throughout its usable range, from lower test values to full scale capacity
由吊在杠桿尾端的砝碼而產生的扭力，將會用作校正精密扭力檢測儀。校正過程是對測試儀器加以已知的扭力。加以的扭力，在儀器的應用范圍內，逐級（通常為七級）由最低測試數值加至其最高扭量。分享友人