機動插秧機 的英文怎麼說

中文拼音 [jīdòngchāyāngjī]
機動插秧機 英文
power rice-tra lantor
  • 機 : machineengine
  • 插 : 動詞1. （把細長或薄的東西放進、擠入、刺進或穿入; 插上; 插進） stick in; insert 2. （中間加進去; 加進中間去） interpose; insert
  • 秧 : Ⅰ名詞1 （植物的幼苗） seedling; sprout 2 （稻苗） rice seedling 3 （某些植物的莖） vine; stem 4 ...
  • 機動 : 1 （利用機器開動的） motor driven; motorized2 （權宜; 靈活） flexible; expedient; mobile; manoeuv...
  • 插秧 : transplant rice seedlings [shoots]; rice transplanting插秧機 rice transplanter; seedling planting...
  1. The kinematic characteristics of the rearward separate - planting mechanism were theoretically analyzed and its kinetic process was simulated by monitoring the six selected points on the motion trajactory of the tip of seedling

    通過秧針端點運動軌跡上的6個特定點，對后插式分插機構的運動學特性作了理論分析和計算機模擬，並利用高速攝像對機構運動學分析進行了試驗驗證。
  2. In order to obtain dynamic characteristics of transplanting mechanism with elliptic planetary gears of high - speed rice transplanter, a test bed to measure dynamic parameters for high - speed transplanting mechanism is developed

    摘要為了得到高速插秧機橢圓齒輪行星系分插機構的動力學特性，研製了高速分插機構動力學試驗臺。
  3. Mechanization of rice - transplanting was a main measure to improve rice - transplanting efficiency and lessen the farmers " labor intensity

    水稻插秧機械化是提高插秧效率、減輕農民勞動強度的主要措施之一。
  4. After the 1990 ' s, the transplanter in japan was researched and developed mostly aimed to reduce production cost, work force and to implement multiple functions

    20世紀90年代後日本水稻插秧機主要向降低生產成本，節省勞動力以及多種功能方向開展研究與推廣。
  5. 1 ) the principles of various rotary - type transplanting mechanisms of high - speed rice transplanter had been studied, and the subjects for further research - - studying their dynamics characteristics to improve their dynamics performance and further to enhance the efficiency were put forward. an innovative idea of two - stage - optimization for dynamics analysis was presented in the paper. the creativity of the idea was that the kinematics optimization ( first stage optimization ) results were the constraint for dynamics optimization ( the second stage optimization )

    本文主要的研究內容和結果如下： 1 ）研究國內外各種類型的旋轉式高速水稻插秧機分插機構的工作原理，指出尚待研究的問題? ?研究其動力學特性，以改善動力學特性，進一步提高插次；為此提出了動力學兩級優化的創新性思路? ?以運動學優化（ 1級優化）得到的機構參數范圍作為動力學優化（ 2級優化）的約束條件，最終得到的最佳參數不僅能滿足運動學的要求，又具有最佳的動力學特性。
  6. Funded by the national natural sciences foundation of china, prof. zhao yun of zhejiang university had invented 5 rotary - type transplanting mechanisms. all of them could meet the demands of locus and pose ( angle of seedling - separating and angle of seedling - pushing ) of rice - transplanting. but the dynamics characteristics of these mechanisms had not been further studied yet

    浙江大學趙勻教授先後研究並發明了5種水稻插秧機的分插機構，它們都能滿足各種水稻栽插的軌跡和姿態（取秧角和插秧角）的要求，但對這些機構的動力學特性未做進一步深入基礎研究。
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