transplanter 中文意思是什麼

transplanter 解釋
插秧機
  1. Based on the national " ninth " five years " key project - study on the equipment and technique of raising and transplanting seedlings as the kind of factory, combining the no - tillage specialty which can shorten the working period and reduce the intension of dust devil, the key parts of corn no - tillage transplanter has been studied which can improve both the transplanting speed and reliability, reduce the labour intension of operator, further more, the method of automatic controlling whole working course has been applied by using single - chip microcomputer, the bedrock is made for transforming this technique into social productivity

    本文在原來國家科技部「九五」攻關項目「工廠化育苗、移栽工藝及設備研究」的基礎上，結合免耕工藝不僅縮短作業時間，而且可以對防止沙塵暴發生有利的特點，對可以提高栽植速度和工作可靠性、降低操作人員勞動強度的玉米免耕栽植機的關鍵部件進行了詳細的研究，進一步採用單片機控制技術對其工作過程實現了自動化控制，為該技術盡快轉化為社會生產力打好基礎。
  2. The newly designed rice transplanter will soon be operational.

    新設計的插秧機不久即可使用。
  3. In addition to the tractor, we have acquired a new rice transplanter.

    除了拖拉機，我們又添了一臺插秧機。
  4. The improving design of the four - row - riding rice transplanter

    四行乘座插秧機的改進設計
  5. Method of test for rice transplanter

    水稻插秧機試驗方法
  6. Test method of rice transplanter

    水稻插秧機試驗方法
  7. Air - sucking sequential rice transplanter for air - pruning tray grown seedlings

    水稻缽苗空氣整根氣吸式有序移栽機的研究
  8. This paper reviewed entirely the research history of rice transplanter from postwar japan

    摘要全面論述日本插秧機的研究歷程。
  9. 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。
  10. However, the rate of rice - transplanting by machine was at a low level, only 2. 8 percent in our country at present. it was mainly due to the low reliability of the rice transplanter produced in our country. moreover, the price of foreign high - speed rice transplanter was high and they could not fit the high rice seedlings of the autumn season in the south of china

    如果我國插秧機械化水平提高1 ，每年就能增產糧食3 . 75億kg ，但目前我國的機插率只有2 . 8 ，其主要原因是國產插秧機的可靠性低，而進口的高速插秧機價格太高且對我國南方雙季稻的晚稻大苗栽插適應性差，因而研究適合我國國情的高速水稻插秧機勢在必行。
  11. 2zb - 4 cup type transplanter for transplanting earth - bown seedlings

    4型杯式缽苗移栽機
  12. Study on block seedling transplanter with belt feeding mechanism

    帶式喂入缽苗栽植機研究
  13. Transplanter of dry land plant

    旱地栽植機械
  14. 3 based on the shape of conic plug, the profile modeling - annulus equipment which can make plug in a line is designed. this equipment can not only solve the plug lining - up problem in mechanizing way when plug seedlings are transplanted, but also can raise the working speed of no - tillage transplanter, and reduce the working intensity of operator

    3利用圓臺形缽體的外形特點，採用仿形導向輪式排隊裝置，解決了栽植過程的缽苗機械化排隊問題，提高了免耕栽植機的作業速度，減輕了操作人員的勞動強度。
  15. Based on the analysis of the kinetic track of the scallion during planting, basic relationships ' among the characteristic parameters of the transplanter with two flexible metal disks, including the velocity of the transplanter, the rate of transplanting, the spacing between seedlings, the angle of releasing seedlings, the diameter and length of seedlings, have been set up in this paper, and then a mathematic model of optimum design for the transplanter with the final planting angle of seedlings ( y = 90 ) has been formulated and solved with good results. according to the optimum solutions, a new type of transplanter with two flexible metal disks has been developed and the field tests of the transplanter have been conducted

    為了實現大蔥機械化移栽，作者分析了國內各種移栽機的結構特點，確定了以撓性圓盤式栽植器為研究對象，在分析撓性圓盤式栽植器的運動軌跡和特徵參數的基礎上，完整地確立了撓性圓盤式移栽機的基本參數：栽植頻率、栽植株距、機組前進速度、輸送帶上秧槽的間距、撓性圓盤半徑、撓性圓盤的轉速、夾苗株數以及傳動比之間的相互關系，並建立了以蔥苗栽植傾角= 90為目標的優化設計數學模型，提出了撓性圓盤式大蔥移栽機的優化設計方法。
  16. Seedling bury percentage of naked root transplanting is one of important criterion of flexible disc transplanter

    摘要移栽裸根苗時，秧苗的埋苗率是移栽機工作質量的重要指標。
  17. 5 the modernizing technical method is applied and mcs - 51 is made as controller of no - tillage transplanter to control all of the execute parts of the equipment automatically by single chip microcomputer through watching these key parts by " some transducer. in this system, the working state of this equipment is online show by calculating the number of transplanted plug seedlings ; and the broken - down occurrence can be predicted by alarming system during transplanting plug seedlings ; at last, anti - jamming system is designed to raise the reliability of this system further by the method of combine the software with hardware together in the condition of achieving all functions in transplanting plug seedlings

    5採用現代化技術手段，以mcs - 51單片機為免耕栽植機的控制器，通過對各工作部件的計算機監控，實現了免耕栽植機所有執行部件的計算機控制；通過對缽苗栽植數的統計，實現了機器作業情況的在線顯示；通過報警系統的設計，實現作業過程故障的及時報警；最後，本控制系統實現以上功能的基礎上，採用軟體形式與硬體相結合的辦法，對其抗干擾性進行了設計，進一步提高了系統的工作可靠性。
  18. 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。
  19. Rotary - type transplanting mechanism of high - speed transplanter, with a transplant rate of 400 - 600 times per minute, represented the developing trend in the future

    旋轉式高速水稻插秧機的分插機構具有其自身優點，插次可達400 600次分鐘，代表未來的發展趨勢。
  20. 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。
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