缽苗 的英文怎麼說

中文拼音 [bōmiáo]
缽苗 英文
pot seedling
  • 缽 : 名詞1. （陶制的器具） earthen bowl2. （缽盂） alms bowl （of a buddhist monk）
  • 苗 : 名詞1 （初生的種子植物） seedling; sprout; shoots 2 （初生的飼養動物） the young of some animals ...
  1. The applicative crops is the cucurbitaceous vegetables which seedling in nutritional bowl. it solves a difficult problem in vegetables " grafting, therefore, has high value for use in vegetable production

    該機器人針對的是採用營養缽育苗的葫蘆科蔬菜，實現了砧木苗在營養缽內無需拔苗即可直接的操作，有助於嫁接后苗的恢復，在生產中具有較高的實用價值。
  2. By way of putting up three dimensional modeling of the planting apparatus of disjoined - soil - boots, virtual prototype has been established

    根據棉花移栽的特殊需要設計了分土靴式栽植器，減少了移栽過程的缽苗損傷，並保證了立苗率。
  3. Using this kind of plug can both save the nutrition soil during making plugs and reduce the working intension during cultivating seedlings, raising the plant - endlong rate in transplanting seedlings

    採用該種類型的缽體不僅可以減少制缽過程營養土的消耗量，而且可以減輕育苗過程的勞動強度，提高栽植過程的缽苗栽直率。
  4. 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
  5. In general, the content which is studied in this paper can be briefly summarized as follows : 1 the conic shape of nutrition plug which suit the growing condition of the corn seedling is made certain through contrast study on the root grow character between the corn and vegetable seedling ; then the plug size which bulk is smaller and meets the growing condition of com seedling through cultivating the corn seedling

    全文內容概括起來主要有以下幾點： 1通過對玉米秧苗根系生長特性與蔬菜根系生長特性的對比性試驗研究，確定了適合玉米秧苗生長的圓臺形缽體；進一步通過玉米育苗試驗，確定了能夠滿足玉米育苗生長需要的、體積相對比較小的缽體尺寸。
  6. 2zb - 4 cup type transplanter for transplanting earth - bown seedlings

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

    帶式喂入缽苗栽植機研究
  8. Chen jie and t. ito, 1998, relationship between plant growth and root respiration with respect to plug size in raising ( brassica campestris l. ssp. chinensis ), j. japan soc. hort. sci., 67 ( suppl. 1 ) : 164

    陳傑，伊東正，穴盤形狀對大白菜幼苗根缽形成和根系生理活性的影響， 2001 ，日本園藝學雜志， 70 （別冊2 ） : 151
  9. 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。
  10. 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。
  11. The rice seedling mode is optimized fatherly. the macros for building multi - seedling and contact force and the program of sensors are written. the spring is replaced by a flexible part

    最後，對多缽苗碰撞模擬試驗進行了一些探索研究工作，將缽苗模型進一步優化，編寫了建立多缽苗模型、缽苗接觸力、缽苗鉸接等宏命令及傳感器程序，並將彈簧柔性化。
  12. In the four parameters the frequency of excitation force is most significant to the horizontal and vertical velocity of seedlings. the amplitude of excitation force is less significant

    四個因子中，頻率對缽苗的推送速度影響最為顯著，其次是激振力幅值f 。
  13. The performance of vibration and movement of seedlings is validated in the whole vibration plate simulation. an orthogonal experiment is designed for analyzing the effect that the four parameters ( f, co, a, k ) act on horizontal and vertical velocity of seedlings

    首先驗證虛擬模型的振動性能與物理原型基本相符，進一步採用正交試驗，考察四個因子（激振頻率山、激振力幅值f 、彈簧剛度k及彈簧傾角）對缽苗推送速度的影響。
  14. And then, the influencing rule between the key factors to plug queue speed and working reliability of this set is ascertained, and the variety range of these factors is made, and the theoretic analysis correctness is validated by a great deal of experiments, and the key problem of improving the transplanting speed is solved

    進一步通過對其關鍵部件的運動和受力情況分析，掌握了各主要工作參數對缽苗排隊速度和工作可靠性的影響規律，確定了各工作參數的工作范圍，並通過大量試驗驗證了理論分析的正確性，解決了提高栽植速度的關鍵問題，為其實用化打下了基礎。
  15. So the foundation is set for its practical use. 4 the acting - straight - sorting and dropping plug set is designed, which can solve the sorting plugs unclearly because of the difference between individual plug seedlings, and can raise the punctuality of sorting plug seedlings and the veracity of plug seedling dropping into the lead - plug - seedling - tube, in addition, the working frequency of acting - straight cylinder is calculated by analysis to the movement and strength of the key parts in this system which can accelerate the transplanting rate to 3 plants per second, further more, a lot of operated experiments indicate that the working reliability of this set can be raised under the condition of the proper seedling transplanting speed

    4採用直動? ?雙擋銷式分缽落苗系統，不僅解決了因為缽苗個體差異帶來的分缽不清的問題，而且提高了缽苗分缽的準時性和缽苗落入導苗管的準確性；同時，通過對該系統工作過程的主要工作參數的運動和受力情況分析，確定了該系統各直動汽缸的工作頻率，使分缽落苗速度達到3株/秒以上，進一步通過大量試驗對其進行驗證，證明了該系統在滿足栽植速度要求的前提下，可以大大提高了系統的工作可靠性。
  16. 2 the decomposing paper tray is used. which can not only solve the plug metabolic problem in cultivating seedlings, but also avoiding the root bunch between different individuals ; in the mean while, the paper tray can be used both in all single household and in the cultivating seedling factory of our country

    2採用可降解的紙質育苗盤，不僅解決了育苗過程缽體發生變形的問題，而且可以防止育苗過程缽苗之間的串根問題；同時，由於其成本低廉，便於操作，既適合我國目前這種單家獨戶式的家庭式應用，也適合工廠化育苗中心的使用。
  17. The grafting robot for nutritional bowl seedling of vegetables adopts control system of dual cpu, which composes of msc - 51

    營養缽苗嫁接機器人的控制部分採用雙cpu的控制系統，由51系列的單片機來實現。
  18. This design completes and optimized the mechanical structure, and increases the sets for sending seedling, and outputting seedling

    本課題對機器人的機械結構做了大量的設計和優化，研究設計的營養缽苗自動落苗裝置使缽苗嫁接真正實現了全自動化作業。
  19. In order to apply to the current increasing numbers for nutritional bowl seedling of vegetables, the automatic grafting robot for nutritional bowl seedling of vegetables is created on the basic of lots of study and creations of old grafting machine for vegetables

    為了滿足營養缽育苗方式日益普遍的現狀，在原有蔬菜嫁接機器人研究的基礎上進行大量的實驗和創新，研製出了營養缽苗自動嫁接機器人。
  20. The vibration plate is a rice seedling feeding device and the most important working component in the whole machine

    排秧盤是振動式擺秧機缽苗輸送機構，也是最主要的工作部件之一。
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