操作制動器 的英文怎麼說

中文拼音 [cāozuòzhìdòngqì]
操作制動器 英文
operational brake
  • 操 : Ⅰ動詞1 （抓在手裡; 拿; 掌握） hold; grasp 2 （做; 從事） act; do; operate 3 （用某種語言、方言說...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 器 : 名詞1. （器具） implement; utensil; ware 2. （器官） organ 3. （度量; 才能） capacity; talent 4. （姓氏） a surname
  • 操作 : 1 （按照一定的程序和技術要求進行活動） operate; manipulate; handle 2 （所進行的若干連續生產活動的...
  1. The sampling system is controlled by an adjustable program timer or by a manual pushbutton.

    取樣系統用可調程序定時器或手動操作的按紐控制。
  2. Used to reclind and curve, pc control, the photoelectricity bougie has high precision, automatic controlsystem, so, the operation is easy and safe

    用於矯正織物的緯斜、緯彎。只能化的微機處理器，高精度的光點探頭，全自動的控制系統，使得操作方便，運行安全可靠。
  3. The paper studies and designs the circuit driving the servo motor and the motor for clearing, and the serial communication circuit, and the sensor data input circuit etc. the author develop the embedded controller software based the advanced singlechip language - pl / m and the user interface software base vc + + 6. 0

    進行了清刷機器人的伺服電機驅動與控制電路、清刷電機驅動與控制電路、串列通訊電路、傾角傳感器數據採集等硬體電路的設計，並進行了基於pl m高級單片機開發語言的下位機嵌入式控制軟體的開發和基於vc + + 6 . 0的上位機用戶操作界面的開發。
  4. Here we use robotically - controlled micromanipulators and extremely sharp glass needles to machine the aerogel, and extract tracks in tiny doorstop - shaped wedges of aerogel that we call " keystones "

    在此我們用自動控制的顯微操作器和極其尖銳的玻璃針來加工氣凝膠，並取出含有軌跡的一小塊楔形凝膠，我們稱之為「楔石」 。
  5. Here we study the method of using com subassembly and ole automation technology to solve the integrate problem. this technology can fulfill the task of data ' s sharing and conversion, supporting the synchronization of space decision reasoning analysis and space information manipulation, realizing the seamless integration. the paper based on solving the evaluation of land using problem, by anglicizing the deficiency of gis ' s space decision and the merit of egis

    這里我作了用com技術及其統一數據傳輸機制和ole自動化功能進行es和gis集成的研究：其中，將es作為控制器， gis作為自動化對象連接起來，能很好地完成數據的轉換與共享，支持空間決策推理分析和空間信息操作的同步進行，本文由此重點討論了com及ole自動化技術。
  6. Apply computer chip to control the circuit ; omron opto - elecrtonic control - ler and panasonic and mitsubishi inverter have stable performance, high precision, rapid reaction and long life - span ; the controlling plate applies tactile operation board which is handled easily ; vertical structural screen is easy to adjust the vertical printing pressure so as to ensure the quality of printing ; the frame lift is driven by electrical motor and installed with imported linear guide rails, of which the speed - adjust device, scraper and scraping blade can be adjusted within15 to 45 and can be set for many times so as to repeatedly printing with good precision and output, the flat bed is made of 2mm stain - less steel plates which are flat, smooth and indeformable ; it is also equiped with micromatic setting device in order to ensure the precision of multi - color overprint and auto air - intake device to ensure strong adsorption

    採用電腦板控制電路，歐姆龍光電控制器，松下，三菱變頻器，行直穩定.精度高，反應快，壽命長，控制面板採用觸摸式操作面板，操作方便，六式結構型網版垂直升降印刷壓力可調保證印刷質量，機架升降採用電機驅動安裝進口直線導軌，刮刀、回墨刀可在15一45角調整，可設置多次，重復印刷保證產品精度.平臺板採用2毫米不銹鋼板製作，平整光滑不變形配有微調裝置，確保多色套印精度，配自動吸氣裝置，確保強有力的吸附。
  7. In the end, the stability is discussed under the coulomb friction model, getting the normal force compensation method and the additive vibration control method, which are to stabilize the friction drive system to realize the controllability and stability, which is simple to realize in the micro manipulator

    並通過對coulomb摩擦模型的穩定性討論，得出正壓力補償控製法，即以穩定摩擦力驅動摩擦振子實現微操作手運動的可控性及穩定性的方法分析。通過數值方法驗證正壓力補償控製法的適用性，為微操作器的運動控制提出可行方法。
  8. The drive principle of the spherical manipulator based on friction is studied, and simplified to be a two - mass oscillator model, though which the dynamics characters, optimization, frequency respond, and the control strategy is studied. firstly, based on the former experiment, the investigation is on the dynamic characters of the friction drive principle

    論文將對球基微操器的摩擦力驅動原理做深入分析，將其簡化為二元摩擦振子模型，通過對二元摩擦振子性質的討論，對應用摩擦力驅動原理的球基微操作器的運動狀態，動力學特徵，優化設計，頻響問題以及控制方式進行深入分析。
  9. The teach box is made up of lcd and film keys, which makes the operation easy and convenient ; while the main microcomputer control system makes the communication between the teach box and hypogenous microcomputer possible and carries out teach and playback function. the servomotors are under the control of hypogenous microcomputers

    示教盒由液晶顯示器和薄膜按鍵組成，操作簡單，方便；主機控制系統則主要完成與示教盒和下位機的通信，並完成機器人的示教再現控制；下位機則直接控制各個關節實現所要求的運動軌跡。
  10. It is demonstrated by simulations that the control method is efficient and the fully cartesian coordinates is practically efficient. then the inverse kinematics of dual free flying space manipulator are mainly discussed in the third chapter, and the jacobean matrix for dual manipulator space robot is derived by fully cartesian coordinates, a control method for space manipulator based on the resolved motion rate control concept is proposed. then, the computer simulation verifies the effectiveness of the algorithm

    首先，分析了閉環雙臂空間機器人捕捉目標物體時的運動學關系，給出了以完全笛卡爾坐標表示的系統運動jacobi關系；然後，以此為基礎研究了空間機器人雙臂協調操作的分解運動速度控制方法和協調操作問題；最後應用matlab語言對平面雙臂空間機器人系統進行了計算機模擬、模擬，模擬運算證實了上述方法的有效性。
  11. According to prevenient experience and data, we modify all disfigurement and adopt advanced computer technology, automatic control technology and precise transducer through absorbing latest technical achievement at home and abroad, which makes the third generation sample have lots of good characteristics such as convenient manipulation, high credibility, good stability and simple maintenance and so forth

    第三代樣機設計中我們根據以前積累的大量的經驗及數據，在充分吸收國內外控制領域最新成果的基礎上，修改了以前所有的設計缺陷，採用了先進的計算機技術自動控制技術和高精度的傳感器檢測手段，使得系統具有操作方便可靠性高穩定性好和易維護的特點。
  12. The forth and the fifth section present a practically real - time maneuvering control strategy with a mcu ( 68hc908mr8 ) for the robotic fish that uses the two - link oscillating foil as a propulsor. one robotic fish ( oucefish - i ) is designed and accomplished

    第四和第五部分利用mcu （ 68hc908mr8 ）實現了對以上模型運動軌跡的實時操作控制，設計完成機器魚模型（ oucefish - ） ，使機器魚能利用兩關節擺動薄片作為推進器游動。
  13. Bulk waste flap, infinitely forward and reverse travel drive, operating hour meter, patented filter shaker system, roller brush, side brush, suction fan cut - out, sweeping mechanism can be deactivated

    浮動式邊刷，可調整式主刷，大垃圾擋板，操作計時器，前進/後退檔無級調速，吸入風扇切斷裝置，專利保護過濾器除塵系統，移動式塵箱，駕駛座椅控制機器啟動安全裝置。
  14. Adopting the technologies of the powerful steering, dual - pipes hydraulic for four - wheel brake and synchronizer in shifting speed. all of these make the truck steer lightly, brake reliably, and operate expediently

    採用動力轉向，雙管路液壓四輪制動及同步器換檔變速等技術，使車輛轉向輕便，制動可靠，操作方便。
  15. Electric motor actuated valves can be provided to meet the broadest range of requirements including operating cycle time, use of integral or remote controls, starters and indicators, and a wide range of power sources

    電動馬達執行機構操作的閥門能夠滿足廣泛的需求，包括操作循環時間，整體或遠程控制，啟動器和指示器，以及容易得到的電源。
  16. Eaer to operate operate put the dress material on the machinestart pedal it can complete with nease change the lnob positon at the right side of the machine head it will realiz the change of stitch both upper and down adopting design of bearded needle it is unnecessary to thread the needle hat put the thread in the bearded needle feeding material in same step both upper and down sewing becomes moreasy cloth material wont be creased length of stitch distance will keep same wide working platform it is cibvebuebt abd flexible when sewing

    操作簡便，操作員把衣料放在機器上，啟動踏板即可輕松完成，變換機頭右側旋轉轉鈕的位置，即實現上下珠點的變換，採用鉤針設計，無需穿線線，將線置於鉤針即可，上下同步送料，縫制更輕松，布料不會起皺，針距長短保持一致，寬闊的工作平臺，使縫紉時更方便靈活。
  17. Two ( 2 ) copies of the brake circuit diagram of not less than a3 size with the details of its operation

    不小於a3大小的制動器電路圖（連同操作的詳情）的副本兩份。
  18. Standard practice for installation procedures for fitting chocks to marine machinery foundations

    船用機械基礎制動器的安裝程序的標準操作規程
  19. Implementation and kinematic control of a hyper - redundant mobile manipulator system

    一個超冗餘度移動操作臂機器人系統的實現與運動控制
  20. The movement of the platform shall be stopped, unless the operator keeps his hand on the local control device during the raising or lowering process

    自動制動器在平臺升降過程中，操作員的手若不連續按動平臺控制裝置，平臺的操作便須停止。
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