機艙檢測 的英文怎麼說

中文拼音 [cāngjiǎn]
機艙檢測 英文
engine survey
  • : machineengine
  • : 名詞(船或飛機中分隔開來載人或裝東西的部分) cabin; module
  • : Ⅰ動詞1 (查) check up; inspect; examine 2 (約束; 檢點) restrain oneself; be careful in one s c...
  • : 動詞1. (測量) survey; fathom; measure 2. (測度; 推測) conjecture; infer
  • 機艙 : 1. (船舶機器房) engine room2. (飛機客艙) passenger compartment; cabin; machinery space
  • 檢測 : check; detection; test; gauging; detecting; sensing; [工業] checkout; measuring
  1. Two kinds of communication methods are introduced. finally, the monitoring project for the cables ? tensions is given chapter 5 is real - time position and orientation measurement system for cabin. three iii 1 ~ ~ ~ usable technologies for measuring the position and orientation of cabin ( gps, laser ranger, ccd ) are introduced. the technological design and the mathematical model have been built

    本章提出了可用來實時饋源位置與姿態的三萬4技術:全球衛星定ag統( gps ) 、動態足團綜全站儀禾u基於計算視覺的動態狽技術kcd ) ,完成了刁蹦u施的技術方案,並敬了相關的數髓型。
  2. Now, the foreign and national departments of ship building and management are studying the auto - detecting and auto - spraying ( water - mist ) system of fire about the ship ' s main parts ( engine room ), and there are some foreign manufactories that have produced the relevant productions, but there are no similar productions in our contrary, so the st udy on the item ( the designing and study of water - mist fire auto - extinguishing system ) will supply a gap about national ship area fire, and it has high theoretic value and actual application significance. the mcu is main part of this system, and this system can detect automatically fire, show the place of fire and spray automatically water - mist

    目前,國內外船舶建造及管理部門正在投入人力和物力展開對船舶重點部位()火災的自動及自動噴灑(水霧)滅火系統的研究,現在國外已有幾個廠家生產出相應的產品,但是在國內還沒有類似的產品出現,所以本課題(水基噴霧自動滅火系統的設計與研究)的研究可以說是填補了國內船舶區域火災的自動監和報警以及自動噴灑(水霧)滅火裝置這個空白,具有很高的理論價值和實際應用意義。
  3. How expounded testing and controlling seven variables such as temperature, humidity, stress, oxygen, carbon dioxide, vibration and noise etc. it is different from single variable environment simulate hermetic cabin before, this paper expounded the basic component of multi - variable environment simulation hermetic cabin and the work principle of measurement and control system to develop of it, it advanced the method of the preset checkout and the jointly control of multi - variable such as temperature, humidity, stress, oxygen, carbon dioxide, vibration and noise etc, it has been designed to realize computer measurement and control of environment simulate hermetic cabin

    具體介紹了多變量環境模擬密封的基本組成和控系統的工作原理,闡述了如何對所給定的溫度、濕度、壓力、氧氣濃度、 co _ 2濃度、振動和噪聲等七種變量進行和控制。與以往單一變量環境模擬密封不同的是,本文對所研製的多變量環境模擬密封的基本組成和控系統的工作原理進行了闡述,提出了對所給定的溫度、濕度、壓力、氧氣濃度、 co _ 2濃度、振動和噪聲等多種變量的和聯合控制的方法,設計並實現了環境模擬密封的計算控。
  4. Aimed at the in - line inspection of small - diameter pipelines, the modules have been designed in i - shape. the distance wheel system is adopted the mouse principle by its simple and reliable characteristics, and the force - enhanced structure is added on arms so that the precision and reliability of the distance count are improved

    針對小管道在役的特點,提出了將體設計為工字形,採用簡單可靠的「鼠標工作原理」設計里程定位系統,並在支撐臂上採用增力構,以提高里程計數的精確性和可靠性。
  5. It is showed that this prototype machine of system has realized the automation of detecting and controlling course, the digitization processing of detected result, as well as the diversification of detecting and controlling functions ; it has improved the measuring and controlling precision in the course of detecting hermetic performance of sealed - cabin, and depressed the operator ' s labour intensity

    通過試表明,該系統原型較好地實現了控過程的自動化、量結果的數字化處理以及控功能的多樣化,大幅度了提高密封密封性能四jll大學碩士研究生學位論文摘要過程中的量控制精度、降低了操作人員勞動強度。
  6. According to the practical industry need of detecting hermetic performance of sealed - cabin, by adopting low cost and small scale distributing detecting - controlling system frame based on embedded computer, this subject has improved the existing method of detecting and controlling which is used to detect hermetic performance of sealed - cabin, and the prototype machine of a new - type intelligentized system for real - time detecting and controlling is developed

    本課題從密封密封性能的工業實際應用出發,採用基於嵌入式計算的低成本小型集散控系統結構,對現有的密封密封性能工藝中的控方法進行改進,設計開發了新型智能化實時控系統原型
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