high capacity motor 中文意思是什麼

high capacity motor 解釋
高功率電動機
  • high : adj 1 高的〈指物,形容人的身高用 tall〉;高處的;高地的。2 高級的,高等的,高位的,重要的。3 高尚...
  • capacity : n 1 包容力,吸收力,收容力。2 容積,容量;【電學】電容,負載量。3 能力,才幹,本領;性能,機能。4...
  • motor : n 1 原動者;原動力。2 發動機;馬達;電動機;【火箭】助推器;汽車。3 【解剖學】運動肌;運動神經。a...
  1. Our company is specialized in producing mini - type precision low noise electric motor bearing motorcycle bearing british system and part non - standard bearing. in line with the quality policy " quality excellent creating enterprise famous brand, aspiration high occupying market excellence " and by means of the unremitting efforts of the whole staff, our company has become a fairly high scale bearing manufactured enterprise with a annual productive capacity is 20, 000, 000 sets of bearing and the output value is more than 40000000 yuan

    公司專業生產微小型精密低噪間電機軸承摩托車軸承英制及部分非標軸承。本著「品質精純創企業名牌一志當高遠領市場風騷」的質量方針,通過全體員工的不懈努力,已形成年產軸承2000萬套,產值4000多萬元的具有一定規模的軸承製造企業。
  2. Bringing into play the communication market resources in hangzhou bay, the park devotes itself to the formation of a “ mobile valley ”, which means a unique zhejiang - flavored economic pattern : forming a complete telecommunication industry chain from software and operation development of key parts, such as ic chip, rf modules, base band, display, high capacity battery, to related components like cell phone housing, keypad, antenna, vibration motor, mould, pcb ( circuit board ), photoelectricity device, electronic device, connectors and system and software development, and operation service development

    園區依託杭州灣通信市場資源,致力打造「移動谷」 ,創造中國浙江經濟特有的專業版塊模式:從集成電路晶元、 rf組件、基帶、顯示器、高能電池等核心器件到接手機外殼和按鍵、天線、振動馬達、模具、 pcb (電路板) 、光電器件、電子器件、連接件等相關組件及系統和軟體開發、運營服務開發,形成完整的通信產業鏈。
  3. The asynchronous motor is widely used for its simple construction, ruggedness, high working reliability, relatively low cost, and high environmental adaptability. it is suit for the direction of high voltage, high speed and large capacity. vector control is its ideal speed modulation method. the harmonics of three - level inverter are less than the traditional two - level inverter ’ s, and it is convenient to realize high sinusoidal voltage output. the maximum voltage strength which each electric component bears is small, and it is easy for three - level inverter to realize large capacity. the research on the asynchronous motor vector control based on the three - level inverter is one novel work

    異步電機結構簡單、堅固耐用、運行可靠、成本低、環境適應性強,容易向高壓高速和大容量方向發展,獲得了廣泛應用,矢量控制為其理想的調速方法;三電平逆變器輸出端諧波少,有利於實現輸出電壓的正弦化,且單個開關管承受的最大電壓小,適合向高壓大容量方向發展。對基於三電平逆變器的異步電機調速系統開展矢量控制研究,是一件有意義的工作。
  4. According to the safety requirements of underground electrical equipment, an excellent intrinsically safe pilot circuit is designed, the fault characteristics and protection principle of asynchronous motor with single speed and double speed used in underground are simultaneously analyzed, the function parameters corresponding to the fault protections for high capacity motors are determined. at the same time, module program design method and compiled monitoring program and function subprograms are emphatically described

    根據礦井生產安全要求,設計了性能優良的本質安全型先導電路,分析了單速異步電動機和雙速異步電動機的各種故障特徵和保護原理,確立了每種故障保護的動作指標,介紹了結構化程序的設計方法,設計了監控程序及各功能模塊程序。
  5. Secondly, the implementation of each module of the software is discussed in detail. main content of this part includes the inplementation of the massive image data high - speed transferring from scanner to host by use of a large capacity fifo and a 32bit high - speed pci card, how to control the step motor for precise location of the cis image sensors, the techniques for utilizing the lm9830 to control scanning actions based on the cis ' s characteristics, the real time image data collection, the reconstruction of the image data sampled by the z - shape combined cis sensors, and the parallel and pipeline techniques used in the whole process helping to save time

    然後詳細討論了掃描儀底層驅動軟體中各個功能模塊所解決的問題和具體實現方法,具體介紹的內容包括:如何利用大容量fifo和高速32位pci介面卡實現大量圖像數據的高速傳輸功能,如何對步進電機進行控制實現圖像傳感器的精確定位功能,如何針對cis傳感器的具體特性應用lm9830晶元控制cis的掃描動作,如何實時的採集圖像數據,如何對「 z 」型拼接傳感器掃描出的圖像進行重構以及如何應用并行和流水技術對整個掃描過程進行控制以提高掃描速度。
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