置換工作中心 的英文怎麼說

中文拼音 [zhìhuàngōngzuòzhōngxīn]
置換工作中心 英文
override work center
  • 置 : 動詞1. （擱; 放） place; put; lay 2. （設立; 布置） set up; establish; arrange; fix up 3. （購置） buy; purchase
  • 換 : 動詞1. （給人東西同時從他那裡取得別的東西） exchange; barter; trade 2. （變換; 更換） change 3. （兌換） exchange; cash
  • 工 : Ⅰ名詞1 （工人和工人階級） worker; workman; the working class 2 （工作; 生產勞動） work; labour 3 ...
  • 置換 : displace; substitute; supersede; substitution; replacement; permutation; transposition; transposi...
  1. Series full - auto pipe expander with drawing device and program interface is used with extruding machine. it is also used solitarily, while expanding pipes, the machine adopts translation, the action is steady and corret, it does not damage pipe materical, the machine adoptes double - infrared heating oven type, each oven is equipped with heating cire, the shaping method adopts expanding - end shaping, the size of pipe mouth is correct. on its panel, there is a transfer swith of expanding solvent type pipe socket ( straigh port ) and expanding sealloop type pipe socket ( rport ). the choice of expanding pipe type is very convenient, the technologocal adaptability is strong, its main electric control elements are all imported. the syetem charecteristics are steady and reliable

    配有與主機配套的接料牽引裝置和相應的程序介面，既能與擠管主機聯線使用，又可以作單機使用；擴管時管材的移動均採用平移方式，動作平穩準確而且不易損傷管材；這種機型採用紅外線加熱方式且為雙加熱爐型，每個加熱爐都配有中心加熱爐芯；成型方式均採用擴管頭定型方式，管口成型尺寸準確；該機型在控制面板上設有擴溶劑型承介面（直口）和擴彈性密封圈型承介面（ r口）的轉換開關，擴管方式選擇十分方便，工藝適應性強；主要的電器控制元件均採用進口元件，系統性能穩定可靠。
  2. The globoidal cam mechanism is a kind of high speed cam mechanism with bright future in application. it can be used as high speed intermittent indexing with great accuracy, or used as efficient large torque reducer. and now it has been applied comprehensively in many automotive machines, such as tobacco machines, packaging machines, automatic tool changers of cnc machines, and so on

    弧面凸輪機構既可用作精確的高速間歇分度機構，也可用作高效、大扭矩的減速裝置，目前已廣泛應用在煙草機械、包裝機械、加工中心換刀機械手等各種自動機械中，是一種很有發展前途和應用前景的高速凸輪機構。
  3. With the demand for high quality of electric energy is increasing ， as the most immediate part to the consumer ， distribution network ’ s efficient and reliable operation is very important as the result ， new distribution automation equipment with high performance is inevitable prime machine system ， as data collection and processing subsystem of dms ， provides communication of kinds of information between control center and rtus it ’ s reliability ， real ? time abilitv and stability affect the scada system directly to solve the disadvantage of the existing system ， whose channels are dependent ， a new proj ect of single board system is brought forward and its hardware and software are designed with high performance chip of communication ， independence of channels is realized basic function of system is realized ， and faster reposition and expansibility of the single chip is fully applied

    配電自動化通信前置機作為dms主站系統的數據採集與處理子系統，提供監控中心與遠方rtu之間各種可能信息的交換功能，其可靠性，實時性和穩定性直接影響scada系統的運行質量。本課題針對現有前置機各通信通道之間不相互獨立、穩定性低的固有問題，提出一種新式單板前置機系統，並對其進行了軟硬體設計，選用高性能專用通信處理晶元，實現各通道獨立，並在實現前置機基本功能的基礎上，充分發揮單片機相對于工控機的快速復位功能以及更好的可擴展性，實現了一個可靠、穩定、靈活的前置機系統。
  4. Urban land purchase & reserve system ( ulprs ) is such a management institution that organizations entrusted by city government, such as land reserve center, collect the lands using by different users through such ways as expropriate, purchase and replacement, then turn them into processed land through land renewal and exploitation, and provide them to market designedly to meet the needs of all kinds of construction demand through ways as bidding and auction according to all the year urban land plan

    城市土地收購儲備制度是指由城市政府的委託機構，如土地儲備中心，通過徵用、收購、置換等方式，將土地使用者手中分散的土地集中起來，進行土地整理和開發，在完成一系列前期開發整理工作后，變成可建設的「熟地」 ，根據城市土地年度計劃，通過招標、拍賣有計劃地將土地投入市場，以供應和調控城市各類建設用地需求的一種經營管理制度。
  5. At the same time, the principle which taking searching motor maximum - speed point as control object for mppt ( maximum power point tracking ) is put forward and the static error of tracking is analyzed in detail. chip jl3, a kind of micro - controllers of 68hc08 series, is used as control unit of the system, with which we complete the designs of the periphery hardware circuit and the control software

    對于電機控制，提出了採用虛擬中心點的方法代替傳感器實現電機轉子位置檢測，以完成電機準確換相，並在理論上證明了其正確性；對于光伏陣列工作點最大功率跟蹤問題，提出了一種以尋求轉速最大點為控制目標實現tmppt的思想，並進行了穩態跟蹤誤差分析。
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