泵站排水 的英文怎麼說

中文拼音 [bèngzhànbèishuǐ]
泵站排水 英文
drainage by pumping station
  • : 名詞(吸入和排出流體的機械) pump
  • : Ⅰ動詞1 (站立) stand; be on one s feet 2 (停下來; 停留) stop; halt; pause Ⅱ名詞1 (停車點) st...
  • : 排構詞成分。
  • : 名詞1 (由兩個氫原子和一個氧原子結合而成的液體) water 2 (河流) river 3 (指江、河、湖、海、洋...
  • 排水 : drain off water; drain away water; dewatering
  1. Based on the analysis of practical roofage treatment of large scale workshops in donglei water pumping project, the design and construction matters on the drainage and roofage treatment are introduced, which may provide some reference for other works

    結合東雷抽黃續建工程幾座大型廠房屋面施工的實際,介紹大型預制屋面的與滲漏問題及設計、施工方面應注意的事項,供類似工程參考。
  2. Abstract : based on the analysis of practical roofage treatment of large scale workshops in donglei water pumping project, the design and construction matters on the drainage and roofage treatment are introduced, which may provide some reference for other works

    文摘:結合東雷抽黃續建工程幾座大型廠房屋面施工的實際,介紹大型預制屋面的與滲漏問題及設計、施工方面應注意的事項,供類似工程參考。
  3. The sump is an important part of the pumping station

    池是城市雨污中的一個重要組成部分。
  4. Simulink - based visual dynamic simulation for drainage pump station

    可視化動態模擬方法
  5. Inferential measurement technique application in urban drain pump station control systems

    推斷測量技術在城市控制系統中的應用
  6. Application of frequency conversion project in drainage pumping stations and discussion of energy - conserving mechanism

    變頻節能的工程實踐和機理初探
  7. In the end of the paper, it provide the example remote control and monitor of wuhan city drain off water pump station

    最後給出了武漢市遠程監控系統的實例。
  8. The conclusions from the paper were valuable in improving hydraulic characteristics of the urban drainage pumping station with side - inlet sump

    研究成果對改善側向進城市力特性、提高該類的安全可靠性與高效經濟性具有較好的指導意義與實用價值。
  9. At the same time, an old version of application system - - - - long - distance watch system for pumping station of wuhan city will be reformed according to the new construction system

    此外,還要利用新應用軟體體系結構來改造一套舊版應用程序系統? ?武漢市遠程監測系統。
  10. There are many units in an urban drainage pumping station where the flow usually varies from season. the side - inlet sump is often designed to save the area of the pumping station

    城市常年運行的流量變化一般很大,配機組臺數較多,為節省佔地面積,常採用布置較緊湊的側向進方式。
  11. The contents of fourth chapter are to expatiate a new version of distributed three - layer long - distance watch system for pumping station of wuhan, which was designed according to the theory of windows dna and practical

    第四章的內容是根據windowsdna理論,結合具體的需求,設計了一套分散式三層結構的新版武漢市遠程監控系統。
  12. ( 5 ) taking full of advantage of the ado. net and asp. net technology under the. net platform. it construct a powerful remote control and monitor system and meet the reqirment of the users. in order to achieve real - time control, it design a front environments built on the asp. net structure, from which the system can fulfill the real - time function. due to the characteristic of drain off water pump station remote control and monitor system ( big pump station need high voltage ( 6000v ) and great power ), so now do n ' t adopt the ways that client _ end controls it. in addition, the server - end design a database to manage from which the system could tackle users information and online users log in the form of winform and strengthen the safety of the system

    Net平臺下的ado . net與asp . net技術,發揮兩者的武漢理工大學碩士學位論文優勢,構造了功能更強的遠程監控系統,更好的滿足用戶的需要。系統設計中以asp . net架構為前臺環境,實現了客戶端通過ie瀏覽器來實時的監控到的運行情況,使系統達到了實時監視,但由於大機工作電壓高( 6000v )功率大( 100okw )的特點,暫不採用客戶端控制系統。在服務端,設計了數據庫,並且以winform的形式來管理網路管理員和用戶的信息以及在線用戶的日誌,加強了系統的安全性。
  13. China is a large country with complex natural conditions. there are much inconsistency between the distributing of water resource and the requirement of industry, agriculture and life on time and space. pumping station is very important in the delivery, supply of water resource, especially the large - scale irrigation and drainage pumping station, which has very important contribution in fighting droughts and waterloggings

    我國地域遼闊,自然條件復雜,資源在時間和空間上的分佈與工農業及生活的用需求存在很多矛盾,資源調配及工農業供等方面起著十分重要的作用,尤其是中較典型的大型,在抗旱澇、減輕災害中發揮著巨大的功能。
  14. Currently sewage in sewage pumping station system is pumped manually. so the station is working in low water level and energy is consumed. this mode ca n ' t predict the inflow ' s changing

    當前污放系統主要採用人工值守方式,低位高揚程耗能嚴重,且缺乏預測能力,流量洪峰來臨時易產生污溢出污染。
  15. By researching the sewage pumping station ' s working situation and studying the advanced theory in sewage pumping control, the sewage pumping control system based on predictive control is proposed

    通過分析污放系統運行情況,結合當前國內外研究成果,提出了基於預測控制的污放控制系統。
  16. The question of power waste and sewage overflow in sewage pumping station system is proposed. in order to solve this question, predictive control and vvvf are applied

    本文針對當前污放系統存在的耗能多及污溢出污染的問題,提出了採用預測控制,結合變頻調速的控制手段。
  17. On the base of studying in arithmetic of predictive control, different math models are used to approach the control system. general water level control, pid control and predictive control using in sewage pumping station are compared. by simulating the different models using in control system, the conclusion that the aim of saving power and preventing pollution in sewage pumping station can be achieved by using predictive control is got

    在預測控制演算法研究的基礎上,分析了用不同的數學模型逼近污放系統,比較了採用常規位控制、 pid控制和預測控制對污放系統的控制效果,在模擬結果對比的基礎上,得到了採用預測控制可以更好的解決節能無污控制目標的結論。
  18. Experimentation of sewage pumping station based on predictive control with vvvf is carried out. the experimentation result shows that the sewage pumping station predictive control system can be running under the condition of high water level. by using this control mode, inflow sewage is pumped out entirely

    在模擬研究基礎上,搭建了模擬試驗系統,在實驗室條件下,對污放系統進行了結合變頻調速的預測控制模擬試驗,試驗結果表明,採用預測控制,可以使系統運行在高位低揚程的工況下,使流入管網的污等量出,實現了節能無污的控制目標。
  19. All waste water of factories within the hi - tech zone will be collected through special tube system to the plant and treated under certain standards

    以海河大道、黃河大道為主幹管,根據地形由西向東至商頌大街后,沿商頌大街、弦歌大道至中華路口臨時,經提升后直接入現狀明渠派進入洪河。
  20. Meanwhile, because there are a lot of sediments in sewage in the forebay, the bad flow pattern will make sediments depositing freely and the sediment deposition will cause worse flow pattern

    同時,由於流中含有大量的懸浮固體顆粒,不良的前池流態會使泥沙更容易在前池淤積,而泥沙淤積又進一步加劇了前池流態的惡化。
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