疏浚用船 的英文怎麼說
中文拼音 [shūjùnyòngchuán]
疏浚用船
英文
dredging unit-
As one type of dredging equipment, a cutter suction dredger can dredge material and fill land by continually cutting soil and transporting slurry to the disposal area
絞吸式挖泥船作為一種疏浚設備，單船作業可疏浚和吹填。它能連續地挖掘和輸送泥漿，因而具有廣泛的適用性和經濟性。Research on the application of ann in the dredge ship
神經網路在疏浚工程船舶上的應用研究Based on plenty of investigations and researches, the thesis developed lots of lively, vivid, visual integrative monitor and alarm interfaces with excellent interactive quality by processing graphical edit software in the integrative monitoring and alarming system. the thesis managed to make them to be an ordinal, clear and distinct system, by programming and designing as a whole, arranging and organizing systematically
疏浚模擬訓練器集中監控報警系統以國產1750m ~ 3 h絞吸式挖泥船集中監控報警系統為模擬母型，在大量調查研究基礎上，通過對各種監控數據、報警提示適當取捨、擴充，並進行總體規劃設計，經過分門別類地編排組織，採用過程圖形編輯軟體開發了大量生動、形象、直觀、交互性強的集中監控報警界面，使之組成脈絡分明、層次清晰的有序系統。The broad application of gps technique in survey, vessel positioning, and real - time monitoring of yamen 5000 dwt seaward waterway dredging engineering is discussed
摘要就崖門5000t級出海航道疏浚工程在測量、船舶定位、實時監控等工作中gps定位技術的廣泛應用進行探討。This dissertation firstly discusses the basic structure of trailing suction hopper dredgers, then establishes the mathematical model of dynamic process of trailing suction hopper dredgers and the model of compensator of wind and wave, develops a set of real time simulation software using oop visual c + +, mfc, delphi and activex component technology, and simulates the different dynamic characters for different working situations
本文從討論耙吸式挖泥船基本結構和基本工作過程著手，建立了耙吸式挖泥船疏浚系統的數學模型，採用面向對象的visualc + + 、 mfc圖形函數、 delphi和activex控制項技術，開發了一套實時模擬軟體，模擬了不同疏浚工況下的動態特性。Based on the technical requirements of manufacture, application and repair of the pump shell and cutter piece of the cutterhead pipeline dredge, put forward are the re - manufacture three principles on easily damaged workpieces of dredge engineering. with the inter - clamped structures on the pump liners, the gradient wear - resisting design on the cutter piece, and the new techniques in the process of re - manufacture, new wear - resistant materials, including high - cr alloy, overlaying and brazing deposits, and polymer adhesive coatings have been successfully applied to the re - manufacture dredge pump shell and cutter piece. the application results show that their wear - resistant lifetimes and the dredging profits have been increased remarkably
根據絞吸挖泥船泥泵絞刀的製造、使用和修復性能要求，提出了疏浚工程易損件再製造三原則；採用泥泵內襯互鎖結構、絞刀梯度化耐磨設計和工藝再製造新技術，將高鉻合金耐磨材料、熔敷耐磨材料及其復合材料和高分子耐磨膠粘塗層材料成功地應用於再製造泥泵殼和絞刀片上，顯著提高了泥泵殼和絞刀的耐磨壽命和挖泥船的疏浚效益。It can help the students whose major is dredging and the dredger operators getting acquainted with dredging process, so that they can be trained to get the best production under the different circumstances
它主要用於培訓疏浚專業的學生和挖泥船的船員掌握先進的疏浚作業方法，以達到高效疏浚的目的。Such improvements and innovations range from the local - a new road, the clearing of a stream for traffic, a foot bridge - to those of global significance such as the invention of the telegraph, the advent of steamshipping, the opening of the suez canal, the establishment of long - distance trunk railroads with refrigerated cars, and, more recently, the development of containerized shipping. taken together, they have
這些改良和發明包括地方性的：修一小條新路、為運輸而疏浚一條小河、造一座小橋等；它們也包括全球性的：電報的發明、蒸汽船的運用，蘇伊士運河的開通，長距離的鐵路干線（包括鐵路冷藏車）的拓展以及更新近的集裝箱船隊。According as the mathematic model near the inlet of the 1750m3 / h cutter suction dredger, by researching the method of calculating the slop ' s specific gravity and volume concentration, the thesis adopted instant interactive mode and developed the optimized dredging operation guiding and training system, which has outstanding instructional quality
根據1750m ~ 3 h絞吸式挖泥船吸口處泥漿形成過程的數學模型，通過對計算泥漿比重及體積濃度的方法進行專門研究，採用即時交互方式，按疏浚作業優化操作步驟開發出指導性強的疏浚作業優化操作提示系統。This thesis introduces the author ' s study, work and research, during the period of author participating in the research and development of the first 1750m3 / h cutter suction dredger ' s dredging process training simulator in china. this project is one part of research and application of new technologies and equipment project in the 1750m3 / h cutter suction dredger, which is one of the ninth five - year state key projects and was developed by the joint efforts of changjiang waterway bureau and wuhan university of technology
本文介紹作者參加武漢理工大學與長江航道局聯合承擔的國家「九五」重點科技攻關項目「 1750m ~ 3 h絞吸式挖泥船新技術裝備實驗研究及應用」的重要子課題「疏浚作業模擬訓練器的研製」中所進行的學習和研究工作。A trailing suction hopper dredger is one of the most popular dredging tools for regulation of waterway and harbors. it is a large self - propelled and self loaded dredger which can be used in wide water area such as an estuary or a river mouth. it is adaptive economical, it is widely used in large dredging projects in most countries in the world
耙吸式挖泥船是最常用的清理河道港口的疏浚工具之一，它是水力式挖泥船中大型自航、自載式挖泥船，適用於水域開闊的海灣、河口，具有廣泛的適用性和經濟性，為世界上各個國家在較大的疏浚工程中廣泛採用。The practical applications of new wear - resistant materials to the dredges have exploited a new aspect for manufacturing ; using and repairing of easily damaged workpieces in dredge engineering
耐磨新材料的實船運用為疏浚工程易損件的製造使用和修復開拓了新方向，具有廣闊的應用前景。The function of forecasting was added in the system to reduce the students " mistakes greatly in term of the training ' s demand. the optimized dredging operation guiding and training system makes the dredging process training simulator be better at training and teaching
疏浚作業優化操作提示系統使疏浚作業模擬訓練器更有利於培訓與教學，用於培訓疏浚專業學生和挖泥船船員掌握先進疏浚方法，達到高效作業目的。Under the condition of applied technology based on internet combined with intellective computational ways and traditional marine condition monitoring, we can construct a new failure diagnosis system ( to develop a distance condition monitoring and failure diagnosis system for main mechanic equipments ) in dredger. it can offer timely credible technical guidance and steps to dredging technician. it is satisfied with the need of dredging security, equipments " condition monitoring and failure diagnosis, maintenance decision of the shipping and its base
將基於internet的應用技術、智能計算方法與傳統的船舶狀態監測與故障診斷技術相結合，在具有首沖功能的300方自航耙吸挖泥船上構造一種全新的故障診斷系統，即開發一套基於網路的挖泥船主要機械設備遠程狀態監測和故障診斷系統，為疏浚作業的技術人員提供及時可靠的技術指導和處理措施，滿足疏浚作業安全、設備狀態監測和故障診斷、實船和基地管理和維修決策的需求，提高設備利用率和管理水平。分享友人