裝配劃線 的英文怎麼說

中文拼音 [zhuāngpèihuàxiàn]
裝配劃線 英文
laying-out for assembling
  • 裝 : Ⅰ名詞1 （服裝） dress; outfit; attire; clothing 2 （演員的化裝品） stage makeup and costume Ⅱ動詞...
  • 配 : Ⅰ動詞1 （兩性結合） join in marriage 2 （使動物交配） mate （animals） 3 （按適當的標準或比例加以...
  • 劃 : 劃動詞1 （撥水前進） paddle; row 2 （合算） be to one s profit; pay 3 （用尖銳的東西在別的東西上...
  • 線 : 名詞1 （用絲、棉、金屬等製成的細長的東西） thread; string; wire 2 [數學] （一個點任意移動所構成的...
  • 裝配 : assemble; fit together; fit out; assembling; fitting; rigging; erecting; fabrication
  1. Simulation - based planning of production line

    轎車生產線裝配工藝規劃的模擬系統設計
  2. This paper studies trajectory planning of the assembly robot on the basis of off - line program system, realizing trajectory planning under the condition that have several targets and fixed obstacles, and presenting simple interface of task description for user

    本文在離線編程系統基礎上對裝配機器人的軌跡規劃進行了研究，實現了裝配機器人在多目標、固定障礙下的軌跡規劃，並為用戶提供了簡單友好的任務級描述界面。
  3. The research mainly include three parts below : first, generalized three problems exist in the current delivery logistics management of commercial enterprises. they are : 1 ) loading the cargo at will leads the serious trucks " space waste 2 ) lack effective and precise delivery plan and its routings - 聯邦 choosing method. 3 ) difficulties in delivery trucks " management

    在結合本專業知識和作者多年物流企業工作經驗的基礎上，概括出目前我國商業企業發展中存在的問題是： 1 ）貨物裝載隨意，空間浪費嚴重； 2 ）缺乏準確有效的配送計劃和運輸路線； 3 ）配送車輛管理監控困難。
  4. Time interval analysis for the production planning of assembly line shop

    流水線裝配車間生產計劃中時區處理的研究
  5. The architecture consists of systemic technology, special technology and supporting technology. then, some key technologies are researched, i. e., long - distant transportation & inventory cost control model, jit delivery decision - making support model, system developing architecture based on j2ee and data integration based on middleware. based on current status and demand of logistics management of a chongqing automotive parts assembly manufactory, a logistics management decision - making support system is developed, and applied in the manufactory actual logistics management, which turns out satisfactory results by effectively optimizing logistics process, enhancing logistics efficiency and decreasing logistics cost

    在上述體系結構研究的基礎之上，建立了裝配型企業網路化協同物流管理決策支持系統實現的技術框架，該框架包括總體技術、專題技術、支撐技術等三個部分;對裝配型企業網路化協同物流管理決策支持系統中的部分關鍵技術進行了研究，包括裝配型企業遠距離運輸計劃決策模型、客戶混線生產模式下實時配送決策流程，以及基於j2ee的系統開發架構和基於中間件的數據集成技術等關鍵技術。
  6. Research on robotic assembly of engine ' s components

    的發動機裝配線規劃模擬
  7. Modeling line capacity planning for pwb assembly systems and its approximate solution algorithms

    裝配線綜合生產能力計劃模型及其近似求解演算法
  8. This paper use tientsin port as an example to analyze the relative factors, which affect the optimum allocation of equipments on port after having researched and analyzed national and foreign data. the math model of the optimum allocation of equipments based on integral layout theory has been set up and the brief design method of software about the optimum allocation of equipments on port. the following are a brief introduction of my work in this paper

    在調查和分析國內、外的有關資料和現狀的基礎上，本文以天津港為例，初步分析了影響港口裝卸生產作業線設備優化配置的相關因素，應用基於整數規劃的設備優化配置數學模型，提出了港口裝卸生產作業線設備優化配置軟體的設計研究思路和概要。
  9. This system covers various fields concerning the operation of container wharfs, such as shipping date arrangement, vessel planning, yard planning, vessel operation and supervision, yard operation and supervision, assignment of the equipment operation tasks, wireless crane workstation, gate workstations, automatic gate systems, cfs management systems, business booking, online booking, billing system, edi electronic data inter - exchange and report system, etc, providing swift and overall solutions to container terminal operation

    系統覆蓋集裝箱碼頭營運的各個范疇，包括船期編排、船舶策劃、堆場策劃、船舶作業與監控、堆場作業與監控、設備作業編排與分配、無線吊機工作站、閘口工作站、自動閘口系統、 cfs管理系統、業務預約、網上預約、計費系統、 edi電子數據交換系統、報表系統等模塊，為集裝箱碼頭作業與營運提供全面與完善的電腦系統解決方案。
  10. Optimum design for construction management by limiting the period of survey, drilling, loading and exploding, ventilating and transporting is intensively studied and the applicability of boosting the speed of construction by well organization of space, manpower and machine is fully illustrated

    論文重點闡述了通過縮短測量劃線、鉆眼、裝藥爆破、通風排煙、裝碴運輸作業時間，達到快速施工組織設計優化的目的，說明了採用鉆爆法施工充分利用隧道空間，合理配備人力、機械，隧道開挖施工進度得到提高的可行性。
  11. Research on dynamic planning amp; simulation optimization of mixed model general automobile assembly lines

    混流轎車總裝配線的動態規劃與模擬優化研究
  12. It put out the system requirements from the whole structure, function structure, developing mode, user management, the design of software and database, safety design, system running efficiency, developing plan, etc. it put out the basic graphics operation, the module building and editing of the electrical network, the devices records and function management the devices operating management, the function producing the electrical subject chart, the outside interface function, the in - out function and webgis, etc. it discusses some advanced functions including the theory loss and practical loss computing of the distribution line, the reliability basic data producing and conversing tools, power cut management, the load supplying from other ways, the repairing management on user fault reports, th e new load installing assistant function, the management of hanging the cards and simulating operation, the monitonng and analyzing management of the running information, load monitoring and load density analyzing function and so on

    從系統總體結構，功能結構，開發模式，用戶管理，軟體和數據庫設計，安全性設計，系統運行效率，開發計劃等方面滿足了系統的總體要求；系統實現了基本圖形操作，電網建模與編輯，設備臺帳及運行管理，設備操作運行管理，電力專題圖生成，外部介面，輸入輸出， web - gis等基本功能;系統還具有配電線路理論線損計算及實際線損計算，可靠性基礎數據生成和數據轉換工具，停電管理，負荷轉供功能，用戶報修管理，用戶報裝輔助，掛牌管理和模擬操作，運行信息分析監控管理，負荷監控及負荷密度分析等高級功能:並能從運行方式，用戶權限，運行日誌三個方面闡述本系統的管理方式。系統總體結構合理，功能及介面齊全，配置擴展方便，可操作性強。
  13. After a successful pilot scheme in 2001, beat patrol officers were equipped with mobile radio phones to enhance communications during 2002

    至於配備流動無線電話以提升通訊效率措施，繼二一年試驗計劃成功后，警區巡邏人員年內獲分配有關裝備。
  14. In chapter 4, the port physical distribution center ' s development mode, strategy, function, position, management and construction are analyzed thoroughly. in chapter 5, the ideas on port physical distribution center development are put forward and on the basis of the forecasting of amount of goods in the port, we define the scale of fleet and solve the problem of fleet assignment by the method of linear program, logistics management information system of port is researched

    第四章詳細論述了我國港口物流中心的發展模式、發展戰略、功能與地位以及港口物流中心的運營與籌建，第五章提出港口物流中心規劃的思路，在對港口集裝箱吞吐量進行預測的基礎上，運用線形規劃方法確定了港口物流中心的車隊規模及並解決了配車問題，並對港口物流信息管理系統進行了探索。
  15. Qqct is equipped with 24 super postpanamax quay cranes of max. 70 tons / 70 meters and 77 rubber tyred gantry cranes and operated with the most advanced terminal management system navis sparcs / tms connected with radio data terminals for the most efficient and real time terminal management

    技術優勢：現配備24臺最大負荷70噸/外伸距70米的超巴拿馬型集裝箱裝卸橋吊、 77臺輪胎吊，與國際先進的碼頭生產管理系統sparcs / tms和無線數據終端相連接，實現準確、高效、實時的計劃管理，提供方便快捷的客戶信息查詢。
  16. Assembly sequence planning of flexible assembly system based - quality for key parts

    多品種混合裝配流水線規劃的模擬方法
  17. The main goal is to show the whole assembly process of the product by means of visualization, to test the assembly capability by means of assembly sequence and path planning via interaction of human and computer, assembly collision detecting and so on, automatically generating the assembly path, so can obtain information feedback for product redesign. as a result, shortening the cycle of product design. in this project, the most important feature of this work is it has a better universal character, it means that it can be used on any model, and we also can adjust the path process of simulation and angel of view at well

    本文所完成的另一主要工作是研究通用裝配模擬，裝配路徑，裝配工藝及其相關方面的問題，其目的是為了以可視化的方式將產品裝配體的整個裝配過程展現在設計者面前，並通過裝配模擬問題研究過程中的人機互動式的裝配序列與路徑規劃、裝配碰撞干涉檢驗等手段讓設計者能夠快速檢驗產品裝配體的裝配性能，自動生成裝配路線，並能夠根據產品裝配性能的信息反饋，進行產品再設計，從而縮短產品的開發周期。
  18. Simulation method for multi - product assembly line planning

    基於變速箱裝配線的虛擬規劃建模與模擬
  19. Research and application on the software quality feature based planning of flexible assembly system

    多品種混合裝配流水線規劃的模擬方法
  20. Firstly, the construction formwork assembling machine was divided into several parts according function, then the form of each module was made sure. after merit, demerit and feasibility of different technique route was compared, each kind of technical scheme to the development of formwork assembling machine was confirmed

    首先劃分功能模塊，確定各模塊的形式:在比較不同技術路線的優劣、可行性之後，確定所開發模網裝配機的各分類技術方案，進一步將這些內部技術與外部結構形成良好的對應關系。
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