handling crane 中文意思是什麼

handling crane 解釋
裝卸吊車
  • handling : n. 1. 處理,管理;操縱。2. 裝卸。
  • crane : n 克蘭〈姓氏〉。n 1 鶴;〈口語〉蒼鷺,鷺鷥,鸛;〈C 〉【天文學】天鶴座。2 起重機,吊車,攝影升降...
  1. Kone s response was to sell its shipboard cargo handling business in 1993, crane, wood handling and piping systems businesses in 1994, and the steel foundry and electronic medical instruments business in 1995. only elevators and escalators remained

    通力的應對措施是在1993年放棄了船舶貨物處理業務1994年放棄起重機木材處理和管道系統業務1995年放棄鑄造和電子醫療設備業務,僅保留電梯和自動扶梯業務。
  2. The first part. task analyse of handling technology design. is explain the place, basic establishments entironment of yangshan port and the conditions basic tenet and technical parameter of design. the second part, project study out. is discuss the design contents the choice of the leading and the assistant engine, the form of the handling mechanisation system, project study out. the third part, size design, is count the berth pass capacity, the amount of handling engine, the area and capacity of yard, road and gate, the worker amount. the fourth part. technology and economy argumentation, commendable project confirm, is confirm the commendable project by technology and economy argumentation. in the end, considering the technology, economy and use. discourse commend the project of rubber - tyred gantry crane. at present. centre government is studying yangshan project, but in handling technology part of container terminal, the design is simply. so this discourse has important consult value. and has important value of economy and community too

    第一部分的裝卸工藝設計任務分析主要就洋山港區的地理位置、基礎設施、自然環境,設計前提條件,設計原則以及設計主要技術參數進行說明;第二部分的裝卸工藝方案擬定主要就工藝設計的主要內容,主要機械及輔助機械選擇,裝卸機械化系統組成以及工藝設計方案擬定進行論述;第三部分的裝卸工藝方案規模設計主要就泊位通過能力,裝卸機械臺數,堆場面積及堆存能力,道路及大門,司機及工人人數,工藝流程進行計算分析;第四部分的技術經濟論證及推薦方案確定主要就技術、經濟指標進行對比論證,並在此基礎上確定推薦方案。
  3. On 28 - 30 november in acapulco, mexico. in the exhibition, avt will introduce the one - stop total vecon ocr solutions that are designed to help ports and terminals effectively automate and streamline their round - the - clock operations of truck and container logistics, ranging from in - gate receiving, yard handling machine, yard crane, yard truck, yard inventory, in - motion containers on rmg and rtg cranes to out - gate departure

    智慧光集裝箱管理方案為亞洲視覺研發之集裝箱管理方案,專為現代碼頭及集裝箱堆場管理而設計的高效智能解決方案,能促進及優化碼頭堆場集裝箱裝卸操作及全天候營運,由貨櫃車載箱入閘堆場堆場內之集裝箱裝卸車操作集裝箱吊機裝卸物流運輸集裝箱存放提取碼頭岸邊吊機集裝箱裝卸以至有關車輛出閘離場等整個流程,達至自動化營運及至高成本效益。
  4. In this paper, on the basis of reviewing the traditional handling technology in container terminal, the handling technology of existing automatic container terminal is introduced : automated ohbc crane 、 agv - rmg 、 drmg - crmg relay

    摘要在回顧集裝箱碼頭的傳統裝卸工藝的基礎上,介紹了現有集裝箱自動化碼頭的裝卸工藝:行架式自動化場橋與軌道式龍門吊配合;自動搬運車( agv )與軌道式龍門吊配合;高型軌道吊( drmg )和矮型軌道吊( crmg )接力式。
  5. Container wharf is a large system, in which wharf, container yard and quayside container crane are the three most important factors, and their proper configuration will determine the handling capacity and efficiency of the wharf.

    集裝箱碼頭是一個大系統,在這個系統中,碼頭、堆場、橋吊,是三個最重要的要素,合理的配置決定了碼頭能力均衡性和效率。
  6. Long - term practice shows that handling capacity can more directly and effectively demonstrated if the crane configuration is studied as primary parameter, while the size of yard, other supporting facilities and equipment could be subsequently determined. a preliminary research was conducted based on this concept, and no literature on this topic was found which slows my study progress

    通過長期實踐,我發現如果以橋吊的配置作為一個碼頭能力研究點,能更簡潔,更有效地反映出其能力大小進而對碼頭,堆場大小,設計具有很強的指導意義,其它相關配套設施、設備就能以其而定。
  7. Crane operator drives various material handling equipment as qualified. responsible for daily equipment safety checks, cleaning refueling, battery charging and care. enters material handling equipment log records and reports defects

    搬運及裝卸機械操作員駕駛各類搬運設備;每日檢查設備的安全,清理設備,加燃料,為電池充電及看管設備;登記物料搬運設備的使用紀錄及報告損壞。
  8. In the base of information collection, discourse study handling technology in yangshan container terminal of the first phase. at one time. reference waigaoqiao and ningbo container terminal " s handling technologys compare the characteristic of handling technology, and analyse the index of the technology and the economy between rail - mounted transfer crane and rubber - tyred gantry crane. discourse is carved up four part. namely task analyse of handling technology design > project study out > size design s technology and economy argumentation, commendable project confirm

    同時,借鑒外高橋、寧波北侖等的集裝箱碼頭裝卸工藝設計,著重比較分析輪胎式龍門吊和軌道式龍門吊各自的裝卸工藝特點和技術經濟指標。全文共分四個部分,即裝卸工藝設計的任務分析、方案擬定、規模設計以及技術經濟論證和推薦方案的確定。
  9. The crane is characterized with novel structure and has such advantages as header working area, higher working efficiency, less weight, lower cost, etc., and thus is applicable to quayside handling operation of inland container terminals

    該機結構新穎,具有工作速度高、工作范圍大、裝卸效率高、重量小、成本低等優點,適應內河集裝箱碼頭前沿的裝卸作業。
  10. This paper describes development and situation of container transportation and container terminal handling technologies and gives a brief presentation of the new twin trolley quayside container crane and rmg

    摘要結合集裝箱運輸和碼頭裝卸工藝發展的現狀,對新型雙小車岸橋和共軌式集裝箱軌道龍門起重機( rmg )作簡要的介紹。
  11. Please pre - book if any special equipment ( like crane ) is necessary for handling the exhibits

    需要特殊裝置(例如起重機)請預先登記。
  12. Portal crane is primary handling device in portal work

    門機金屬結構的失效事故,後果往往非常嚴重。
  13. Abstract : this paper demonstrates the background, causes, handling proces s and method of a serious accident of a strengthened self - standing crane d uring the construction of hyperbolic cooling towers

    文摘:根據現澆雙曲線冷卻塔施工過程中發生的塔吊倒塌重大工程事故,闡述事故發生的背景、原因及處理程序和方法。
  14. This paper summarizes the status and developing direction and the important action on the modem industry of material handling, analyzed the status of overhead traveling crane in our country. because internal box - maingirder overhead traveling cranes s main girder is too weight and need too material, this paper presents a improving method to web of main girder

    本論文闡述了目前國內外物料搬運的狀況、發展動態和發展方向,以及物料搬運在現代工業中的重要作用,研究了目前國內橋式起重機的現狀,針對國內箱形梁橋式起重機主梁偏重、耗材多等缺點提出了一種對主梁腹板的改進方法。
  15. Test method for the crane of container front - handling mobile

    集裝箱正面吊運起重機試驗方法
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