連索板 的英文怎麼說

中文拼音 [liánsuǒbǎn]
連索板 英文
rope connecting plate
  • : Ⅰ動詞1 (連接) link; join; connect 2 (連累) involve (in trouble); implicate 3 [方言] (縫) ...
  • : Ⅰ名詞1 (大繩子; 大鏈子) a large rope 2 (姓氏) a surname Ⅱ動詞1 (搜尋; 尋找) search 2 (要; ...
  • : Ⅰ名詞1 (片狀硬物體) board; plank; plate 2 (專指店鋪的門板) shutter 3 [音樂] (打拍子的樂器) ...
  1. Stringer webs have cracked in suspension bridges at the stringer-floor beam connections.

    在懸橋的縱梁和橫的接處,縱梁的腹上發生開裂。
  2. Rope attachments ; thimble connection plates for round ropes

    裝置.圓鋼絲的套環
  3. He came out from behind the chairs, clasped his partner firmly by the hand, raised his head and stood with one foot behind the other, waiting for the time. it was only on horseback and in the mazurka that denisovs low stature was not noticeable, and that he looked the dashing hero he felt himself to be. at the right bar in the time he glanced sideways with a triumphant and amused air at his partner, and making an unexpected tap with one foot he bounded springily like a ball from the floor and flew round, whirling his partner round with him

    只有在騎馬和跳瑪祖爾卡舞的時候,才看不清傑尼夫那矮小的身材,於是他裝出像個他自己也感覺得到的英姿颯爽的小夥子,他等待著音樂的拍節,得意洋洋地詼諧地從側面看看自己的舞伴,忽然間,他用一隻腳輕輕一頓,便像小皮球似的富有彈力,從地上跳起來,他帶著女舞伴沿著那圓形舞池,飛也似地旋轉起來。
  4. But what are you about ? the squadron cant advance ! roared vaska denisov, viciously showing his white teeth, and spurring his handsome, raven thoroughbred bedouin, which, twitching its ears at the bayonets against which it pricked itself, snorting and shooting froth from its bit, tramped with metallic clang on the boards of the bridge, and seemed ready to leap over the railings, if its rider would let it

    「騎兵沒法子走過去, 」瓦西卡傑尼夫惡狠狠地露出潔白的牙,用馬刺刺著那匹好看的烏騅貝杜英,高聲喊道,那匹烏騅碰到刺刀尖,抖動著耳朵,打著響鼻,從馬嚼子上噴出白沫,鈴鐺丁零丁零地響著,馬蹄子踩著橋,發出咚咚的聲音,假如騎馬的人允許,它似乎準備跨過橋欄桿跳下去。
  5. Rope attachments ; outer plates, inner plates

    裝置.外.內
  6. The cancellation of web bending reinforcement and continuous bar in upper structure of continuous rigid frame bridge is discussed with mechanics method. 4

    並對續剛構橋上部結構設計中取消腹彎起、下彎續束問題進行了探討,從力學角度進行了分析研究。
  7. The flow of computer program is as follows : first, characters area will be located in the picture which contains the container and be segmented from it ; second, after some operations such as image processing, binarization and character segment, the character image will be matched with the template which has been built in the system, then the character can be recognized according to the similitude ; last, we can access database of container information according its character

    工作流程是根據現場採集到的包含集裝箱編號的圖像,將編號區域檢測並分割出來,經過圖像增強、圖像二值化、字元分割等操作,將字元圖像與系統中內建的字元模進行匹配,根據計算得到的相似度實現對字元的識別,然後將識別結果與報關單中的集裝箱編號進行核對,並接數據庫,檢該集裝箱相關信息,完成相應的數據庫操作。
  8. I study mainly the storage of record and object, and bring forward the method of storage when the instance of object is embodied inside of record. 3 ) in the aspect of indexing, i presented a method that is generalized b - tree ( gbt ) and combining technique of founction template of c + + build the universal algorithm of queries, insert and delete. 4 ) finally, i analyze deeply and improve the query processing system of ormdbms, and confirm performance algorithm of linking and queries based on relational database. management system ( rdbms )

    在系統結構和特性中分析了系統所採用的兩層體系結構,並且詳細探討了在設計和實現數據庫時所涉及到的幾個主要問題:支持復雜對象、類型擴充、繼承機制和規則系統等;在存儲機制的討論中,主要研究了記錄和對象以及包含了對象實例記錄的存儲方法;在引技術研究中,本文提出了類屬b樹的引方法,通過c + +的函數模技術給出了通用類屬b樹查詢、插入及其刪除的基本演算法;最後,文章以關系數據庫為基礎,深入分析並改進了在對象關系多媒體數據庫中的查詢處理系統,確定了選擇和接操作的具體演算法。
  9. According to the phenomenon of friction interface transferring, two techniques of processing ultra - fine grain material were advanced to develop new method of preparing large bulk of ultra - fine grain material efficiently and economically. the first is the friction interface thermo - induced transfer method ( fitt ) for column part, and the second is the cooling friction stir processing ( cfsp ) for flat part

    為探一種高效率、低成本制備大塊超細晶結構材料的新方法,本文按照摩擦壓扭強變形區續轉移的總體思路,提出了兩種具體的制備工藝: ( 1 )適用於棒材的摩擦面熱誘導轉移法, ( 2 )適用於材的強冷攪拌摩擦工藝。
  10. According to construction features of three - span prestressed concrete and continuous rigid frame box with v pier bridge, the paper demonstrates the shell finite element theories, c onstruct the spatial model, and researches its spatial stress and variable regularity under different loads including uniform load, concentrated load and prestressing force wire. morever, the paper studies vibratory modal of three - span prestressed concrete and continuous rigid frame box with v pier bridge, and sets about experimental investigation of the corresponding practical bridge

    本文根據典型的三跨預應力混凝土墩續剛構橋的特點,提出採用殼有限元法計算理論,建立其空間分析模型,研究該橋在不同荷載(均布恆載、集中活載、預應力束)支承條件下的空間受力特性和變化規律:探討了典型三跨預應力混凝土墩續剛構橋的空間靜動力特性及相應的振動模態;探一般的平面理論預測值與實際空間效應的差異,並進行相應的試驗研究。
  11. Aims at application, we mainly discuss face detection in two circumstance. ( 1 ) in the gray image, we use difference image in multi - frames, then get the edge of the face, we make the raw - location to ensure the approximate position of the face, next, we use the template of the face to occlude the pseudo face region and get the region which near the exact face region. ( 2 ) use method of two template matching, first, we get the face template from many face average, second, we copy the eye section of the face template then get the eye template

    文中首先介紹了圖像預處理的各種方法,重點介紹了圖像分割和人臉檢測定位,針對實際應用的要求,著重處理了兩種情況的人像檢測定位: ( 1 )在灰度圖像下對續輸入的多幀進行差分,對于得到的邊緣進行處理初步確定人像的大概位置,然後採用模匹配進行精確定位。 ( 2 )應用雙模匹配的方法,由多人臉平均得到人臉模和眼睛模,在檢測中採取了首先使用尺度相對較小的雙眼模候選人臉,再用人臉模匹配進一步篩選候選人臉的方法。
  12. The tower shafts, most of which are hollow and varying in cross section, and altitudinal construction bring trouble to the form work and the stress of strand wire. and the cracks on the crossbeams will be caused by the following - deformation of the bracing structure joints, elastic deformation , uneven settlement and temperature changes. the additional stress of the base slab and the foundation is caused by the deviation of cable bent tower construction

    但大跨度橋梁混凝土塔施工設備進場及現場管理都比較困難;塔柱多為空心變截面,且為高空作業,給模工程及預應力張拉帶來一定困難;支撐系統接的間隙變形、彈性變形、不均勻沉降以及環境溫差可導致橫梁裂縫;塔施工偏位會引起的承臺和基礎的附加應力,對加勁梁的架設影響大;懸吊結構未完體系(架設時)施工階段的風致振動往往影響到施工的安全和質量;實心塔柱部分體積較大,易產生溫度裂縫。
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