熱卷取機 的英文怎麼說

中文拼音 [rèjuǎnqǔjī]
熱卷取機 英文
hot coiler
  • 卷 : 卷動詞[書面語] （捲袖子） roll up sleeves
  • 取 : Ⅰ動詞1 （拿到身邊） take; get; fetch 2 （得到; 招致） aim at; seek 3 （採取; 選取） adopt; assume...
  • 機 : machineengine
  1. Modern coiler of hot rolling is coiling faster and faster. based on the physical simulation model built in laboratory, a series of experiments have been conducted to study how to evite the step even faster and more placidly

    現代熱軋卷取機卷取速度越來越快，為探討如何更快速、更平穩地實現助卷輥的臺階迴避，針對實驗室建造的熱軋卷取機系統半物理模型進行了模擬和實驗研究。
  2. Composed of extruder, head, cooling water tank, first puller, hot stretch able bellow, second puller, pressing device, shaping box, third puller, coiling device and electrical control system, the set has been mainly used in the production of machine used pp packing straps

    該機組主要由擠出機、機頭、冷卻水槽、一次牽引，熱風拉伸烘箱、二次牽引、壓花裝置、定型箱、三次牽引、卷取裝置及電器控制系統等構成，主要用於pp機用打包帶的生產。
  3. Experiments show that in the system, step - by - step control is realized, the utilization rate of materials is gained. this model lays the basis for developing the better coiler

    實驗證明，該控制系統能實現帶頭的自動步進迴避，提高材料利用率，為研製高水平熱軋卷取機奠定基礎。
  4. The preparation of horizontal hydranlic shalf coiling madine and applying in the narrow band sheet

    液壓臥式有芯卷取機的研製及在熱軋窄帶鋼生產線上的應用
  5. In order to improve the control precision of strip coiling temperature in laminar cooling, the heat transfer in cooling process was analysed from a viewpoint of transfer mechanism, and a mathematical model of air - cooling and water cooling was obtained

    摘要為提高熱軋帶鋼層流冷卻卷取目標溫度的控制精度，根據冷卻過程的傳熱機理，分析了帶鋼層流冷卻的傳熱過程。
  6. Abstract : this paper presents an analysis of the moment of inertia ofcoiler in hot strip mill in detail, the derivation of theoretical formula of the inertia and the analysis, taking 2050 hot strip mill for example, of the inertia change rule and the compensation of moment of inertia

    文摘:對熱軋帶鋼卷取機的慣性力矩進行了分析，推導出慣性力矩的理論表達式，並結合2050熱軋卷取機分析了慣性力矩的變化規律，對慣性力矩進行了補償。
  7. Hydraulic servo system used in coiler is mainly to realize the step - by - step control. by using the servo system, vibration and striking are largely decreased, the accidents are reduced, and the level of automation is largely improved, as well as the quality of production

    電液伺服系統在現代的熱軋卷取機中的應用主要是實現帶頭的自動步進迴避，這樣就有效地消除沖擊，同時也使卷取過程中各種事故大為減少，大大提高了軋制過程的自動化水平，產品產量和質量。
  8. The development of modern coiler system is mainly aiming at improving the yield and quality of product

    現代熱軋卷取機的發展主要著眼于提高產品的產量和質量。
  9. Because of the collision between lap of strip steel and unit roller, too big an impact occours during the initial coiling of previous coiler of hot rolling

    以往熱軋卷取機在卷取開始時，由於帶鋼頭部搭頭部位與助卷輥發生沖撞，產生過大的沖擊。
  10. This provides theoretic and experimental base for developing high - level step - by - step control system and improving installation of coiler and quality of production

    為研製高水平的熱軋卷取機步進控制系統，提高卷取機裝機水平和卷取質量提供了理論基礎與實驗依據。
  11. In the process of hot rolling mill, wallop is very large when winding, which influences production heavily. so developing the control system to realize step - by - step control is significative

    在熱軋生產過程中，帶鋼卷取時沖擊力很大，卷取機經常發生故障，嚴重影響了生產產量和產品質量，因此開發能實現帶頭自動迴避的控制系統具有實際意義。
  12. This paper is focused on step - by - step control system for coiler of hot rolling mill, and based on the real work process of coiler at worksite, a mechanical model for coiler control system is built at laboratory used for research work. this is the first time in china to develop an electro - hydraulic servo system for this step - by - step control system

    本文以熱軋卷取機步進控制系統為研究對象，針對實際現場卷取機卷取工藝，在實驗室建造了熱軋卷取機系統物理實驗模型，在國內首次研製了針對卷取機步進控制的電液伺服控制系統，建立了電液伺服系統的數學模型。
  13. Abstract : in order to meet the needs of high - temperature - coiling, thethermal deformation of the hot strip coiler s segment in the process of coiling is analysed and calculated using the method of fem. a simulation experiment has been carried out in the laboratory. the thermal deformation magnitude at the vital area has been gained

    文摘:為適應高溫卷取的需要，採用有限單元法對1580熱連軋機卷取機捲筒扇形板在卷取過程中的熱變形進行了分析計算，並在實驗室進行了模擬試驗，得出了扇形板關鍵部位的熱變形量的大小。
  14. Results of simulation and experiment on the physical simulation model built in laboratory show that the extension control is of good performance and prove that the extension control is feasible and superior in the electro - hydraulic servo system. the mathematical model of electro - hydraulic servo system is given. the simulation structure of control system with double closed loops is built

    對實驗室建造的熱軋卷取機系統的半物理模型建立了數學模型，並在此基礎上建立了雙閉環控制系統的模擬框圖，應用simulink軟體包建立了電液伺服控制系統的模擬模型，分別採用不同的控制策略對控制系統進行了性能對比模擬研究。
分享友人
分享到 Line

分享到臉書