coiler 的翻译结果

  本文关键词：卷取机AJC系统动态分析与仿真，，由笔耕文化传播整理发布。

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金属学及金属工艺

自动化技术

轻工业手工业

电力工业

计算机软件及计算机应用

coiler

     Study on Step-by-step Control System for Coiler of Hot Rolling Mill Based on H_∞ Control

     基于H _∞控制的热轧卷取机步进控制系统的研究

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     The Structure Characteristic of Φ960 mm Cast Coiler Cllapsible Mandrel

     Φ960mm铸轧卷取机涨缩轴的结构特点

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     Application of T400 technology board in the down coiler control system

     工艺板T400在卷取机控制系统中的应用

     Dynamic Analysis & Simulation of the AJC System for Coiler

     卷取机AJC系统动态分析与仿真

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     PDA SYSTEM AND ITS APPLICATION ON COILER

     PDA系统及其在卷取机上的应用

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     Principle for Increasing Capacity of RTC Coiler

     RTC圈条器增容原理

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     By analyzing and calculating the capacity of coiler can, the factors that influence the maximum capacity of coiler can are discussed in the paper.

     通过对圈条容量的分析与计算,得到圈条器容量的计算公式,进而分析各因素对最大圈条容量的影响;

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     The Computer-Aided Design of Coiler of Variable Eccentricity

     可变偏心距圈条器的计算机辅助设计

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     And at the conditions of big coiland small,analysed the effection of the coincide angle and the diameterof air hole to coiler capacity.

     并分析在大圈条和小圈条条件下,重迭角与气孔直径对圈条器容量的影响,对于设计圈条器的参数有一定意义。

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     The Capacity-Increasing Principle of Can Coiler and Optimum Design

     圈条器的增容原理及优化设计

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     Level-1 is composed of Mill APC and Laminar/Coiler APC;

     Level-1主要是轧机APC与卷曲机/层流APC;

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     SIMATIC S7300 achieves aluminum foil mill coiler constant tension control

     SIMATIC S7300实现铝箔轧制恒张力控制

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     The automatic control of coiler of aluminium foil slitting machine is fulfilled with S5-115U PLC as central part,its high stability and reliability realized.

     以S5-115U PLC为核心,对铝箔分切机的卷材小车自动控制,实现了系统的高稳定性和可靠性。

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     Improvement on Heat Treatment LS 24/750 Vertical Coiler with Press-on Roller

     LSⅢ24／750倒立压辊式热处理收线机的改造

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     Application of automatic position control in coiler area of hot strip mill

     自动位置控制在热轧带钢卷取区的应用

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  coiler

Measurement of flatness of hot-rolled strips under coiler tension using IP-4 optoelectronic sensors

Hard-facing the coiler rolls on a continuous hot-strip mill

UNC-69 is required for axonal outgrowth and guidance The ventral coiler phenotype of unc-69 mutants suggests a defect in nervous system development.

In the 1st part of this paper,it is proved by kinematic analysis that the absolute locus of sliver at the coiler tube outlet is a circle,with an eccentricity as shown by formula (6),and that the speed ratio between the coiler wheel and the small calender as shown by formula (5) is not approximative but well-founded on sound principle. In the 2nd part,it is tried to find out by kinetic analysis what the apace equation of the naturally formed sliver curve will be.If the curved coiler tube is...

In the 1st part of this paper,it is proved by kinematic analysis that the absolute locus of sliver at the coiler tube outlet is a circle,with an eccentricity as shown by formula (6),and that the speed ratio between the coiler wheel and the small calender as shown by formula (5) is not approximative but well-founded on sound principle. In the 2nd part,it is tried to find out by kinetic analysis what the apace equation of the naturally formed sliver curve will be.If the curved coiler tube is designed according to this equation,it will be possible to diminish substantially the retarding resistance of the tube surface to the sliver,thus reducing the chance of choking the tube with the sliver.

本文第一部分,通过运动学分析,证明圈条盘斜管出口处的圈条绝对轨迹(平面曲线)是一偏心正圆,其偏心距见文中(6)式,并据以证明圈条盘与小压辊之间的传动比公式(5)是精确的,而不是近似的.本文第二部分,通过动力学分析探求自然形成的圈条空间曲线方程,如果按这一方程来设计斜管的曲线形状,则能大大减少条子所受的摩擦阻力,而有利于减少条子堵塞斜管的现象.

In this paper a brief description is given to the basic principle of RTC coiling system—reci-ptocating turntable coiler.Built-in RTC system can allow the placement of up to 15%～20% moresliver in each delivery can by spacing the in a more efficient manner,compared with con-ventional turntables.Three guide points have been given for enlarging the can hold capacity asfollows:1.to improve the sliver storage density in each;2.to increase the number of sliverlayer in same height;3.to decrease the diameter of...

In this paper a brief description is given to the basic principle of RTC coiling system—reci-ptocating turntable coiler.Built-in RTC system can allow the placement of up to 15%～20% moresliver in each delivery can by spacing the in a more efficient manner,compared with con-ventional turntables.Three guide points have been given for enlarging the can hold capacity asfollows:1.to improve the sliver storage density in each;2.to increase the number of sliverlayer in same height;3.to decrease the diameter of the airy hole.

本文论述了一种新型的RTC 圈条器,即在传统圈条器的基础上使条筒在转动的同时作往复运动,实验得出可使容量增加15～20%。文中用较大篇幅分析了这种圈条器有关容量的一些参数,得出其增加容量的主要原因如下:(1)改善条筒内棉条密度均匀度,导致单位高度的棉条层数增加;(2)相应缩小其气孔直径.

For the purposes of reducing power consumption and rolling time in rolling processa new method of devising the schedules for a twenty-high (?)eversing coiler tensionstrip rolling mill of ROHW type by dynamic programming is discussed in this paper.In this method the effects of the drafts,the roll velocities,the coiler tensions andthe number of passes set in the rolling process on the power consumption and therolling time of the mill are considered simultaneovsly,taking account of the constr-aints...

For the purposes of reducing power consumption and rolling time in rolling processa new method of devising the schedules for a twenty-high (?)eversing coiler tensionstrip rolling mill of ROHW type by dynamic programming is discussed in this paper.In this method the effects of the drafts,the roll velocities,the coiler tensions andthe number of passes set in the rolling process on the power consumption and therolling time of the mill are considered simultaneovsly,taking account of the constr-aints from equipment limitation and process requirements.In comparision with empi-rical schedules used on the mill in the past,our theoretical results by computationshow that the optimum shedules hare reduced the p(?)wer consumption by6%～11%and saved the rolling time by a large quantity,while strip shape and other measureshave still improved significantly.Furthermore,the correctness of our theoreticalresults has been shown by the samples from real plant experiments.

本文从轧制工艺节能和降低轧制时间的不同角度出发,以带有卷取张力的 ROHN 型廿辊可逆轧机为对象,应用动态规划探讨了制定轧制规程的新方法。所用方法在顾及机电设备和工艺限制的条件下,综合考虑了厚度分配、轧制次数、轧制速度及张力制度等因素对能耗和时间的影响。理论计算结果表明,最优规程可使现行规程能耗降低6—11%,使时间以更大幅度降低,同时还可使板型和其他指标得到显著改善。在轧机上的实际试验证实了所得的理论结果。

  本文关键词：卷取机AJC系统动态分析与仿真，由笔耕文化传播整理发布。