对于卷取机设计应用有着巨大参考价值。
卷取轴：空压顶针式。
介绍了带材生产线中卷取机功率的计算方法。
The calculation method of recoiler power in the strips' production is introduced.
详细研究了一个实际的热轧带钢卷取温度控制系统。
In this paper, the coiling temperature control of a typical steel strip mill is investigated.
介绍炉卷轧机中的重要设备卷取炉的结构特点及工作方式。
Coiler furnace, an essential device in Steckel mills is presented in terms of its structure and operation.
基本的卷取机构有两种，直接式卷取机构和间接式卷取机构。
There are two basic take-up mechanisms, the direct and indirect.
本文对于卷取机采用最大力矩法的张力系统问题进行了讨论。
In this article, the subject about the winding machine tension system adopting the maximum moment method is studied.
针对卷取温度控制系统分步改造的特点，实施了双重化改造方案。
The reformation of coiling temperature control system for hot rolled strip was applied double steps.
在热轧带钢生产线上，卷取温度的精确控制对带钢质量是至关重要的。
In a hot steel strip production line, the coiling temperature control is critical for strip quality.
提出了基于层流冷却过程动态模型的预设定模型和卷取温度预报模型；
The preset model and the coiling temperature predicting model based on the new dynamic model are developed.
在连续冷轧机组卷取机电气控制系统中，卷取机恒张力控制十分重要。
Constant tension control is very important for electrical control system of coiler in cold continuous rolling mill.
本文主要分析铝带材分切卷取时出现串层的原因，提出相应的解决措施。
The paper analyzes the causes of telescoping coil in slitting and coiling of aluminum strip, and put forward some countermeasures.
本文针对这种情况校核单台电机的输出力矩是否能够满足卷取张力的要求。
The paper checks if the output torque of the single motor can meet the requirement of recoiling tension in this working condition.
介绍了片梭织机卷取辊涂布金刚砂的制造工艺，并对制造工艺进行了讨论。
The paper presents and discusses the manufacturing technology of applying emery on batch roller of projectile weaving machine.
卷取机是一种重要的轧钢辅助设备，其用途是把轧制后的成品带钢卷成钢卷。
Coiler is one of the most important assistant equipment for steel rolling.
研究结果表明研究方法和公式的正确性，为地下卷取机设计提供了理论依据。
The conclusions show that research methods and formulae are correct, and afford theory basis for designing down-coiler.
卷取机是一种重要的轧钢辅助设备，其用途是把轧制后的成品带钢卷成钢卷。
Coiler is one of the most important assistant equipment for steel rolling. It is used to coil strip into coiled steel.
以精轧区和卷取区为例，对基础自动化系统的主要控制功能进行了重点说明。
Taking finishing and coiler area as examples, the main control functions of basic automation system are properly introduced.
结合技术开发和工程实际，提供一套先进实用的全液压卷取机自动化控制系统。
In Combination with technical development and engineering practice a set of advanced automatic control system for recoiling machine was presented.
在多数情况下是以均匀的纬纱间距为目的的，在这种情况下使用积极式卷取装置。
In most cases uniform pick - spacing is the objective, and we use a "positive" take -up motion.
张力卷取机一般用于冷轧带钢机组和带钢的酸洗、退火、剪切、涂层等精整机组。
Cold coiler is used cold roll strap steel unit and acid washing, anneal, cutting, coating of strap steel.
根据产品特点，在开发中重新建立了卷取机张力控制模型，增设了卷取人机界面；
The tension controlling model of coilers are rebuilt according to the product characteristics and the man-machine platform is added.
QOC是全液压地下卷取机的关键核心技术，该技术将直接影响钢卷的卷取质量。
QOC is the key core technology and the technology affect the roll quality directly.
侧导板、夹送辊、卷筒的位置控制对整个卷取区至关重要，直接影响卷取成功与否。
The position control of side guider, pinch roll, and mandrel is very important for the whole coil area. It influences directly the success of coiling.
在理论分析和试验研究的基础上，找出地下卷取机助卷辊冲击负荷过大的主要原因。
Based on theoretical analyses and experiments, main reasons have been discovered that cause excessive impact load on the wrapper roll of down coiler.
这种方法计算的卷机功率可在卷径、卷取速度变化的工况下，保证卷取过程中的张力。
This method is ensured to calculate the tensile stress in the recoiling process under the variable coil diameter and speed conditions.
影响卷取温度的因素多而且复杂，采用传统的温度预报模型难以达到较高的精度要求。
Traditional coiling temperature prediction model is difficult to get the high precision of prediction because of multi-factors.
新的简易多条带钢卷取机是利用摩擦片实现滑差式多条卷取，它能实现多条窄带钢单条卷取；
The realization of multi-strand winding was through the friction disc, which can help to realize the mono-strand winding of multi-strand steel straps.
新的简易多条带钢卷取机是利用摩擦片实现滑差式多条卷取，它能实现多条窄带钢单条卷取；
The realization of multi-strand winding was through the friction disc, which can help to realize the mono-strand winding of multi-strand steel straps.
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