传统的结晶器振动方式是按正弦方式运动的。
为该连铸机结晶器振动机构采用高频率振动提供依据。
It can provide theoretic base ground for the mechanism using high frequency.
结晶器振动装置的运动精度对铸坯的表面质量有很大影响。
The movement locus precision of mould oscillation equipment does much influence on strand surface quality.
弗洛·朗热钢铁厂板坯连铸机上安装的结晶器振动装置灵活可靠。
Mould oscillation installed on the slab caster at Florange is very flexible.
能在线辨识计算结晶器振动频率、振动相位偏差和其它工艺参数；
The system can detect the oscillation frequencies and phases, and calculate the technological parameters.
结晶器振动导致初凝坯壳受力和变形是产生铸坯表面裂纹的主要原因。
The stress and distortion of initial solidifying shell due to mold oscillation is the main reason of generating strand surface cracks.
同时利用振动位移和压力信号，对结晶器振动状态进行了检测与评价。
Meanwhile, the same measuring signals:displacement and pressure are used to measure and estimate the oscillation state of hydraulic oscillator.
在半板簧结晶器振动试验装置上，模拟了小方坯连铸机的非正弦振动。
The non-sinusoidal mould oscillation of machine was simulated at a half plank spring mould tester. The …
根据板坯连铸机的运行机理，设计实现了结晶器振动状态在线监测系统。
According to the mechanism of the slab caster, an on line oscillation monitoring system of the slab caster mold has been designed and realized.
在半板簧结晶器振动试验装置上，模拟了小方坯连铸机的非正弦振动。
The non-sinusoidal mould oscillation of machine was simulated at a half plank spring mould tester. The developed hydrauli…
分析介绍了结晶器振动台振动机构的原理特性及伺服控制液压驱动的过程；
The function and servo control process of the hydraulic mould oscillating unit are introduced and analyzed.
通过运动学分析，得到结晶器振动曲线，并论述了椭圆齿轮设计中的几个问题。
The velocity curve of mold is got through motion analysis. Some key problems are described too.
针对本钢1600板坯连铸机结晶器振动装置的结构和性能进行了详细地分析和论述。
The paper discusses in detail the structure and performance of crystallizer oscillating equipment for 1600 slab continuous caster in Benxi Steel and Iron Incorpcration.
结晶器非正弦振动形式增加结晶器振动的基本参数，突破结晶器正弦振动参数的取值限度。
The development of non-sinusoidal oscillation of mould expands the basic parameters of mould oscillation, and surmounts the limit of oscillating parameters range for sinusoidal oscillation .
研究表明，结晶器摩擦力与铸坯质量、生产操作以及结晶器振动台的寿命等有很大的关系。
The study shows that the mold friction has a close relationship with the strand quantities, operation and the life of quick mould change equipment.
根据板坯连铸机结晶器的振动规律，设计并实现了结晶器振动参数在线辨识及其计算软件。
According to the vibration regularity of slab caster mold, the software of on line detecting and calculating parameters for the crystal mold vibration is designed and realized.
对结晶器振动控制系统、拉矫拖动控制系统、引锭跟踪系统、冷却水系统系统做了概括的叙述。
Ltd are introduced. The system of vibration control, withdrawal drag control, dummy ingot follower and cooling water control are described.
结晶器振动在连铸生产中具有重要的作用，液压振动是近年来被开发并逐渐推广应用的结晶器振动方式。
Mould Oscillation plays an important role in continuous casting. In recent years, the hydraulic oscillation was developed and applied.
液压比例伺服阀在结晶器振动方面的应用，是一种新型的结晶器振动技术，可以取代传统的机械式振动装置。
The application of hydraulic proportioning valve in mould oscillating system is a new technology which can take the place of traditional mechanical oscillating system.
结晶器振动在连铸生产中具有重要的作用，而液压振动是近年来被开发并逐渐推广应用的结晶器振动驱动方式。
Mould oscillation plays an important role in the continuous casting. In recent years, the hydraulic oscillation is developed and has been widely applied as a driven equipment of mould oscillation.
应用结晶器非正弦振动技术可以降低结晶器摩擦阻力，减少粘结性漏钢，同时大幅度降低高拉速时的结晶器振动频率。
The non-sinuous oscillation of the mold is used to reduce the mold friction force and stick type breakout, and to lower the oscillation frequency for high speed casting.
本文介绍了方坯连铸机结晶器液压振动控制系统及监测系统的组成和功能。
This paper studies the structure and function of remote monitoring system about Billet Caster's hydraulic crystallizer.
建立了椭圆齿轮驱动的结晶器非正弦振动系统动力学模型，推导了动力学方程。
The dynamics model of non-sinusoidal vibration system of crystallization utensil driven by elliptical gears was established, and its dynamics equation was derived.
近年来，国内外采用液压式非正弦振动结晶器，实现了连铸生产的自动化；
In recent years, The Hydraulic-Servo mould is applied in the world, realized product line's automation for continuous metal cast.
基于宝钢板坯连铸试验平台，开展了液压振动下的结晶器摩擦力检测实验研究。
On the Baosteel continuous casting test platform, the mold friction tests with hydraulic oscillation system were carried out.
结晶器在工作过程中，其上不同部位的振动位移曲线是否一致直接关系到铸钢过程的正常工作。
Oscillating curve of different locations directly relates to whether the cast steel working is normal during the operation of the mould.
因此，合理地选择结晶器的振动参数、振动方式都至关重要。
Therefore, it is of great importance to select proper parameters for mould oscillation and the mode of oscillation.
热试结果表明，采用结晶器液压振动装置，可有效改善铸坯质量。
The results of thermal state experiment showed that adopting the mould hydraulic vibration devices could very effectively improve the slab quality.
随着结晶器液压振动装置在连铸生产中逐渐推广应用，与之相关的结晶器摩擦力在线监测方法己成为一个新的课题。
With the spread and application of hydraulic oscillators in continuous casting, the on-line measurement method of mould friction is coming to a new subject.
其基本过程包括合金熔炼、预结晶器预热、熔体搅拌和振动、凝固拉坯等基本环节。
The essential procedures consist of alloy melting, preheating pre crystalizer, melt stirring and oscillation, solidification and drawing.
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