tilting converter

Oxygen top-blow converter is the main equipment in steel making. Because the support system of converter bears total weight of the converter and its accessories, and meanwhile transfers tilting torque from tilting mechanism to converter, it is the most important part of converter machinery.

氧气顶吹转炉是炼钢中的主要设备，其中转炉支承系统承担了炉体及其附件的全部重量，同时还担负着从倾动机构传递给炉体使其倾动的力矩，是转炉机械的重要组成部分。

Tilting position The converter is tipped on to its side.

倾斜角（转炉），倾斜位置把转炉向一侧倾转后。

Tilting device of converter is the most important mechanical equipment on steel-making.

转炉倾动装置是转炉炼钢最主要的机械设备.

The paper described a method of converter modeling, tilting moment analysis and dynamic simulation.

本文介绍了转炉倾动力矩计算的计算机模型、计算方法及转炉倾动的动态模拟。

The parameter estimation method is also studied when the measurement noise existed. At last, this method is applied to the parameter estimation for a 300t converter vessel tilting mechanism.

文中还研究了测试信号受噪声干扰时的参数估计方法，最后给出了300T转炉倾动机构的参数估计实例。

Based on some principal theories of control engineering, the mathematical expressions between the torsional rigidity of the torsional bar and the main dynamic characteristics of the Shaft-Mounted Tilting System in Converter are derived in this paper.

本文在控制工程有关的一些基本理论基础上，导出扭力杆扭转刚度与全悬挂转炉倾动系统主要动力学特性间关系的数学表达式。

Tilting control of big converter

大型转炉的倾动控制

The calculation aim is to determine the rated tilting torque for converter tilting device design.

倾动力矩是转炉倾动机构设计的重要参数，计算它的目的是确定额定倾动力矩值，作为倾动机构设计的依据。

Improvement of the supporting and tilting system on converter

炼钢转炉支承和倾动系统的改进

Reason for the Greater Tilting Moment of a 220 t Converter

220t转炉倾动力矩偏大的原因分析

The dynamic analysis and experimental investigation of the shaft-mounted tilting system of the converter and the optimization of the torsional bar buffer

全悬挂传动机构的动力学分析、实验及扭力杆抗扭缓冲装置的优化设计

Tilting device of 250t converter

250t转炉倾动机

At last, this method is applied to the fatigue design for a 300 t converter vessel tilting mechanism.

文末给出本文方法在300t转炉倾动机构疲劳设计中的应用。

The dynamic analysis of the shaft-mounted tilting system of converter

全悬挂转炉倾动系统动态分析

Application of AC speed adjustment technology in the tilting system of converter and its optimization

交流调速技术在转炉倾动系统上的应用和优化

Finite Element Analysis to Torsion Bar of Converter Tilting Mechanism

转炉倾动机构扭力杆的有限元分析

The reason of the stick control which is not quick in tilting operation of the converter ′ s body is analyzed and proposed improved measures.

对转炉炉体倾动操作过程中，出现手柄控制不灵的原因进行了分析并提出了改进措施。

The data of rotary swing of converter trunnion, reducer deflection and interstice of torsion-bar retaining device are discussed, which provide a reference base to the application of tilting equipment in the plant.

验算了转炉托圈耳轴回转摆动、减速机偏摆、扭力杆止动装置间隙的数值，以期为转炉倾动装置的使用提供实践参考。

Improving on Tilting Device of Converter

转炉倾动装置的改进