罩式退火炉

极点配置PID自校正调节器及其在罩式退火炉群控系统中的应用

Pole Assignment PID Self-tuning Regulator and Its Application to Cover Annealing Furnaces

采用PLC机控制。该炉的退火工艺时间比老式罩式退火炉缩短30%～50%。

The process cycle length for annealing of the new furnace is 30 % - 50 % reduced as compared with that of old one 's.

该算法已成功地应用于太原钢铁公司轧辊罩式退火炉微机自适应群控系统，实际运行结果表明控温精度和炉内温度场均匀度均在±3℃以内，远比常规PID仪表的控温效果好。

The algorithm has been used to control a group of cover annealing furnaces with microcomputer in an iron and steel company . The control accuracy and temperature distribution nonuniformity in the annealing furnace are within ± 3 ℃ .

介绍了唐山钢铁集团公司所用EBNER罩式退火炉。

All EBNER batch annealing furnaces in Tangshan Iron and Steel Group Company are introduced .

浅析罩式退火炉加热时间的影响因素

Analysis to the influences of heating time on the Bell-type furnace

罩式退火炉优化调度方法及其应用

Optimal Scheduling Method and Its Application for Bell-type Batch Annealing Process

堆垛重量对罩式退火炉产能的影响

Influence of Stack Weight for the Bell Annealing Furnace Production Ability

罩式退火炉主触头结构的改进

The structure improvment of main contact tip of top hat annealing furnace

罩式退火炉微机控制

The Computer Control of Cover - type Annealing Furnace

新一代电加热罩式退火炉

A new electric furnace of bell type for annealing

超大型盘卷高氢罩式退火炉系统开发

Development of a Super-large Hydrogen Bell-type Annealing Furnace System

罩式退火炉模型辨识及节能控制

Model identification and energy saving control of box annealer

全氢罩式退火炉退火热过程的研究（Ⅰ）&数学模型及其实测验证

Investigation on Annealing Thermal Process of HPH Furnace ( I ): Mathematical Model

提高钟罩式退火炉生产能力探讨

Discussion on raising production capability of hood-type annealing furnace

罩式退火炉用于多种材料的周期式退火。

The bell-type annealing furnace is used for the periodic annealing of various materials .

罩式退火炉不同内罩结构传热效率

Heat transfer efficiency of inner covers with different shapes in a bell-type annealing furnace

采用垂直式设计。罩式退火炉微机控制

The Computer Control of Cover-type Annealing Furnace

高温红外涂料的研制及其在大型罩式退火炉上的应用（二）

Development of High Temperature Infrared Coating and Its Application in Large Hood Annealing Furnace (ⅱ)

在电热罩式退火炉生产冷轧薄板45钢的工艺研究

Study on Production Process of Steel 45 Cold Rolling Sheet in Electric Batch Type Annealing Furnace

建立了罩式退火炉空心橡胶密封圈的二维简化有限元模型；

Simplified two-dimension finite element model was established for the hollow rubber seal of hood-type annealing furnace .

本文介绍江西电炉厂设计制造的电加热强对流罩式退火炉。

This paper introduces a bell type electric furnace with gas forced circulating for annealing or tempering .

全氢罩式退火炉在冶金行业的现代化冷轧生产线中普遍采用。

The full-hydrogen annealer has been widely used in the modern cold rolling production line of metallurgical industry .

全氢罩式退火炉循环风量对退火时间影响分析

Study on the Influence of Gas Flow Rate on Annealing Time in Full Hydrogen Bell Type Annealing Furnace

基于模糊聚类和最小二乘回归的罩式退火炉冷却时间预报及其应用

Cooling time prediction of hood-type annealing furnace based on fuzzy C-means clustering and least square regression and its application

罩式退火炉退火工序是冶金工业冷轧薄板生产中的重要工序之一。

Bell-type batch annealing is one of the important procedures in cold-roll thin sheet production in iron and steel industry .

并以煤气罩式退火炉为例，建立了该过程的数学模型，提出了有煤气压力干扰补偿方案。

The mathematic model of this process is built based on a covered anneal gas boiler , and a disturbance compensation method is provided .

气体保护强对流罩式退火炉具有加热速度快，温度均匀，氧化和脱碳少的特点；

The cover type anneal furnace with gas protection strong convection has such advantages as fast heating , even temperature , less oxidation and decarbonization .

针对传统的罩式退火炉内罩纵向刚度低的问题，提出了一种内罩结构形式&网格形内罩。

A grid form of inner cover in a bell-type annealing furnace was put forward to resolve the problem about low vertical stiffness of traditional ones .

通过建立全氢罩式退火炉炉内传热过程的数学模型，并经过实测验证后，分析了循环风量与退火时间的关系。

A mathematical model for heat transfer process in HPH furnace was established and verified , then applied to analysis of the relationship between gas flow rate and annealing time .

在此基础上，将离散事件仿真模型和改进的遗传算法相结合，提出了罩式退火炉生产优化调度方法。

A discrete event simulation model of bell-type batch annealing shop is proposed in this dissertation , in which the discrete event simulation technique and object-oriented modeling technique are used .