The fuel used for heating is either furnace gas or coke oven gas. Thecombustion air is always preheated to improve fuel utilization.
用来加热的燃料不是高炉煤气就是焦炉煤气。燃烧用风通常要预热，以提高燃料的利用率。
The control method of Intermittent heating control adopted in traditional heating control system of coke oven cannot satisfy the heating control on coke oven.
传统的焦炉加热控制系统采用“间歇加热控制”的方法，难以满足焦炉加热控制的要求。
This article discussed that the coke oven was revamped by auxiliary heating to raise the temperature of furnace end for gas generator.
焦炉使用发生炉煤气加热时，炉头温度较低，采用补充加热的方法提高炉头温度。
In this paper, the coke oven is thought as a kind of hybrid systems, the coke oven heating intelligent adaptive control system is developed.
本文将焦炉作为一类混合系统，研究并开发了焦炉加热智能自适应控制系统。
The validity of optimization control system for coke oven heating process based on the theory of hybrid control system is improved by the running results.
实际运行结果证明，基于混杂理论的焦炉加热过程温度智能控制系统能够比较好的适应焦炉生产中的复杂工况。
Heating control on coke oven is the most important control in coke oven operation.
焦炉的加热控制是焦炉生产中最重要的控制。
The fuel used for heating is either blast furnace gas or coke oven gas. The combustion air is always preheated to improve fuel utilization.
用来加热的燃料不是高炉煤气就是焦炉煤气。燃烧用风通常要预热，以提高燃料的利用率。
In combination with the feature of blast furnace gas heating, described the manual intelligent design mode for coke oven automatic heating and automatic control effect.
结合高炉煤气加热特点，介绍了焦炉自动加热的人工智能设计模式和自动控制效果。
"Coke oven heating up automatic temperature measuring system" devel oped by expert system knowledge has realized the temperature measurement automat ion in coke oven heating up.
前言：利用专家系统知识开发的“焦炉烘炉自动测温系统”，实现了焦炉烘炉过程的测温自动化。
In this paper, a new design of coke oven heating gas pipe is presented.
提出了焦炉加热煤气管道设计的新方案。
There are three forms and many formulas of mathematical models for feedforward control of coke oven heating.
而焦炉加热前馈控制数学模型又有三种形式，多种计算公式。
There are three forms and many formulas of mathematical models for feedforward control of coke oven heating.
而焦炉加热前馈控制数学模型又有三种形式，多种计算公式。
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