The automatic control of the coke oven vehicles, so called "interlocking system of three vehicles", is an important part of coke ovens safety production.
焦炉移动机车的自动控制即“三车联锁系统”是焦化企业安全生产的重要环节。
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。
The paper introduces the computer control system which is applied to coke oven of General Chemical Works of Angang and saves energy and raises profits.
介绍了鞍钢化工总厂炼焦炉采用计算机控制系统所取得的节能、降耗和提高经济效益。
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。
This thesis introduces the engineering outline of "Refrom item of coke oven collector pressure control system of Chang-Chun charking factory".
本文介绍了“长春焦化厂焦炉集气管压力控制系统改造项目”的工程概况。
Took pushing production control in coke plant as research object, the function requirement and overall structure of pushing control and management system of coke oven were introduced.
以焦炉生产中的推焦生产控制为研究对象，介绍了焦炉推焦控制管理系统的功能要求和总体结构。
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。
In order to improve the level of control and management of coke oven, the research on control and management integrated system is carried out.
为了提高焦炉的控制与管理水平，对焦炉控管一体化系统进行了研究。
In order to improve control and management level, the research on control and management incorporate system in coke oven production was carried out.
为了提高焦炉的控制与管理水平，对焦炉生产的控管一体化进行了研究。
Pressure system in coke oven gas-collecting pipe is a multi-coupling, nonlinear, strong disturbed, multi-variable and time-varying system. It is hard to control it in usual methods.
集气管压力系统是一个耦合严重、非线性、扰动频繁剧烈的多变量时变系统，很难用常规方法加以控制。
Pressure system in coke oven gas-collecting pipe is a multi-coupling, nonlinear, strong disturbed, multi-variable and time-varying system. It is hard to control it in usual methods.
集气管压力系统是一个耦合严重、非线性、扰动频繁剧烈的多变量时变系统，很难用常规方法加以控制。
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