介绍了端出料连续式加热炉炉头辊道的改造。
The reformation of side discharge roll table of continuous reheating furnace is introduced.
本实用新型的钢料连续式加热炉的推料输送装置，适用于小型轧钢厂生产。
The pusher type feeder apparatus for continuous heater of steel materials of the utility model is suitable for the production in a bar mill.
连续式加热炉是个典型具有大惯性、纯滞后、多变量、时变并且相互耦合的复杂被控对象，而且有许多不确定因素。
A continuous reheating industrial furnace is large inertia, pure delay, multi-variables, time-varying, intercoupling complicated controlled plant, and has many uncertain factors.
以一座多点供热连续式火焰加热炉的模型为对象，以节约烯料为目标，研究供热量在炉长方向上的分配与产量之间的配合问题。
The problem of reasonable coordination of heat supply distribution along furnace length and furnace output of a continuous flame furnace with multiple-point heat supply has been investigated.
以某钢厂推钢式连续加热炉为背景，建立了加热炉的动态数学模型，并在此基础上解决了加热炉最小能耗优化控制问题。
This paper establishes a continuous dynamic mathematic model of reheating furnace and based on which, resolves the problem of minimum consumption control of the furnace.
介绍了对推钢式连续加热炉炉底纵水管布置的改进，减少对钢坯的冷却，改善加热质量。
By reforming the layout of longitudinal waterpipe in pusher furnace, the billet cooling can be reduced and the heating quality improved.
以推钢式连续加热炉为对象，建立了炉底纵水管自然循环汽化冷却系统的流动及传热数学模型，并根据该模型计算出汽包压力对系统工作指标的影响。
The fluid and heat transfer math model in a steam cooling system with natural cycle has been built up on the pusher reheating furnace.
以推钢式连续加热炉为对象，建立了炉底纵水管自然循环汽化冷却系统的流动及传热数学模型，并根据该模型计算出汽包压力对系统工作指标的影响。
The fluid and heat transfer math model in a steam cooling system with natural cycle has been built up on the pusher reheating furnace.
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