首页> 外国专利> METHOD OF ESTIMATING TEMPERATURE OF FLUID SYSTEM, METHOD OF ESTIMATING AND MONITORING TEMPERATURE DISTRIBUTION OF FLUID SYSTEM, TEMPERATURE ESTIMATION DEVICE, METHOD OF CONTROLLING TEMPERATURE OF MOLTEN ZINC, HOT DIP GALVANIZED STEEL SHEET, AND METHOD OF CONTROLLING TEMPERATURE OF MOLTEN STEEL

METHOD OF ESTIMATING TEMPERATURE OF FLUID SYSTEM, METHOD OF ESTIMATING AND MONITORING TEMPERATURE DISTRIBUTION OF FLUID SYSTEM, TEMPERATURE ESTIMATION DEVICE, METHOD OF CONTROLLING TEMPERATURE OF MOLTEN ZINC, HOT DIP GALVANIZED STEEL SHEET, AND METHOD OF CONTROLLING TEMPERATURE OF MOLTEN STEEL

机译:流体系统温度的估算方法,流体系统温度分布的估算和监测方法,温度估算装置,锌液温度控制方法,热浸镀锌钢板的温度控制方法和钢液温度控制方法

摘要

temperature estimator obtains the flow field in the oil system . Then, the temperature region in the actual oil temperature estimation apparatus system , A~D, to the heat absorbing portion E and , as a region including the output region of each inlet F, G as a separate , non- overlapping region E31~E34, E, F, and sets the G. Then, the temperature estimation apparatus , resulting in a second-rate of diffusion caused by the fluid flow field , the ratio of the total fluid in the temperature of the fluid reaches the estimated point to a temperature estimated point without passing the other region , region A~ the acquired as a downstream forces of each G. Then, the temperature estimating device , on the basis of the base ( ) the temperature of each part A~G, estimates a temperature of the temperature estimated by using a point downstream of the power of each region according to the temperature estimation point . ;
机译:温度估算器获得油系统中的流场。然后,实际油温估算设备系统中的温度区域A〜D到吸热部分E,并且作为包括每个入口F的输出区域的区域,G作为单独的非重叠区域E31〜E34 ,E,F并设置G。然后,温度估算设备导致由流体流场引起的第二扩散速率,总流体在流体温度中的比值达到估算点。温度估计点不经过其他区域,即区域A〜作为每个G的下游力而获取。然后,温度估计装置基于每个部分A〜G的温度的基数()来估计温度通过根据温度估计点使用每个区域的功率下游的点估计温度。 ;

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