应用数字图像处理技术进行炉膛火焰检测是火检技术的发展趋势。
Furnace flame detection based on digital image processing is the popular trend of flame detection technology.
算法定义了两种新的火焰特征向量：火检上下文动态特征切入列，火焰特征最优区域。
Two new flame feature vectors are defined: one is the flame detection context based dynamic feature row and the other is the optimal flame feature area vector.
提出了把两种火检探头采集的信号融合成炉膛辐射能信号的方法，以及把这个能量信号引入燃烧控制系统的思路。
The technique on how to get the furnace energy signal by fusing signals from the two kinds of flame probes, and the idea about importing this energy signal to combustion control system are given.
具体介绍了可编程序控制器性能指标，PLC硬件配置，软件设计，编程器，操作方式以及炉膛吹扫，火焰检测及火检原理等。
The specification of programmable controller, PLC hardware configuration, software design, programmer, operation mode and furnace purging flame detection and it principle are presented concretely.
具体介绍了可编程序控制器性能指标，PLC硬件配置，软件设计，编程器，操作方式以及炉膛吹扫，火焰检测及火检原理等。
The specification of programmable controller, PLC hardware configuration, software design, programmer, operation mode and furnace purging flame detection and it principle are presented concretely.
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