Furnace flame detection based on digital image processing is the popular trend of flame detection technology.
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。
Image processing technology is used to furnace flame detection in this thesis. The furnace flame detection system can be installed in that unit whose capacity is less than 200mw.
本文考虑把图像处理技术应用于炉膛火焰检测，在容量小于200MW的机组上安装全炉膛火焰检测系统。
So, it is a new technology and still a task of great challenge to use color CCD camera to acquire flame image and calculate the temperature that based on image processing.
应用彩色CCD摄像机获取炉膛内燃烧火焰图像，利用数字图像技术计算出锅炉内火焰温度是一个具有挑战性的课题。
A new type of boiler burner flame detector has been developed recently based on image optical fiber and digital image processing, which represents the current world advanced technology.
基于传像光纤和数字图像处理技术开发的锅炉燃烧器火焰检测装置，是近年来推出的一种新型火焰检测装置，它代表了当前世界先进水平。
The characteristics of the flame and the clinker materials and the temperatures field are obtained in method of image processing technology. All are the bases for the automatic controlling the kiln.
通过对燃烧火焰和烧成熟料图像的量化分析和滤波，得到火焰和熟料的特征值及相应温度场，可为窑炉的自动控制提供真实可靠的依据。
The characteristics of the flame and the clinker materials and the temperatures field are obtained in method of image processing technology. All are the bases for the automatic controlling the kiln.
通过对燃烧火焰和烧成熟料图像的量化分析和滤波，得到火焰和熟料的特征值及相应温度场，可为窑炉的自动控制提供真实可靠的依据。
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