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在切削过程中,温度升高会给刀具带来一系列弊病。加工过程中的刀具监控,对于不少制造厂的自动加工系统是非常严格的,但至今切屑和冷却液会限制许多传感器的效能。红外监控系统公司(芝加哥)认为,解决的办法是使用自适应刀具监控系统,把可以买到的机器观察技术同红外摄象机结合起来,监测切削过程中热量的产生。监测结果是一个由64个色度级监测的加工过程温度自记图谱或是图像。利用色度的定值技术,当传感器识别出由刀具磨损或破坏所引起的过多刃
In the cutting process, the temperature will bring a series of ills to the tool. Tool monitoring during machining is very tight for automated systems in many foundries, but so far the effectiveness of many sensors has been limited by the use of chips and coolant. Infrared Monitoring Systems (Chicago) believes the solution is to use an adaptive tool monitoring system that combines commercially available machine vision with infrared cameras to monitor the heat generated during the cutting process. The result of the monitoring is a temperature profile or image of the process temperature monitored by 64 chroma levels. Using the colorimetric setting technique, when the sensor identifies too many blades caused by tool wear or damage