首页> 外文期刊>精密工学会誌 >PRESSURE PROFILE TRACE CONTROL ON FULLY ELECTRIC INJECTION MOLDING MACHINE (2ND REPORT) - APPLICATION OF LEARNING CONTROL FOR PRESSURE PROFILE EDITING-
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PRESSURE PROFILE TRACE CONTROL ON FULLY ELECTRIC INJECTION MOLDING MACHINE (2ND REPORT) - APPLICATION OF LEARNING CONTROL FOR PRESSURE PROFILE EDITING-

机译:电动注塑机的压力曲线跟踪控制(第二次报告)-学习控制在压力曲线编辑中的应用-

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摘要

To achieve the stable injection molding process, pressure profile trace control is develoed. This control is one of the learning control system that is learned the material changes, mold changes and so on in the molding process. But adjustment method of molding parameter is not changed. Using velocity and velocity switch position, pressure profile is adjusted as suitable profile by try and error. To reduce this adjusting time, new function as pressure profile editing function is developed. This function is able to edit pressure profile directly like CAD system and traces edited pressure profile instead of reference pressure curve at good part produced. Difference between original pressure profile control and pressure profile editing function is velocity data existing or not. New function has to create velocity data and learns control gain. Modification of learning system is able to have good results of new function.
机译:为了实现稳定的注塑过程,开发了压力曲线跟踪控制。该控制是学习控制系统之一,用于学习成型过程中的材料变化,模具变化等。但是成型参数的调整方法没有改变。使用速度和速度开关位置,通过反复尝试将压力曲线调整为合适的曲线。为了减少这种调整时间,开发了新功能,如压力曲线编辑功能。该功能能够像CAD系统一样直接编辑压力曲线,并在生成的良好零件上跟踪编辑的压力曲线,而不是参考压力曲线。原始压力曲线控制和压力曲线编辑功能之间的区别在于速度数据是否存在。新功能必须创建速度数据并学习控制增益。修改学习系统能够产生很好的新功能效果。

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