The math model and control system design after modeling are the base and key point to process control system analyses, design, debug and obtain the higher control quality.
掌握被控对象的数学模型和建模后控制系统的设计,是过程控制系统分析、设计、调试和获得较高控制品质的基础和关键。
By means of gear profile statistics to conduct the identification of gear manufacturing process system, a scientific and easy-operation method to assess and control gear quality is provided.
采用齿廓统计分析方法对加工工艺系统进行识别,可为齿轮质量的评定与控制提供更科学且易于操作的手段。
Conduct process audit to make sure quality control system was implemented effectively.
通过实施过程审核确保质量控制系统能有效的运行。
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