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In-Mold Sensors for Injection Molding: On the Way to Industry 4.0

机译：用于注塑成型的模内传感器：走向工业4.0

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摘要

The recent trend in plastic production dictated by Industry 4.0 demands is to acquire a great deal of data for manufacturing process control. The most relevant data about the technological process itself come from the mold cavity where the plastic part is formed. Manufacturing process data in the mold cavity can be obtained with the help of sensors. Although many sensors are available nowadays, those appropriate for in-mold measurements have certain peculiarities. This study presents a comprehensive overview of in-mold process monitoring tools and methods for injection molding process control. It aims to survey the recent development of standard sensors used in the industry for the measurement of in-mold process parameters, as well as research attempts to develop unique solutions for solving certain research and industrial problems of injection molding process monitoring. This review covers the established process monitoring techniques—direct temperature and pressure measurement with standard sensors and with the newly developed sensors, as well as techniques for the measurement of indirect process parameters, such as viscosity, warpage or shrinkage.
机译：根据工业4.0的要求，塑料生产的最新趋势是获取大量用于制造过程控制的数据。有关工艺过程本身的最相关数据来自形成塑料零件的型腔。模具腔中的制造过程数据可以借助传感器获得。尽管如今有许多传感器可用，但适用于模内测量的那些传感器具有某些特殊性。这项研究全面介绍了模内过程监控工具和用于注塑过程控制的方法。它旨在调查行业中用于模内工艺参数测量的标准传感器的最新发展，以及旨在开发独特解决方案以解决注塑成型过程监控某些研究和工业问题的研究尝试。这篇综述涵盖了已建立的过程监控技术-使用标准传感器和新开发的传感器进行直接温度和压力测量，以及用于测量间接过程参数（例如粘度，翘曲或收缩）的技术。

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