Berger Dietrich, Lanza Gisela
Karlsruhe Institute of Technology (KIT), wbk Institute of Production Science, 76131 Karlsruhe, Germany.
Sensors (Basel). 2017 Dec 21;18(1):4. doi: 10.3390/s18010004.
This publication presents the realisation of a sensor concept, which is based on eddy current testing, to detect textile defects during preforming of semi-finished carbon fibre parts. The presented system has the potential for 100% control of manufactured carbon fibre based components, allowing the immediate exclusion of defective parts from further process steps. The core innovation of this system is given by the high degree of process integration, which has not been implemented in the state of the art. The publication presents the functional principle of the sensor that is based on half-transmission probes as well as the signals that can be gained by its application. Furthermore, a method to determine the optimum sensor resolution is presented as well as the sensor housing and its integration in the preforming process.
本出版物介绍了一种基于涡流检测的传感器概念的实现,用于在半成品碳纤维部件预成型过程中检测纺织缺陷。所展示的系统有潜力对制造的碳纤维基部件进行100%的控制,从而能够立即将有缺陷的部件排除在后续加工步骤之外。该系统的核心创新在于高度的工艺集成,这在现有技术中尚未实现。该出版物介绍了基于半透射探头的传感器的功能原理以及应用该传感器可获得的信号。此外,还介绍了一种确定最佳传感器分辨率的方法以及传感器外壳及其在预成型过程中的集成。