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SCALE Optical Hole Probe - The Next Step to Save Time and Cost in Auto Fastening with the Help of Optical Measurement Technology

机译:尺度光学孔探头 - 在光学测量技术的帮助下节省汽车紧固时间和成本的下一步

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SCALE is a modular, non-contact, in-line measurement system. It measures the diameter of the countersink directly after the drilling, the amount and distribution of sealant in the open hole, and the head height of the fastener as well as pressed out sealant (cf. Figure 1). The system is fast and reliable and the out coming information is reliable and trustworthy. Until now the system could not measure the inner diameter of the hole. The reason for this is that it is not possible to detect the inner diameter with a camera that looks only at the top of the component. But as our customers make the request to us, we decided to develop an optical hole probe system which is fully integrated in the auto fastening process. We think that a mechanical system cannot fulfill the customer expectations in terms of reliability, low maintenance, precision and speed. Only a non-contact system can measure permanently safe and fast the inner diameter of holes. The development objective was to create a system that is capable of to measure one inner diameter in less than 200 milliseconds with the precision better than 10 microns (0.0004 inch) at six sigma confidence level. The paper starts with a short description of different non-contact sensor types that are available on the market and that can be used to measure the inner diameter of a drilled hole in an auto fastening machine. The main part of the paper reports the results of our intensive investigation regarding the applicability for fast and non-contact optical measurement of the inner wall of the drilled hole. We have done more than 30.000 measurements in carbon fiber and metal.
机译:刻度是模块化,非接触式在线测量系统。它在钻孔之后直接测量埋头孔的直径,打开孔中的密封剂的量和分布,以及紧固件的头部高度以及压出的密封剂(CF.图1)。该系统快速可靠,即将到来的信息可靠且值得信赖。到目前为止,系统无法测量孔的内径。原因是,不可能使用仅在组件顶部的相机检测内径。但随着客户要求我们的要求,我们决定开发一个光孔探头系统,该系统完全集成在自动紧固过程中。我们认为机械系统无法在可靠性,低维护,精度和速度方面满足客户期望。只有非接触系统可以衡量永久安全和快速的孔内径。开发目标是创造一个能够在六西格玛置信水平下比10微米(0.0004英寸)的精度低于200毫秒的一个内径的系统。本文从市场上提供的不同非接触式传感器类型的简要说明,可用于测量自动紧固机中钻孔的内径。本文的主要部分报告了我们集约化调查的结果,了解钻孔内壁的快速和非接触光学测量的适用性。我们在碳纤维和金属中进行了30多种测量。

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