首页> 外国专利> Method for examination of curing of e.g. printing ink, involves detecting useful signal at one wavelength dependent on cure degree, and detecting reference signals independent of cure degree for correction of useful signal

Method for examination of curing of e.g. printing ink, involves detecting useful signal at one wavelength dependent on cure degree, and detecting reference signals independent of cure degree for correction of useful signal

机译：检验例如印刷油墨，涉及检测取决于固化程度的一个波长的有用信号，以及检测与固化程度无关的参考信号以校正有用信号

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摘要

The method involves detecting a cure degree of a radiation-curable object coating (12) by an optical measuring station (16) during or after applying radiation on the coating by a radiation source i.e. UV radiator, and scanning the measuring light reflected from the coating at the optical measuring station at various wavelengths. A useful signal is detected at one wavelength dependent on the cure degree, and reference signals independent of the cure degree are detected at other wavelengths for correction of the useful signal. An independent claim is also included for a system for examination of curing of a radiation-curable object coating.

机译：该方法包括在由辐射源即UV辐射器在涂层上施加辐射的过程中或之后，通过光学测量站（16）检测可辐射固化的物体涂层（12）的固化程度，并扫描从涂层反射的测量光。在光学测量站以各种波长在取决于固化度的一个波长处检测有用信号，并且在其他波长处检测与固化度无关的参考信号以校正有用信号。还包括用于检查可辐射固化的物体涂层的固化的系统的独立权利要求。

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公开/公告号DE102010061767A1

专利类型
公开/公告日2012-05-24

原文格式PDF
申请/专利权人 IST METZ GMBH;
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申请/专利号DE20101061767
发明设计人 BACH MATHIAS;KRETZSCHMAR-BAREIS ROBERT;FUCHS GUENTER;COCONCELLI MAIK;TREICHEL OLIVER DR.;KIRSCHNER THOMAS;
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申请日2010-11-23
分类号G01N21/31;G01N21/25;G01N21/55;G01N21/47;
国家 DE
入库时间 2022-08-21 17:05:11

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