SOx-GLASS — System for direct measurement of the oxidative state of the glass melt (Q3275613): Difference between revisions

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(‎Created claim: summary (P836): Operations relate to the final development and market launch of the SO-GLASS system for the in-situ measurement of the oxidative state of the glass melt in real time. The system has already been tested in real environment, optimising optical components, where a new set of optics with a camera — a telecentric system that successfully compensates for movements of the melt jet, will be designed to increase the reliability of measurements., translat...)
(‎Changed label, description and/or aliases in en: translated_label)
label / enlabel / en
 
SOx-GLASS — System for direct measurement of the oxidative state of the glass melt

Revision as of 09:35, 19 October 2021

Project Q3275613 in Slovakia
Language Label Description Also known as
English
SOx-GLASS — System for direct measurement of the oxidative state of the glass melt
Project Q3275613 in Slovakia

    Statements

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    54,000.0 Euro
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    1 January 2019
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    31 December 2022
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    CULMIUM D.O.O.
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    46°14'18.78"N, 14°21'29.45"E
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    4000
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    Operacije se nanaša na končni razvoj in tržno lansiranje sistema SO-GLASS za in-situ merjenje oksidativnega stanja steklene taline v realnem času. Sistem je že bil testiran v realnem okolju, poteka optimizacija optičnih komponent, kjer bodo za povečanje zanesljivosti meritev zasnovali nov sklop optike s kamero - t.i telecentrični sistem, ki uspešno kompenzira premike curka taline. (Slovenian)
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    Operations relate to the final development and market launch of the SO-GLASS system for the in-situ measurement of the oxidative state of the glass melt in real time. The system has already been tested in real environment, optimising optical components, where a new set of optics with a camera — a telecentric system that successfully compensates for movements of the melt jet, will be designed to increase the reliability of measurements. (English)
    19 October 2021
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    Identifiers

    OP20.05917
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