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

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Property / budget
54,000.0 Euro
Amount54,000.0 Euro
UnitEuro
 
Property / budget: 54,000.0 Euro / rank
Normal rank
 
Property / EU contribution
37,800.0 Euro
Amount37,800.0 Euro
UnitEuro
 
Property / EU contribution: 37,800.0 Euro / rank
Normal rank
 
Property / co-financing rate
70.0 percent
Amount70.0 percent
Unitpercent
 
Property / co-financing rate: 70.0 percent / rank
Normal rank
 

Revision as of 15:14, 7 February 2022

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

    Statements

    country
    Slovenia
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    start time
    1 January 2019
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    end time
    31 December 2022
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    beneficiary name (string)
    CULMIUM D.O.O.
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    beneficiary
    Q3282282
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    coordinate location

    46°14'18.78"N, 14°21'29.45"E
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    postal code
    4000
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    summary
    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)
    point in time
    19 October 2021
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    Les opérations concernent le développement final et le lancement sur le marché du système SO-GLASS pour la mesure in situ de l’état oxydatif de la fonte du verre en temps réel. Le système a déjà été testé en environnement réel, optimisant les composants optiques, où un nouvel ensemble d’optiques avec caméra — un système télécentrique qui compense avec succès les mouvements du jet de fusion, sera conçu pour augmenter la fiabilité des mesures. (French)
    point in time
    27 November 2021
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    Die Operationen beziehen sich auf die endgültige Entwicklung und Markteinführung des SO-GLASS-Systems zur In-situ-Messung des oxidativen Zustands der Glasschmelze in Echtzeit. Das System wurde bereits in realer Umgebung getestet und optimiert optische Komponenten, wo eine neue Optik mit Kamera – ein telezentrisches System, das die Bewegungen des Schmelzstrahls erfolgreich kompensiert, die Zuverlässigkeit der Messungen erhöht. (German)
    point in time
    29 November 2021
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    De activiteiten hebben betrekking op de definitieve ontwikkeling en marktintroductie van het SO-GLASS-systeem voor het in-situ meten van de oxidatieve toestand van het glas smelten in real time. Het systeem is al getest in echte omgeving, optimaliseren van optische componenten, waar een nieuwe set van optica met een camera — een telecentrisch systeem dat met succes compenseert voor bewegingen van de smeltstraal, zal worden ontworpen om de betrouwbaarheid van de metingen te verhogen. (Dutch)
    point in time
    29 November 2021
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    Le operazioni riguardano lo sviluppo finale e il lancio sul mercato del sistema SO-GLASS per la misurazione in situ dello stato ossidativo della fusione del vetro in tempo reale. Il sistema è già stato testato in ambiente reale, ottimizzando i componenti ottici, dove un nuovo set di ottica con una fotocamera — un sistema telecentrico che compensa con successo i movimenti del getto di fusione, sarà progettato per aumentare l'affidabilità delle misure. (Italian)
    point in time
    11 January 2022
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    Las operaciones se refieren al desarrollo final y al lanzamiento en el mercado del sistema SO-GLASS para la medición in situ del estado oxidativo del vidrio fundido en tiempo real. El sistema ya ha sido probado en un entorno real, optimizando los componentes ópticos, donde un nuevo conjunto de ópticas con una cámara — un sistema telecéntrico que compensa con éxito los movimientos del chorro de fusión, se diseñará para aumentar la fiabilidad de las mediciones. (Spanish)
    point in time
    13 January 2022
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    Identifiers

    Slovenian Kohesio ID
    OP20.05917
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