HYPRINT: PRINT-PREPARED LUMINESCENT HYBRID DEVICES FOR APPLICATIONS IN HIGH CONSUMPTION INDUSTRIAL SECTORS. (5/7) (Q3177056): Difference between revisions
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(Removed claim: summary (P836): The general objective of the HYPRINT project is to carry out industrial research on inorganic hybrid hybrid electroluminescent devices (HYLEDs) in order to obtain their preparation by methods in solution to the air, thus reducing production costs, in order to apply them to consumer goods and different industrial sectors. The HYPRINT project arises from the need to work with state-of-the-art lighting systems that meet the sustainability criteri...) |
(Created claim: summary (P836): The general objective of the HYPRINT project is to carry out industrial research on inorganic hybrid hybrid electroluminescent devices (HYLEDs) in order to obtain their preparation by methods in solution to the air, thus reducing production costs, in order to apply them to consumer goods and different industrial sectors. The HYPRINT project arises from the need to work with state-of-the-art lighting systems that meet the sustainability criteria,...) |
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| Property / summary | |||||||||||||||
The general objective of the HYPRINT project is to carry out industrial research on inorganic hybrid hybrid electroluminescent devices (HYLEDs) in order to obtain their preparation by methods in solution to the air, thus reducing production costs, in order to apply them to consumer goods and different industrial sectors. The HYPRINT project arises from the need to work with state-of-the-art lighting systems that meet the sustainability criteria, both environmental and economic, being efficient, environmentally friendly and easily industrializable at lower cost. It will also be an advance in the state of the art when preparing the devices by completely air printing techniques, which is an innovation with regard to the preparation of organic LEDs. In this sense, the work on this type of device also wants to fill the absence of efficient lighting sources in Spain and create a complete value chain covering the production of the necessary materials, their construction by printing techniques and their subsequent release to the market, both domestic and international. As a result, hybrid electroluminescent diodes prepared by air printing and demonstrators adapted for applications in the household appliances, signalling, labeling and automotive sectors, as well as functional material inks for the printing of optoelectronic devices will be obtained. All these results will have a high impact on the relevant sectors as they are new and efficient lighting devices. (English) | |||||||||||||||
| Property / summary: The general objective of the HYPRINT project is to carry out industrial research on inorganic hybrid hybrid electroluminescent devices (HYLEDs) in order to obtain their preparation by methods in solution to the air, thus reducing production costs, in order to apply them to consumer goods and different industrial sectors. The HYPRINT project arises from the need to work with state-of-the-art lighting systems that meet the sustainability criteria, both environmental and economic, being efficient, environmentally friendly and easily industrializable at lower cost. It will also be an advance in the state of the art when preparing the devices by completely air printing techniques, which is an innovation with regard to the preparation of organic LEDs. In this sense, the work on this type of device also wants to fill the absence of efficient lighting sources in Spain and create a complete value chain covering the production of the necessary materials, their construction by printing techniques and their subsequent release to the market, both domestic and international. As a result, hybrid electroluminescent diodes prepared by air printing and demonstrators adapted for applications in the household appliances, signalling, labeling and automotive sectors, as well as functional material inks for the printing of optoelectronic devices will be obtained. All these results will have a high impact on the relevant sectors as they are new and efficient lighting devices. (English) / rank | |||||||||||||||
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| Property / summary: The general objective of the HYPRINT project is to carry out industrial research on inorganic hybrid hybrid electroluminescent devices (HYLEDs) in order to obtain their preparation by methods in solution to the air, thus reducing production costs, in order to apply them to consumer goods and different industrial sectors. The HYPRINT project arises from the need to work with state-of-the-art lighting systems that meet the sustainability criteria, both environmental and economic, being efficient, environmentally friendly and easily industrializable at lower cost. It will also be an advance in the state of the art when preparing the devices by completely air printing techniques, which is an innovation with regard to the preparation of organic LEDs. In this sense, the work on this type of device also wants to fill the absence of efficient lighting sources in Spain and create a complete value chain covering the production of the necessary materials, their construction by printing techniques and their subsequent release to the market, both domestic and international. As a result, hybrid electroluminescent diodes prepared by air printing and demonstrators adapted for applications in the household appliances, signalling, labeling and automotive sectors, as well as functional material inks for the printing of optoelectronic devices will be obtained. All these results will have a high impact on the relevant sectors as they are new and efficient lighting devices. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 19:09, 12 October 2021
Project Q3177056 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | HYPRINT: PRINT-PREPARED LUMINESCENT HYBRID DEVICES FOR APPLICATIONS IN HIGH CONSUMPTION INDUSTRIAL SECTORS. (5/7) |
Project Q3177056 in Spain |
Statements
311,050.5 Euro
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622,101.0 Euro
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50.0 percent
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1 November 2014
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31 December 2017
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IMPLASER 99 SLL
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41°36'49.61"N, 0°42'13.28"W
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50017
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El proyecto HYPRINT tiene como objetivo general realizar investigación industrial sobre dispositivos electroluminiscentes híbridos orgánicos inorgánicos (HYLEDs) para conseguir su preparación por métodos en solución al aire, reduciendo así los costes de producción, con el fin de aplicarlos en bienes de consumos y diferentes sectores industriales. El proyecto HYPRINT surge de la necesidad de trabajar con sistemas de iluminación de última generación que cumplan los criterios de sostenibilidad, tanto ambiental como económica, siendo eficientes, respetuosos con el medio ambiente y fácilmente industrializables a menor coste. Además supondrá un avance en el estado de la técnica al prepararse los dispositivos por técnicas de impresión totalmente al aire, lo que supone una innovación respecto la preparación de LEDs orgánicos. En este sentido, el trabajo sobre este tipo de dispositivos quiere, además, suplir la ausencia de producción de fuentes de iluminación eficientes en España y crear una cadena de valor completa que abarque desde la producción de los materiales necesarios, su construcción por técnicas de impresión y su posterior salida al mercado, tanto nacional como internacional. Como resultado, se obtendrán diodos electroluminiscentes híbridos preparados por impresión al aire y demostradores adaptados para las aplicaciones en los sectores de electrodomésticos, señalética, etiquetaje y automoción, así como tintas de materiales funcionales para la impresión de dispositivos optoelectrónicos. Todos estos resultados presentaran un alto impacto en los sectores correspondientes al tratarse de dispositivos de iluminación nuevos y eficientes. (Spanish)
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The general objective of the HYPRINT project is to carry out industrial research on inorganic hybrid hybrid electroluminescent devices (HYLEDs) in order to obtain their preparation by methods in solution to the air, thus reducing production costs, in order to apply them to consumer goods and different industrial sectors. The HYPRINT project arises from the need to work with state-of-the-art lighting systems that meet the sustainability criteria, both environmental and economic, being efficient, environmentally friendly and easily industrializable at lower cost. It will also be an advance in the state of the art when preparing the devices by completely air printing techniques, which is an innovation with regard to the preparation of organic LEDs. In this sense, the work on this type of device also wants to fill the absence of efficient lighting sources in Spain and create a complete value chain covering the production of the necessary materials, their construction by printing techniques and their subsequent release to the market, both domestic and international. As a result, hybrid electroluminescent diodes prepared by air printing and demonstrators adapted for applications in the household appliances, signalling, labeling and automotive sectors, as well as functional material inks for the printing of optoelectronic devices will be obtained. All these results will have a high impact on the relevant sectors as they are new and efficient lighting devices. (English)
12 October 2021
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Alfajarín
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Identifiers
IDI-20141309
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