Decorative intelligent surfaces
The wearable and interior design markets are growing and changing fast, where a huge effort is being placed on implementation of electronic / intelligent functionalities. There are many novel devices, representing this trend, however, there are still many challenges. A major challenge is to optimize sensor and antenna components, which will require tailored nanomaterials.
Focus will be on novel nanomaterials for printing thermocouples with large seebeck coefficients, such as Pt alloys, CuNi and Cr. Optimization of antenna will consist of reduction of materials by using nano-Ag and nano-Cu inks, providing more sustainable components.
The implementation of imbedded printed electronics will result in:
- 15% reduction of weight and thickness for decorative intelligent surfaces
- 15% extended operational life-time.
Phase 1
Decorative intelligent surfaces
Swarovski has a multi-usage concept for the integration of crystal elements into a decorative/functional surface, which can be used for several product lines. Electronic functionalities include sensing, wireless data transfer, lighting and energy harvesting.
Phase 2
Decorative intelligent surfaces
The small-scale prototypes will be produced and tested by LEE-BED partners. For testing purposes, different series of performance testing and quality evaluation will be conducted. This will involve especially function & basic performance tests. After positive evaluation of the small-scale prototypes, the next generation of demonstrators for the use case will be designed. Using the processes and phase 1 outcome, the final project demonstrators will be manufactured and tested for the intended environment.