Light emitting transducer

A method for producing a light emitting transducer for a display comprising:

• providing a stretchable and compressible silicone substrate having a bottom substrate surface and a top substrate surface, the top substrate surface having a surface pattern of a plurality of raised and depressed micro-scale surface portions which extend in at least one direction;
• adhering the bottom substrate surface of the substrate to a gas-permeable carrier for prevention of movement of the substrate;
• plasma treating the top substrate surface of the substrate to form SiOx;
• placing one or more shadow masks above the top substrate surface, wherein each of the shadow masks has a design suitable for a specific deposition;
• removing the one or more shadow masks;
• depositing a bottom electrode on the top substrate surface;
• depositing an TFT-layer, wherein the act of depositing the TFT-layer comprises depositing conductive electrodes, insulation layers, and thin film transistors;
• depositing a colour group of pixels on the bottom electrode, wherein the act of depositing the colour group of pixels comprises depositing light-emitting layers;
• and
• depositing a transparent top electrode on the pixels.

A method for producing a light emitting transducer for a display comprising:

• providing a stretchable and compressible silicone substrate having a bottom substrate surface and a top substrate surface, the top substrate surface having a surface pattern of a plurality of raised and depressed micro-scale surface portions which extend in at least one direction;
• adhering the bottom substrate surface of the substrate to a gas-permeable carrier for prevention of movement of the substrate;
• plasma treating the top substrate surface of the substrate to form SiOx;
• placing one or more shadow masks above the top substrate surface, wherein each of the shadow masks has a design suitable for a specific deposition;
• removing the one or more shadow masks;
• depositing a transparent bottom electrode on the top substrate surface;
• depositing a colour group of pixels on the bottom electrode, wherein the act of depositing the colour group of pixels comprises depositing light-emitting layers;
• depositing a top electrode on the pixels;
• and
• depositing an TFT-layer, wherein the act of depositing the TFT-layer comprises depositing conductive electrodes, insulation layers, and thin film transistors.