Nanostructure Assembly TRIZ Cases
- LED Electrode Layout With Residual Insulation Against Short Circuits
Residual and contact patterns keep closely spaced LED electrodes insulated from particles, enabling higher LED density without short circuits.
- LED Electrode Layout With Inclined Reflectors for Simpler Fabrication
Inclined reflective electrodes replace separate LED walls, simplifying fabrication while improving light extraction and element packing.
- Pixel Electrode Hole Structure for Efficient Light-Emitting Arrays
Inclined hole electrodes simplify LED array fabrication while improving element alignment, reflective light extraction, and signal stability.
- Light-Emitting Element Ink Surfactant Control for Uniform Printing
Fluorine- or silicon-based surfactants lower ink surface tension to improve spreading and light-emitting element dispersibility in printed displays.
- Light-Emitting Element Groove Alignment for Uniform Electrode Bridging
Grooves and exposed contact portions guide light emitting elements between electrodes, improving alignment uniformity, connection reliability, and luminance.
- Light-Emitting Element Ink Solvent for Uniform Sub-Pixel Alignment
A Hansen-parameter solvent keeps light-emitting elements dispersed during printing, reducing sticking and improving sub-pixel luminance uniformity.
- Light-Emitting Element Groove Alignment for Uniform Luminance
Grooves in an insulating layer and electric-field self-alignment place light emitting elements uniformly between electrodes to improve luminance.
- Light-Emitting Element Ink Surfactant Control for Uniform Display Printing
Fluorine- or silicon-based surfactants lower ink surface tension for even spreading, element alignment, and more uniform display luminance.
- Vacuum Nano-Object Transfer With Comb Holder Interface Control
A comb-like holder transfers nano-objects in vacuum to limit contamination, preserve crystallinity, and improve substrate interface control.
- Vacuum Nano-Object Transfer for Clean Carbon Nanotube Deposition
A vacuum transfer process uses a comb-shaped support to place carbon nanotubes cleanly and precisely, improving interface control and reproducibility.
- Light-Emitting Element Ink for Uniform Display Pixel Alignment
Solvent tuning with Hansen parameters keeps light-emitting elements dispersed during printing, improving alignment and sub-pixel luminance.
- Support Substrate with Curved Cantilever Array for Nanostructure Transfer
Sequential cantilever loading and unloading addresses random deposition by improving nanostructure placement and avoiding collisions.