Image/Pattern Display Tubes TRIZ Cases
- Field Emission Cathode With Inverted Funnel Dielectric
Inverted funnel dielectric layer maintains equal electric field strength across sub-electron emitters in a field emission cathode device.
- Carbon Nanotube Composite Electron Emission Source
A carbon nanotube composite structure accelerates electrons through a sandwiched semiconductor layer for enhanced emission.
- Electron Emission Device With Stacked Electron Collection Layer
Stacked electron collection layer overcomes high energy barriers to boost emission efficiency.
- Carbon Nanotube Field Emitter Manufacturing via Layer Rolling
Rolling aligned carbon nanotube layers prevents entanglement and damage, improving mechanical strength and field emission stability.
- Carbon Nanotube Electron Emission Device with Semiconductor Acceleration
A carbon nanotube composite structure accelerates electrons through a semiconductor layer to boost emission efficiency.
- Field Emission Cathode Second Grid Electron Control
A field emission cathode device uses a second grid electrode to regulate electron extraction and emission.
- Ceramic Metal-Halide Lamp Assembly with Resilient Coupling
Resilient U-shaped coupling mechanisms connect ceramic arc tubes to sealed conductive ends within a vacuum container.
- Inductive Touch Sensor Coil Arrangement for Display Luminance
Auxiliary coils on a front surface detect finger touches while a rear-mounted sensor prevents light emitting regions from reducing display luminance.
- Carbon Nanotube Electron Emission Device with Patterned Semiconductor
Patterned semiconductor holes in a carbon nanotube electron emission device overcome high energy barriers to boost kinetic energy and display performance.
- Hierarchical Carbon Nanotube Field Emission Cathode
A hierarchical field emission cathode structure uses a two-level carbon nanotube arrangement to enhance electron emission density.
- OLED Polarizing Plate with Pattern Layer for Color Shift Reduction
A polarizing plate uses a pattern layer with engraved features to manage light refraction and dispersion.