Input/Output Processes For Data Processing TRIZ Cases
- Display Panel Segmentation for Concurrent Touch Sensing and Imaging
Separate data lines and area-specific noise compensation enable simultaneous image display and touch sensing.
- Active Pen–Touch Controller Sync for Noise-Resilient Drawing
A pen becomes the synchronization master after noisy uplink loss, preserving frame timing and continuous line drawing.
- Touch Display Panel with Displaced Mesh Bridges for Truncated Regions
Displaced conductive bridges avoid high-slope and truncated regions while compensating plates preserve touch sensitivity.
- Stacked Capacitive Sensor Module with Single-IC Force Scanning
A stacked sensor uses one circuit to scan three-axis and shear forces.
- Integrated Touch Display Electrodes with Beacon-Based Pen Recognition
LHB driving and beacon signals separate finger and pen sensing, enabling multi-pen recognition with lower power use.
- Transparent Display Input Sensor Structure for Sensitivity and Transmittance
Mesh sensing patterns and a transparent electrode balance external-input sensitivity with high transmittance in transparent displays.