Input/Output Processes For Data Processing TRIZ Cases
- Display Circuit Film Via-Area Connectivity for Expanded Touch Area
A display circuit film uses via-areas to connect conductive patterns and display devices, expanding the effective touch area.
- Touch Screen Panel Reflection-Preventing Film Design
A touch screen panel uses a reflection-preventing film to reduce external light interference from underlying metal wiring.
- Dynamic Viewport Layout for Graphical Objects
Electronic device dynamically adjusts graphical object layout in response to data changes.
- Capacitive Touch Device Metal Jumpers Reduce Resistance
Metal jumpers bridge axial electrodes and conductive wires to lower resistance and increase response speed.
- Mobile Terminal Icon Movement via Page Indicators
Page indicators enable direct icon movement to target pages, bypassing sequential navigation steps.
- Touch Display Panel Compensation Patterns for Parasitic Capacitance
Compensation patterns on encapsulation layers adjust capacitance deviations in touch routing wires to stabilize signals.
- One-Handed Touchscreen Control via Side Sensors
Side sensors detect lateral touches to move interface objects, resolving large-screen reach issues during mobile use.
- Touch Device Film-Based Carrying Structure for Weight Reduction
Replacing thick glass substrates with a film and buffer layer carrying structure reduces weight and thickness while maintaining structural durability.
- Flexible Touch Panel Metal Mesh Bending Area Design
A flexible touch panel incorporates a metal mesh pattern in the bending area to enhance signal sensitivity and durability.
- Touch Display Array Substrate Via Hole Distribution
Auxiliary lines and via holes distribute connections across touch electrodes to eliminate visible mura from uneven load.
- Touch Screen Input Panel Typical Coordinate Calculation
Calculating a typical coordinate value from multiple touch points resolves key selection inaccuracies caused by finger-covered area comparison methods.
- Magnified Pointer Movement for One-Hand Touch Control
A touch panel detects indicator distance to magnify pointer movement length within a specific region.
- Predictive Icon Placement on Small Displays
Segmenting the display into perimeter and interior regions places predicted application icons centrally, reducing selection effort on small screens.
- Dual Exposure Control in Camera Systems
Independent shadow and highlight exposure controls resolve the trade-off between global brightness adjustment and localized scene detail preservation.
- Curved Touch Window Insulating Layer Segmentation for Alignment
Segmented insulating layer exposes second sensing electrodes for precise bridge electrode connection in curved organic light emitting devices.
- Touch Display Panel Position Detection Line Resistance Reduction
A display panel uses overlapping position detection lines in different layers to reduce electrical resistance while maintaining aperture ratio.
- Alternative Gesture Mapping for Graphical Keyboards
Alternative mapping ratios reduce finger travel distance while maintaining key selection accuracy on graphical keyboards.