Input/Output Processes For Data Processing TRIZ Cases

A capacitive touch panel determines coordinates based on conductivity and movement to enable accurate input detection.

An action pad application bridges external data sources with business management systems through drag-and-drop interfaces and automated content analysis.

Sketch system tracks physical object movements via video analysis to dynamically bind digital content, resolving static interaction limits.

Optical touch device uses variance calculations to switch modes, eliminating manual operations.

A launcher screen displays icons with varying sizes and luminance levels to indicate selection states.

Hollow regions with nested dummy electrodes reduce self-capacitance in touch sensors, resolving the trade-off between detection area and signal accuracy.

A software keyboard displays a specific region containing candidate keys for quick selection without switching screens.

A touch display panel integrates a crack detection line adjacent to a trace part in the lower frame area.

A multifunctional memory card router switches between a low-cost controller and an application processor to route host commands.

Replacing ITO with segmented metal grids lowers parasitic capacitance and improves light transmittivity, resolving non-uniform display issues in touch screens.

Dynamic pop-up menu icons appear near selected objects during drag operations to provide immediate access to relevant actions without cluttering the display.

Cascaded scan lines with diodes reduce driving line count, lowering production costs while maintaining accurate touch point determination.

A touch-sensitive device detects position jumps and calculates virtual positions from sensor readings to maintain gesture accuracy.

Golay pair sequences transmitted on driver lines separate capacitive responses, reducing correlator complexity and improving detection speed.

A touch sensor controller initiates a local configuration mode using direct panel inputs to set operational parameters.

Orthogonal flexible substrates prevent signal interference by isolating touch panel signals from display noise, ensuring accurate contact detection.

Distributed analog-to-digital converters shorten signal transmission lines, reducing interference and enabling larger touch panel areas.

An organogram structure merges scattered departmental plans into a unified view, resolving visibility loss while maintaining planning autonomy.

An active stylus controller generates precise input signals to resolve electrical interference and improve touch sensing accuracy.

Adhesive permittivity control minimizes parasitic capacitance drift from temperature changes, ensuring reliable touch panel operation.

Generating a distance map for physical hands enables selective emitter control, reducing computational load and battery drain in augmented reality.

Metal pattern parts form icons with sensing electrodes, resolving design freedom versus manufacturing efficiency trade-offs.

Rotating body converts pen tip motion into detectable rotation, enabling reliable tracking on black surfaces where reflected light fails.

A touch display converts application screens between split and popup modes via user input.

A touch drive signal incorporating odd-order harmonics improves detection sensitivity in in-cell displays.

Infrared optical sensors in display borders detect touch input, resolving the contradiction between full coverage and sensor complexity.

Segmenting sensing lines across independent touch ICs eliminates inter-unit data transmission, preserving frame rate during multi-point detection.

A measuring device displays two content areas simultaneously using partial transparency to enable flexible user selection and efficient screen utilization.

A touch display device positions sensing pads on the same substrate side as display components to increase component density without expanding the bezel area.

X-shaped metal mesh patterns adjust capacitance to match driver chips, reducing ITO waste and cost.

A touch panel object display device detects pressing load to differentiate operations without drag movements.

Positioning a camera behind the display cover glass captures scattered light to locate touches without adding bezel height or causing occlusions.

A touchscreen device uses a position indication unit to emit visibly recognizable light, assisting user input recognition without direct contact.

Piezoelectric crystal in stylus converts pressure to electromagnetic signals, eliminating sensor boards and enabling accurate line thickness depiction.