Input/Output Processes For Data Processing TRIZ Cases

Segmenting electrode layers resolves ghost touch errors by distinguishing actual input points from false signals through comparative capacitance analysis.

Heating air with non-visible light creates refraction for accurate remote touch detection, overcoming proximity limits of infrared screens.

Visualize RF propagation on building floor plans using lookup tables to avoid complex real-time calculations, enabling reactive planning on portable devices.

A capacitive sense array uses interdigitated column electrodes to reduce row interconnects and fit within narrow bezels.

Tilting conductive lines at non-standard angles reduces dividing section variability, eliminating moire patterns and improving image visibility.

Capacitive sensor electrodes detect side forces using adaptive threshold analysis to resolve measurement precision versus reliability contradictions.

A dual touch panel driving unit shares ports via a connecting circuit board, reducing component space and material costs compared to separate units.

Adaptive threshold compensation dynamically adjusts touch panel sensitivity using maximum sensing data difference values to resolve environmental noise errors.

Insulating members cover sensor groups and connecting portions in an input-sensing circuit to suppress static electricity damage.

Reversing sense signal polarity eliminates sinusoid interference, preserving measurement accuracy.

A DMA controller adapts data transfer handshake signals based on access type to optimize communication with peripherals.

A projected capacitive touch panel controller segments intersecting traces into groups and outputs charge control signals to single traces while keeping others floating.

Segmented common electrode layer positions sensing electrodes in gaps between driving sub-electrodes to increase fringing mutual capacitance.

Coordinate transformation mechanism converts image positions to screen coordinates, reducing calibration time and labor costs for large optical touch displays.

Aligning gaps between sensing and driving electrodes parallel to green color resist bars minimizes visible pattern defects caused by light reflection.

Processor dynamically resizes touch selection zones based on predicted input likelihood, resolving fingertip resolution limits that reduce typing accuracy.

An input device detects approaching objects using a sensor part and adjacent region specification.

A bending protective layer and polarization member shield touch conductive lines from moisture in the non-active area, preventing corrosion.

A sub-window displays a preview of an image area not visible on the screen.

A DMA circuit uses a pattern generation unit to create dummy data for load testing high-speed interfaces.

Misaligning overlapping areas of mesh conductive wires reduces coupled capacitance, enhancing touch panel accuracy and sensitivity.

A scrolling controller detects horizontal user input to move a scroll target image within the display region.

A sensing apparatus adjusts light source brightness and camera exposure time to capture clear pattern images for object detection.

Synchronization managers transmit peripheral settings between operating systems, resolving inconsistencies during dual OS switching.

A mobile terminal control module displays selected text and time information in an edit area via touch operations on a display panel.

Zoom-out gestures display keypad thumbnails, resolving selection complexity while maintaining versatility.

Boundary meshes with distinct first and second breaks insulate adjacent touch sub-electrodes, preventing short circuits from etching remains.

Segmenting light beams into divergent sub-beams provides angular diversity that suppresses ghost touches while maintaining signal levels.

Segmented instruction protocols enable portable terminals to direct specific operations on multi-function peripherals, resolving compatibility bottlenecks.

A cursor moves freely across a main display area while triggering scroll actions when positioned over specific map regions.

A mobile terminal with dual displays shows preview images and composition references to enable real-time user positioning.

A lossy dispersive FTIR base plate captures and disperses incident light, enabling multi-touch detection while maintaining readability in bright sunlight.

Shield patterns adjacent to connecting wires maintain uniform capacitance, reducing dead spaces and improving touch detection accuracy.

A light emitting display device uses a hole pattern in the planarization layer to isolate the organic encapsulation film from touch electrodes.

A partially reflective visor directs display light and reflects eye images to a sensor for tracking.

An active pen control circuit classifies downlink information into distinct types to enable flexible transmission modes across multiple data channels.

A sliding track input interface uses a movable slider to select candidate stop-nodes for rapid information entry.

An adhesive film transfers a printing layer onto a cover window, enabling mass production of colored bezels without complex direct ink application.

Varying conductive line widths compensates for non-uniform electric fields, reducing interference and improving touch detection accuracy.

A design application implements a compatibility checker to identify and restrict editing of developer-created content elements.

Conductive bezel shielding replaces multiple isolation layers, reducing manufacturing time while maintaining electromagnetic interference protection.

Relay patterns connect separated unit patterns in touch sensing electrodes, reducing resistance deviation that lowers sensitivity and accuracy.

A touchscreen control system segments the display into distinct touch areas to apply variable detection thresholds for user input events.

Replacing mechanical springs with a viscoelastic gel body reduces operational force and device depth while maintaining auto-centering functionality.

A sensing method selects pixel zones to determine main incident angles for optical touch detection.

Landscape orientation preserves original document structure while gesture-based page turning mimics paper reading without reformatting content.

Keyboard input drives vector calculation to extrapolate target location, eliminating manual drift and reducing positioning time.

A display panel light shielding part blocks laser irradiation during manufacturing processes.