Input/Output Processes For Data Processing TRIZ Cases

Segmented data frames transfer control information to vehicle devices, reducing bus occupation time.

A touch sensing unit merges force sensor electrodes with touch electrodes on a single layer to detect pressure and location inputs simultaneously.

Pointer-based activation resolves the contradiction between simultaneous content visibility and window selection difficulty in overlapping GUI layouts.

A self-capacitance touch display panel uses a dedicated first metal layer for touch lead wires routed above peripheral circuits.

An active stylus transmits data packets by modulating signals during host coordinate scans.

A vector object interaction framework triggers pre-defined candidate interactions via drag and drop operations.

A manipulator module splits user interface gestures across multiple content pieces without process boundaries.

A foldable flexible touch screen uses transparent electrode materials with high bending resistance in the folded section to maintain electrical connectivity.

A touch panel integrates a piezoelectric layer between sensing electrodes and a common electrode to enable combined capacitance and pressure measurements.

Adjusting signal line distances to electrode layers balances capacitance across varying lengths.

Sensor circuitry performs mutual and self-capacitive sensing to detect inconsistencies in proximity input.

UV-LED backlight guides ultraviolet rays through the outer screen to sterilize the touch surface.

Scrollable ribbon areas collapse out of view to maximize editing space while keeping command controls accessible via vertical scrolling.

An opening in the photic base material sandwiches wiring board ends, preventing void formation that degrades display quality.

A touch-sensitive display adjusts active character areas based on predicted next inputs to enhance typing accuracy.

A second black matrix covers substrate structures to prevent light leakage in display panels.

Nested dummy structures with strategic cuts electrically isolate touch electrodes, resolving coupling interference that degrades sensitivity in display devices.

Cutting a standard touch substrate to specific dimensions avoids costly mask development for small batch production.

Wires positioned between sub-pixel units reduce black matrix coverage to resolve light leakage prevention versus aperture ratio trade-offs.

A handwriting input display device adjusts mark line width based on overlapping content height.

Circular annular conductor contacts join the electronic pen cartridge to the casing, ensuring stable signal transfer through the connector interface.

A capacitive in-cell touch panel places a sensing structure layer on an opposite substrate to separate touch control signals from display arrays.

Reflective touch electrode blocks supply partial backlighting via ambient light reflection, reducing external backlight energy consumption.

Optical and capacitive sensors detect finger presence and gestures without complex mechanical structures.

A capacitor couples an LVDS transceiver with an SPI buffer, enabling 400 Mbps differential signals while maintaining legacy single-ended compatibility.

A computer system isolates content files in a sandboxed secondary user account to enable secure printing operations.

A multi-touch classification system updates prior contact states and rewinds display history to correct misclassified inputs.

A touch-sensitive display unlocks a portable device by detecting clicks on specific screen points.

Conductive repairing pattern layers bridge adjacent sensing pads to restore electrical continuity in capacitive touch panels.

Self-assembly contact member connects upper and lower touch pad units, eliminating separate printed circuit boards to reduce overall thickness.

Segmented conductive components allow initialization while mounted, resolving rotation angle detection conflicts.

Visualize digital twin models in virtual reality to assess multi-object interactions, resolving the trade-off between prediction accuracy and system complexity.

A magnetic component adjusts conductive member distance to enhance depression detection sensitivity on coordinate input devices.

Varying touch driving signal sequences per frame averages disturbances, reducing power consumption and maintaining display stability.

A touch panel method extends finger trajectories based on swipe speed to select distant interface objects without requiring two-handed device handling.

A USB device logic controller decodes functional sub-requests embedded in standard Get_Descriptor messages to execute operations without host drivers.

Placing electrodes at high impedance during detection intervals reduces leakage currents and improves signal-to-noise ratios, minimizing device thickness.

AI-driven digital companions navigate 3D environments with obstacle avoidance, replacing physical robots to reduce maintenance costs.

Segmented insulated electrodes allow simultaneous multi-input detection while preventing signal interference and preserving display quality.

Hover mode segments sensing electrodes into identification patterns, filtering noise and improving detection accuracy with thick gloves.

Interlocking electrode recesses and protrusions reduce pin counts, lowering manufacturing costs while maintaining detection precision.

Radiation network emitters and sensors generate source images for touch position tracking, reducing computing power requirements.

Virtual enlargement area displays magnified characters to resolve finger occlusion and improve selection accuracy.

Multi-layer wiring segments eliminate vertical crosstalk while simplifying control circuit complexity.

Bidirectional charge transfer cancels large initial capacitance in the detection circuit, resolving sensitivity limits for small variable changes.

An event-based vision sensor detects object movement by calculating time differences between pixel changes to extract motion signals.

A touch interface calculates entity movement speed from user input distance and displays spaced graphical indicators to represent that velocity.

Segmented touchscreen zones switch between direct position control and rate control, resolving the trade-off between positioning precision and navigation speed.