Input/Output Processes For Data Processing TRIZ Cases

A touch screen controller calculates variance and sharpness of data islands to differentiate hover from touch inputs.

Merging adjacent second electrodes into groups reduces vias and wiring complexity while preserving electrical connectivity across the capacitive touch system.

A folder icon displays selectable item indicators to enable direct touch activation of contained items without opening the folder.

A pattern blanking layer with decreasing refractive indices reduces reflectivity of transparent conductive oxide patterns.

A computer pointer system captures a temporary selection state to verify object identity before final activation.

Detecting touch velocity and direction resolves letter input accuracy issues by distinguishing flicks from taps regardless of slide distance.

Touch panel injection molding control device changes graph content via single or multi-touch gestures.

A liquid crystal display device integrates sensor electrodes with pixel structures to enable touch detection without adding external layers.

Remote server synchronization of user-defined e-book lists resolves local storage constraints while maintaining cross-device accessibility.

Segmented transmitting members with terminal sensors determine precise contact position and intensity while minimizing edge regions for flexible displays.

Parallel noise listening channels capture interference signals for subtraction from touch sensing data.

A display controller manages screen updates by holding items at designated positions based on distance criteria.

An ultrasound sensor circuit uses an integrating capacitor to rectify signals from acoustic waves interacting with input objects.

A shield line supplies a load-free driving signal to reduce parasitic capacitance between conductive layers.

A product list slider displays icons for owned items, allowing users to quickly jump to specific product details without scrolling through large lists.

A touch driving circuit segments sensing processing based on gate line overlap to reduce panel interior noise during display driving.

Gesture paths organize stacked media files, resolving small screen clutter and manual sorting time.

Drag application icons to reveal associated functions and data, resolving the contradiction between device versatility and ease of operation.

A touch display apparatus uses an insulating pattern with a refractive index matching the touch electrode to enhance optical and resistive characteristics.

A signal measuring method applies specific delay phase differences to driving electrodes for accurate touch location detection.

Drive electrodes transmit simultaneous signals at different dominant frequencies to measure capacitive nodes.

Dynamic baseline capacitance updates and bandpass filtering resolve low signal-to-noise ratios for distant object detection in user interfaces.

A capacitive touch sensor system uses dynamic scanning to identify accidental border touches.

A non-contact infrared gesture recognition circuit prevents fingerprints and stains on the mirror surface while maintaining clear display visibility.

A flash drive uses a transforming mechanism to switch between USB and micro USB interfaces.

A touchscreen guide device detects position and orientation to display visual hint lines for user tracing.

A computerized system alters input device sensitivity through a graphical interface using B-spline functions for precise acceleration control.

An intelligent drag and drop designer system automatically senses placeholder locations and positions selected actions into predicted targets upon release.

Segmented mesh lines reduce reflectivity differences between sensing patterns, resolving the trade-off between touch sensitivity and display visibility.

A conical mirror reflects time-of-flight sensor data radially to map object positions across a planar surface.

A time-sharing transmission unit integrates data lines and touch traces into single wiring for compact layouts.

A touch-sensing device classifies input signals using spatial location and point count thresholds to distinguish intended from unintended touches.

Segmented reference measurement distinguishes grounded touches from water stains by comparing capacitive values across conductive strips.

An intermediate migration-proof layer prevents galvanic reduction of silver nanowires on copper, resolving etching yield issues in touch sensors.

A touch display device distributes sensing electrodes with varying densities across distinct substrate areas to support flexible outer peripheral designs.

An offset adjustment circuit compensates for noise-induced voltage variations in a capacitive touch sensor, improving detection accuracy.

Capacitive structures between self-capacitive electrodes and cathodes detect touch position and pressure via simultaneous signal application.

Segmenting the touch panel into odd and even sub-panels reduces line resistance, improving signal-to-noise ratio in large displays.

Segmented driving electrodes and merged receiving channels reduce bezel width while maintaining touch sensitivity and shortening recognition time.

An electrode structure employs irregular unit wire patterns with varying contact areas to suppress moire phenomena while maintaining manufacturing precision.

A system associates virtual objects with user group identifiers to enable shared access across multiple profiles.

A slidable element absorbs assembly tolerances in a mouse switch mechanism, eliminating empty stroke and excessive pre-pressing noise.

A passive pen uses a variable capacitor to measure pressure via capacitance changes.

Varying electrode sizes toward opposite multiplexers balances spatial efficiency and visibility by preventing image quality degradation.

A computing device detects user input types to switch between gesture and cursor management modes for application launcher representations.

A mouse roller module uses a swingable magnetic conductor to toggle between stepped and smooth scrolling modes.

Acoustic wave propagation detects multi-touch inputs on transparent surfaces, resolving interference from external vibrations and reducing manufacturing costs.

A transport control word consolidates multiple channel command words into a single entity for input output processing.