Input/Output Processes For Data Processing TRIZ Cases

A display control unit highlights activated drive mode icons in distinct colors to confirm user selections on image pickup apparatus screens.

Separating capacitive electrodes and electromagnetic coils in different layers resolves interference while reducing thickness and power consumption.

Integrated flexible traces bond directly to the printed circuit board, eliminating rigid interconnects and reducing electrical resistance.

Multi-layered capacitive sensing stacks use guard electrodes to block unwanted capacitance from routing traces, resolving signal accuracy issues.

Segmenting the sensing surface into interlinked impedance columns and rows enables precise gesture recognition without increasing hardware complexity.

Merging lead and sensing channels into one grid eliminates alignment errors while maintaining light transmission uniformity across the display area.

A touch substrate design using insulated bridges and ground wires to release electrostatic charges from virtual electrodes.

Segmented pressure detecting sections with larger areas enhance sensitivity despite cover member constraints.

A display controller processes inputs at displayed and non-displayed positions to enable precise object selection.

Controller delays start-of-frame packet transmission using an isochronous timestamp to align host and device timing.

A control unit manages personal setting values in an image forming apparatus using a virtual storage area.

A mutual scan method filters noise sensing points by selectively driving marked sensing lines to increase frame rate.

A method groups multiple graphical objects into summary representations within a drawing canvas to reduce visual clutter.

Assigning multiple USB subclasses to one logic interface reduces controller circuit size and memory consumption.

Capacitive measurements at varying reference voltages determine dielectric layer thickness profiles to compensate force sensing accuracy.

A dual-region display system juxtaposes overlapping thumbnails in a static section while moving selected images to a dynamic section with expanded spacing.

Synchronous sampling and differential calculation remove noise from touch detection nodes, eliminating extra shielding layers to reduce manufacturing costs.

Elastic shock-absorbing member cushions ferrite core and rod, preventing damage from external impact forces.

Delay circuitry blocks later transfers involving shared devices, resolving performance inefficiencies from fixed completion delays.

Extending gate control signal enable periods improves signal readout time and voltage reset time on large-sized panels.

A transparent touch display device divides the cathode electrode layer into separate display and touch sections to maintain high optical transmittance.

A stylus control circuit selectively employs multiple non-passive location modalities to determine position and orientation on interactive surfaces.

Integrating bridge lines inside the active touch zone eliminates external routing areas, reducing bezel size while maintaining touch accuracy.

A display apparatus couples gate line waveforms to a readout line via switching elements to determine touch positions.

A floating electrode forms user capacitors with touch lines, increasing capacitance change to improve touch coordinate determination accuracy.

An electronic ink cartridge encapsulates a pressure sensor and core member within a tubular structure to simplify assembly.

Continuous integration with periodic sampling determines mutual capacitance, reducing measurement time while minimizing parasitic capacitance effects.

A batch processing method detects simultaneous multi-finger touches on a user interface to group and process multiple objects together.

Emulation circuit generates reference signal to adjust amplification range, preventing operational voltage from exceeding limits during touch point detection.

A first ground electrode between sensing lines and wires blocks electrostatic discharge, ensuring uniform touch accuracy across the active area.

Segmenting the electrode array reduces capacitive coupling interference from large area touches, improving stylus position accuracy.

A single-handed user interface reconfigures touchscreen components for thumb access.

Selective grid sensor scanning reduces processing time and increases report rate for multi-touch detection.

A capacitive touch detection method segments sensing channels to calculate individual touch strengths and remove common noise influence.

A capacitive sensing device detects capacitance values at reference points using frequency hopping to selectively refresh background signals.

Multi-axis force sensors measure lateral and longitudinal shaft forces to determine precise angle relative to the drawing surface.

An integrated optical navigation sensor combines microlens arrays with beam shaping optics to resolve resolution loss from miniaturization.

Concave portions in substrates hold connecting material to electrically link conductive layers, eliminating circuit boards and narrowing frame width.

Electronic maps enable document-style manipulation including copy, paste, and find-and-replace to resolve limited user interaction capabilities.

Segmented touch electrodes with extended branch portions reduce parasitic capacitance to enhance touch sensitivity in capacitive panels.

Touch sensor panel models display and object noise using touch data to remove interference, improving stylus detection accuracy.

Unified fabrication process merges touch sensor electrodes with display panel structures on a single substrate.

A control method configures a touch display area based on screen change information to respond to target touch operations.

A finger-mounted stylus tool features an ejectable tip mechanism for capacitive screen interaction and surface contact.

A disambiguation system generates text permutations from reduced keyboard inputs to suggest corrected words.

Bidirectional serial link transmitters adjust data rates using start of protocol data unit timing characters to manage receiver buffer fill levels.

Associating modifiable keys with action pages eliminates hierarchical menu navigation, reducing pilot response time for system-generated messages.

A QOS management circuit adjusts command priorities in a FIFO queue to optimize data bus throughput.