Input/Output Processes For Data Processing TRIZ Cases

Auxiliary electrodes on opposing bases connect through conductive adhesive to lower wiring resistance in touch panels.

First polarized patterns eliminate external films, reducing manufacturing costs and boosting yield.

A touch panel sensor detects positional coordinates and barycentric load to calculate individual point forces.

A document image processing apparatus overlays position coordinates on scanned pages to map displayed images to physical plate locations.

A display panel with a middle area groove positions metal layers to stack input sensing components, resolving space conflicts in thin devices.

Touch screen device extracts representative contents between selected items, reducing input operations for efficient content retrieval.

A menu image display means switches selection target images based on stored order to reduce screen clutter.

Segmenting the display area allows a scanner to capture object images locally, preserving existing GUI elements outside the scanned region.

A control unit executes offset calibration on a load detection sensor using position detection data from an input device.

A segmented electronic pen central rod combines a metal pipe and resin part to resolve the trade-off between miniaturization and mechanical strength.

Segmented touch units with row selection lines route signals via shared column readouts, eliminating ghosting while maintaining multi-touch accuracy.

A capacitive sensor matrix combines multiple electrodes into a larger single unit to increase signal amplitude for proximity detection.

Segmented touch controller ASICs calculate coordinates independently without exchanging raw data, reducing computational complexity.

A mouse with a movable upper shell switches button functions via pin connections, eliminating software configuration for left and right handed users.

Adjustable pointing device grip column uses telescopic mechanism and elastic member to resolve ergonomic discomfort from fixed geometry.

A laminated capacitive touch panel uses a bridge structure to insulate electrodes and suppress reverse signals.

A touchscreen interface presents a trim timeline element that allows users to select video duration by moving the representation at a constant scale.

Master IC provides scan parameters to passive touch ICs, eliminating fixed firmware constraints and resolving the ghost phenomenon in larger panels.

Holes in the second area of a folding digitizer reduce mechanical stress during bending, maintaining recognition accuracy.

Folded touch signal lines reduce parasitic capacitance and trace mura by orienting conductors to avoid interfering with liquid crystal molecules.

A touch control structure uses a difference operator to offset noise from sub-electrodes.

A capacitive touch panel integrates first-axis and second-axis conductor assemblies on a single substrate surface to enable dual-axis sensing.

Two-point calibration establishes stable baseline parameters before one-point touch, preventing coordinate shifts during subsequent operations.

Inverse voltage signals on drive electrodes boost signal-to-noise ratio, resolving sensitivity and responsiveness trade-offs.

A low iron glass sheet transmits infrared radiation through total internal reflection to enable touch detection.

Vector subtraction in the frequency domain suppresses phase noise, resolving the trade-off between high sensitivity and insufficient signal-to-noise ratio.

A 3D touch panel merges touch and pressure electrodes on a single substrate plane using insulation structures to prevent electrical interference.

Optimizing covering layer thickness and electrode distance ratios in mutual-capacitance touch screens to control fringe capacitance variations.

A touch sensor system replaces capacitance signals in a detected hand-placing region with nil values to isolate stylus input coordinates.

Ultrasonic transducers detect touch positions via signal reflection times, eliminating resistive films that reduce screen brightness.

A zooming user interface method places new slides by evaluating current viewing window zoom levels against established reference thresholds.

A dynamic touch interface merges weight sensing and tactile control on a single platform.

Integrated signal amplification overcomes attenuation and noise to enable reliable digital data transfer through the touch interface.

A touch driving circuit supplies different levels of compensation voltages to touch electrodes during specific periods.

Touch display panel design relocates electrode lines to non-display regions.

Thread-local output buffers store log entries asynchronously to isolate diagnostic data capture from main code execution paths.

A text-entry device measures key press angles to reject off-center inputs and improve typing accuracy.

A proximity sensor processing system ranks transmitter signals by background interference and switches waveforms to maintain signal integrity.

A digital calendar system implements time-limited sharing, access audits, and private notes to manage user visibility.

Dynamic virtual keys appear near the user's finger click position on a mobile terminal touch screen to enable functional operations.

Segmented support portions fold along a center border for compact storage while magnetic attraction prevents shifts during operation.

Downconverts and aliases active pen signals to enable detection within the operating range of existing processing systems, reducing power consumption.

A touch panel uses an insulating layer with 0.2 to 0.4 μm roughness to prevent wire electrode cracking caused by printing layer step differences.

A processing system drives sensor electrodes with varying voltage signals during non-display update periods to enable capacitive sensing operations.

Segmented touch input processing groups notification dismissal, resolving selection precision trade-offs on limited tablet screen real estate.

A touch electrode layer extends into non-display regions to maintain pattern completeness near special-shaped areas.

An insulative repair line overlaps touch wires to enable laser melting of broken segments, restoring conductivity and improving module yield.

Capacitive sensor electrode pattern uses segmented elliptical shapes to detect input objects on curved surfaces.