Input/Output Processes For Data Processing TRIZ Cases

A touch sensing system merges capacitance lines and a loop antenna to reduce calculation overhead while detecting pen pressure through resonance signals.

An image forming apparatus inserts unprinted pages between document sections to maintain facing page alignment during duplex printing.

A rod-shaped core body transmits signals through a piston spring mechanism that absorbs excessive pen pressure.

An optical sensor detects display depression through reflection changes, filtering contaminants to prevent false touches.

An avionics touch panel deactivation system interrupts controller connections via an isolation switch to prevent EMI-induced false actuation.

Forming patterns on a flat base before cutting and shaping reduces production costs while enabling complex three-dimensional touchscreen designs.

A portable terminal touch panel detects user input near physical keys to prevent unintended key presses during display operation.

SCSI initiator encapsulates Serial Management Protocol requests within standard SCSI commands for seamless storage system integration.

Tactile features on a waveguide surface reduce friction while anti-reflective layers minimize light reflections.

Reducing electrode pitch at panel edges resolves poor coordinate detection accuracy caused by uniform spacing in standard designs.

Local protrusions on the first insulating layer enhance color filter adhesion, preventing delamination during low-temperature processing.

Auxiliary controller asserts test area states to validate touch coordinates against expected signals.

A stylus uses variable voltage to generate color signals for display traces.

Free-propagating acoustic signals detect touch inputs without reflectors, reducing manufacturing costs and external noise interference.

Parallel first and second capacitances increase total variation by over 50%, resolving low-pressure detection sensitivity issues.

A touch screen display system matches images to time information and accepts swipe gestures to change the displayed date or time.

A hierarchical touch region structure identifies child regions to process contacts, resolving selection accuracy issues caused by small user interface objects.

Dynamic threshold adjustment for diagonal touch detection prevents ghost touches when switching between SNS and normal electrode patterns.

Aligning hierarchical nodes vertically reduces comprehension time by clarifying positional relationships.

Strategic gap positioning avoids green color resist bars to reduce light reflection defects, improving display quality under high backlight intensity.

A touch screen sensor uses a three-wire intersection mode to enhance light transmittance while maintaining touch performance.

A frequency multiplexed optical touchscreen detects touch events using modulated light sources and receivers.

Dynamic floating thumbnails enlarge display areas and enable direct interaction to resolve poor visibility in small static previews.

A media menu interface arranges item abstractions in foreground and background positions to create a multidimensional navigation path.

A flexible screen detects flexion by measuring luminous amplitude changes in light beams reflected within the transparent substrate.

A touch sensor routes wires on stacked substrates to prevent capacitive coupling in circular outlines.

Gesture recognition merges special character entry into the primary keyboard interface, eliminating time loss from switching between separate input modes.

A continuous-variable input element determines an exponential curve function to customize touch pressure sensitivity.

Integrated touch sensor electrodes merge with display pixel structures to increase mutual capacitance for improved signal detection.

A touchscreen interface generates virtual contact points around user input to identify intended graphical user interfaces with high precision.

Asymmetric detection region aligns with natural finger contact angle to resolve boundary distinction errors in compact GUI layouts.

Alternating organic and inorganic layers shield metallic wires on touch substrates against corrosion in high temperature and humidity environments.

A unified image selection screen merges favorite, printed, and non-printed groups into one view.

A touch panel device executes processes by mapping selection operations to specific instructions stored in a correspondence table.

A processor-based system switches control of a displayed object between distinct touch inputs to maintain continuous movement across the screen.

Graphical user interface displays a carousel representation with rack slot status indicators for slide scanning systems.

A controller generates output signals from multiple force sensors using adaptive algorithms to suppress mechanical crosstalk.

A touchscreen sensor expands its detection area after identifying a linear trajectory to improve subsequent touch operation accuracy.

Active stylus uses phase-shift keying to transmit reports over electrostatic channels, reducing bandwidth constraints and transmission errors.

Dual dummy electrodes with varying resistance values discharge static charges, preventing electrostatic damage to the sensor circuit.

A touch layer group uses a peripheral shielding line to separate adjacent electrodes.

A touch input system classifies finger movements using preliminary detection modules to distinguish pointer actions from scroll gestures.

A display device with touch detection function adjusts drive signal frequency to isolate disturbance noise during operation.

A touch processing system distinguishes valid inputs from invalid edge touches by associating coordinates with displayed objects.

Shared electrodes detect contact and contactless events simultaneously, reducing volume and manufacturing cost compared to separate modules.

A touch screen adjusts object size by detecting relative moving directions of user gestures to enable dynamic resizing.

Segmenting the delay chain into independent primary and secondary units manages variable signal timing while reducing layout area in memory buffer designs.

A touch-based tracking system fuses human gestures with sensor data via a Bayesian algorithm.