Static Indicating Devices TRIZ Cases

A linear digital-analog converter in an LCD column driver receives pre-calculated voltages from a timing controller lookup table.

A pixel circuit structure manages transistor states during non-emission periods to perform threshold voltage compensation.

A display driving circuit system uses a comparison unit to determine target cathode voltage values from partition statistics.

Compensating data generator senses driving currents to calculate over driving data, resolving insufficient charging time and decreased luminance.

Segmented OLED displays use distinct switching and driving thin film transistors to maintain low off current and high mobility, preventing image sticking.

A liquid crystal display device switches between ordinary and intermittent driving modes to lower circuit energy usage.

Dummy thin-film transistors in the non-display area mimic switching elements to verify electrical integrity under mechanical stress.

A vehicular advertisement device uses gas guide units to cool display screens mounted on vehicle frames.

Dummy pixels measure deterioration to adjust brightness in low-density regions, resolving uneven wear without adding visible structures.

An electrode layer structure with a shielding portion overlapping signal lines reduces electrical interference and enhances image quality.

A compensation apparatus adjusts OLED gray-scale data using time-dependent parameter sets to maintain display uniformity.

A display driving method reduces vertical resolution by processing output image data and applying gate-on voltage pulses to adjacent gate lines.

Segmenting the scan driver into opposing stages reduces output deviations and luminance issues caused by increased clock load on large display panels.

Protrusion on injection port prevents liquid crystal leakage, maintaining light-guiding properties and display quality.

Gate bridges link segmented scan lines to pixels via a zigzag layout that positions data lines between pixel pairs, reducing parasitic capacitance coupling.

A flat panel display design transfers back bias voltage to a conductive substrate through an exposed area and metal member.

Layered scan lines shield parasitic capacitance to reduce RC delay in large organic light-emitting displays.

A memory-in-pixel circuit manages liquid crystal and storage capacitors through dedicated switch units to enable dynamic and static display stages.

Adjusts gate signal timing to maintain constant anode voltage, eliminating luminance inversion and gamma breakdown in low gray level images.

A display panel with a recessed first edge forms a notch to accommodate devices while maintaining uniform line arrangement.

Alternating dual TFTs reduce threshold voltage drift accumulation, ensuring uniform luminance and extending display panel lifetime.

A display driving integrated circuit generates internal synchronization signals by dynamically updating a delay value based on phase relationships.

Combining eye-specific video streams reduces extraneous radiation by lowering LED driver frequency while maintaining high-quality 3D contrast.

Switching elements increase current through display data lines to charge pixels faster, reducing RC delay effects that prevent complete image display.

A CMOS circuit uses p-type LTPS and n-type oxide TFTs to manage voltage levels in shift register output stages.

A display device senses driving current to calculate compensation factors for threshold voltage and electron mobility.

A capacitance touch sensor uses timing-based signal detection to eliminate image-signal noise without a shield layer.

Overlapping field driving compensates transistor threshold variations in organic EL displays, reducing power consumption while improving display uniformity.

Merging common and touch electrodes eliminates parasitic capacitance, reducing panel thickness while improving light transmittance.

A display semiconductor layer incorporates a P-N junction area to convert external light into electrical charges for device operation.

Force sensors detect stretching length to switch an electrochromic layer, maintaining consistent display brightness across flexible connection lines.

Orthogonal channel disposition minimizes display defects by preventing short-circuits between sensing and data lines.

A split shift register unit maintains signal output levels through dedicated far end pull-down modules.

A display driver controls pixel elements through multiple illumination periods within a single frame cycle to maintain visual stability.

A pixel driving circuit applies reverse voltage to an OLED cathode using existing scanning signals.

A sensor driver separates sensing signals into valid and noise components to calculate precise input coordinates.

Asymmetric light blocking film widths between subpixels reduce color mixing while maintaining numerical aperture and brightness.

Segmented electrode branches increase aperture ratio and storage capacitance to reduce response time in display panels.

A demultiplexer defect detecting device applies DC voltages through controlled switches to identify line shorts.

Stacked MoOx layers suppress external light reflection on signal wires, improving display contrast and clarity.

Alternating data line connections reduce scan lines to enable narrow bezel designs while maintaining high resolution.

An OLED display apparatus encodes data into imperceptible light flickering patterns for visible light communication.

Monitoring means detect short-circuits in organic EL devices, cutting current supply to prevent Joule heat ignition.

A circular light reduction unit with varying transmittance regions covers bright point defects in liquid crystal displays.

A display device stacks a circuit unit between a drive element and a first substrate to reduce peripheral region surface area.

A bandwidth enhancement method uses band pass filters to generate binocular rivalry between left and right eye images.

Matrix electrode charge signals compare against stored values to verify display state, eliminating complex camera systems and preserving light transmittance.

A display device recalculates scanning and pause frame counts to maintain voltage polarity balance during operation.

A pixel circuit reset mechanism applies off-voltage and initialization voltage to drive transistors during refresh periods.