Static Indicating Devices TRIZ Cases

Bending non-control regions within the display lattice suppresses 3D moiré and crosstalk while maintaining luminance smoothness across viewing directions.

A drive circuit scanning control sequence coordinates vertical transitions across adjacent display regions to maintain image continuity.

A power supply uses a switch unit to select between internal and external feedback voltages for dynamic output control.

A heat generation sheet between the backlight unit and bottom cover increases liquid crystal panel surface temperature.

Coordinated backlight color control adjusts spectral intensity to resolve the trade-off between brightness and power consumption in liquid crystal displays.

A controller adjusts display panel voltage levels to optimize power consumption across operational modes.

Independent gate and source drivers feed an AMLCD panel from opposite directions, ensuring full data integrity when one driver pair fails.

Adding a third conducting layer boosts gate capacitance in flexible displays, resolving low pixel density limits from reduced substrate capacitance.

Color filter substrate hosts gate driver circuits overlapping array fanout areas to compress display panel frame width.

Dynamic power voltage adjustment compensates for luminance degradation and temperature variations by measuring output current to optimize energy efficiency.

A semiconductor driver circuit uses a capacitor to maintain gate potential for stable signal transitions.

Through holes in flexible substrate connect front and back GOA circuits, reducing routing area to enable borderless displays.

A source driver adjusts gamma voltages based on drive frequency to maintain consistent optical characteristics.

Dual storage capacitors extend charge accumulation range, preventing electrical curve shifts in amplifying thin film transistors.

Detecting voltage differences across parallel light-emitting stages allows a current compensator to limit maximum current flow and reduce hot-spots.

Dummy contact holes bridge density gaps between display and peripheral areas, reducing connecting wire length and preventing formation defects.

A liquid crystal display control unit stores voltage setting values to minimize luminance variation across the screen.

Pixel circuit uses a time-shared signal line to load data and detect threshold voltage drifts for external compensation.

Voltage transmitting circuit forwards output voltage from first GOA stage to second stage input.

Merging light emission control signals across adjacent subpixels shrinks the bezel region while preventing data voltage short-circuits.

A method estimates ambient light by projecting detected light vectors onto known RGB vectors to isolate the ambient component from total sensor readings.

A fill-in light unit positioned between the backlight and an optical device reduces brightness differences across the transmission path.

Independent gate driver timings for odd and even pixel columns eliminate external software synthesis, enhancing hardware compatibility and display efficiency.

A display device reduces flickering by controlling drive transistor voltages during initialization and light emission periods.

Asymmetric light blocking elements in a display panel restrict viewing angles to protect privacy without reducing pixel resolution.

Different curvature connection lines on separate layers bypass the transmission area, enabling sensor integration while minimizing wiring footprint.

A grating with independently controllable units switches between light penetration and blocking states to adapt optical constants.

Integrated control circuit generates enable signal for power chip to drive light emitting components, eliminating separate production jigs and wiring.

A display device applies a reset potential to the OLED anode before main power activation.

A bistable circuit module rapidly switches the gate potential of a driving transistor to control light emission timing.

Delaying anode voltage reset in OLED pixel circuits synchronizes emission with data programming, eliminating motion blur at low luminance.

A sealed display apparatus uses segmented chambers and blower fans to circulate gas for heat dissipation.

Segmented gate line driving circuits with distributed output units suppress abnormal operations when lines are cut to form non-rectangular panels.

Placing driver ICs on virtual areas reduces pixel distance while maintaining reliability through redundant diode replacement and protective layers.

A controller alters pulse output order and divides signals to manage display timing.

Segmenting drive functions across two transistors with periodic action reduces aging effects and stabilizes threshold voltage for high-resolution displays.

Vertical synchronization signal filter selects stable timing to maintain constant pulse width modulation duty ratio in liquid crystal display backlight drivers.

Segmenting the LED array into independently tested modules reduces assembly time and prevents circuit board warping from uneven stress.

A head mounted display processor generates a synchronized field of view by receiving orientation data from a master device.

Segmented pixel electrodes with 15 to 30 degree angles enhance transmittance and reduce power consumption by strengthening electric field intensity.

Stacked metal wire layers overlap in gap regions to enhance light transmittance through the display panel substrate.

Decomposing luminance correction data into frequency components and removing specific bands reduces storage requirements while maintaining display uniformity.

Moving control transistors to pad regions shrinks chip size while maintaining output pitch for easier display panel mounting.

Precharging source lines and discretely adjusting common voltage reduces average current consumption during display driving.

A force touch structure uses a phosphorescent layer and light sensor to detect applied pressure via emitted light intensity changes.

Edge illuminators illuminate pixel-free borders with flexible substrates, reducing bulk and improving device aesthetics.

An oscillation frequency control system adjusts display driver oscillator frequencies to prevent harmonic interference with communication components.

A display panel employs a segmented grating layer to resolve the trade-off between dual-mode versatility and structural complexity.

Segmented scanning drive circuits balance signal waveforms across non-rectangular organic EL displays.