Digital Data Processing Details TRIZ Cases

This case uses edge protrusions and two-tone printing to contain adhesive flow and improve foldable display reliability.

An elastic display integrates a sensing layer across island-pattern slits to improve stimulus detection while retaining flexible form.

This case models inclusion size, position, relief, number, and type to predict gem clarity grades consistently.

A ventilator shaft plunges into a computer housing recess to establish direct electrical contact and simplify cooling assembly.

This case adapts menus, windows, and cursors around a display notch to preserve usable area and conserve battery power.

This case analyzes workload and thermal telemetry frequencies to flag unstable fan and CPU thermal control.

Portable modular testing couples high-voltage devices for safer field operation.

A synchronized hinge, lifting plate, and wings support the bendable area when unfolded and create space for it when folded.

Flexible liners retain dielectric coolant in commodity chassis with rigid over-molds.

Segmented metal plate geometry manages filler expansion around an under-panel fingerprint sensor.

Bridge circuits connect CXL and non-CXL ports, enabling multipath routing, congestion management, and reliable scaling.

Anisotropic conductive regions prevent contact failure in large-area LED displays.

A binary gesture classifier keeps the AR camera in low-power mode, activating full hand tracking only when interaction begins.

A 45° polarizer alignment reduces reflection color shifts, blackout, and rainbow mura.

The speaker processes voice when devices are off and delegates it when on, adding visual feedback for correction.

Connection detection switches the system between dock and compute modes, enabling peripheral commands, printing, and firmware updates.

This case uses reversed spring heads and fin structures to protect heat sinks and improve temperature uniformity.

A metal carrier and thermally conductive pads expand heat-dissipation area for mixed-size interface cards, HDDs, and memory modules.

This case uses a state-entry command to shift always-on display duty to a low-power system, reducing wake-ups and extending battery life.

A roller-supported guide member and elastic force create a gentler curvature, reducing cracks during repeated display winding.

Power management monitors SRAM access frequency, gates peripheral power, and isolates data pins for deep retention.

Replica MAC arrays compare voltage levels to detect eDRAM leakage, adapting refresh timing to preserve accurate CIM MAC results.

Operand splitting lets unified computation units preserve precision with fewer hardware resources.

This case distributes binomial noise generation through oblivious transfer to protect individual data in two-party MPC.

Automatic die numbering reduces 3DIC stacking errors without manual labeling.

Openings and variable edge geometry distribute folding stress, helping suppress cracks in the display support substrate.

A central fan and direct airflow over the heat dissipation plate reduce thermal resistance and support thinner notebook construction.

A landscape foldable display reduces data-line resistance while extending the light-emitting element and cover window over pads.

This case uses a film and magnetic protective structure to shield flexible displays from foreign substances during assembly.

A heat dissipation member between dual heating elements uses segmented airflow to limit heat concentration and temperature gaps.

Multiply-add circuits and correction values enable multi-precision matrix multiplication without separate circuits for each format.

Pre-stored audio paths let a sensor processor respond to state changes without main-processor reconfiguration, reducing current use.

Decomposed polynomial coefficients are distributed across memory tiles, enabling parallel FHE processing with less off-chip streaming.

An elastic-sheet piezoelectric cooler generates airflow while limiting ceramic bending, supporting compact, lower-noise electronic cooling.

This engineering case uses an upright wall between the intake port and power supply to preserve airflow while limiting dust.

This case uses complementary binary pulses and differential resistive weights to simplify ADCs and improve accuracy and power efficiency.

This case converts stencil data into inner and outer products for matrix units, reducing redundant vector operations in HPC.

This case uses hierarchical enclaves and interconnected tiles to process decomposed FHE coefficients near DRAM, limiting off-chip transfers.

Synchronous screen and camera movement shares one camera for front and rear imaging without reducing the display area.

A separate interconnect and wake-up logic let peripherals communicate across power domains while the processor sleeps.

Odd and even output channels use separate routing paths to reduce non-display area and line resistance around rounded display edges.

A rollable display uses inclined thickness transitions to balance pen strength, flexibility, visibility, and wrinkle resistance.

Optical proximity sensing replaces stopper-only control to verify movable assembly position and prevent incomplete component exposure.

Application-state signals guide hardware power changes beyond generic DVFS.

A multilayer input sensor uses stacked conductive patterns and insulation layers to balance sensing efficiency with display quality.

A dedicated colour layer creates a hidden message effect, separates symbol geometry from colour matching, and supports flexible, multicolour displays.

Two-way speakers use side and bottom openings plus tailored sound paths to maintain landscape audio and improve low- and high-band quality.

Confidence thresholds classify wake-up events and false wakes, enabling scalable monitoring for voice-device evaluation.

A deformable bonding layer and multiple cover layers diffuse impact, improving substrate protection and folding rigidity.

This case uses mixed-material TFTs, one etch mask, and low-resistance electrodes to improve flexible display panel reliability.