Digital Data Processing Details TRIZ Cases

Backplane openings and capped air channels keep cooling paths active while individual compute nodes are withdrawn for maintenance.

Static display settings drain battery power; EDID-based reconfiguration adjusts display modes without system restarts.

A fingerprint assembly combines click input with device-attitude sensing to trigger preset functions without extra auxiliary keys.

Application-aware scan-rate switching balances gesture-following performance with unnecessary touch-panel power consumption.

Uneven loop spacing and segmented wiring help a folding digitizer prevent unrecognized areas while reducing cracks during display bending.

Variable-resolution raster files can waste precursor area and extend imaging; time-based layout planning improves space use and imaging efficiency.

Positioning features and a support plate reinforce GPU liquid cooling during installation while reducing server chassis space.

This case shows how serial memory cell strings sum charge packets for dense matrix-vector multiplication without sensing output currents.

An eUSB repeater converts HS signals for FS/LS peripherals, avoiding speed-mode switching that adds power use and circuit complexity.

Air-cooled hash boards face uneven chip temperatures; column-matched heat spreaders and inlet-to-outlet chip density improve thermal uniformity.

An RNN predicts network traffic so processor frequencies match demand, reducing power consumption and packet drops.

Fixed airflow channels cannot match changing heat loads; movable parts expand or contract the air inlet to tune cooling.

Neural-network workloads switch between high- and low-precision GPU components to address SIMT limits and improve processing efficiency.

Alternating full-height and reduced-height fin elements preserve open airflow channels when dust fibers collect, sustaining heat transfer.

Magnetically coupled attachment, integrated stylus storage, and Hall-sensor detection help prevent accidental activation while protecting the reader.

A differently shaped protective-sheet opening limits sensor overlap caused by display-layer slips and manufacturing tolerances.

A reconfigurable grip, kickstand, and physical controls help portable-device users operate cameras like traditional cameras.

A metal support frame cushions glass housing panels and edges, improving shock resistance while preserving antenna-compatible device styling.

Positive feedback creates bistable memory states for XNOR synapses, cutting data movement in binarized neural MAC operations.

A bonded metal-and-nonmetal housing uses reinforcing structures to enlarge contact areas and improve impact resistance at heterogeneous interfaces.

A protective layer covers curved glass-plate edges to block light leakage, strengthen the structure, and preserve surface quality.

A film adhered across both display surfaces and around the panel edge contains glass fragments after impact.

An internal fan draws air through the facial interface to cool the user’s face and dissipate heat from head-mounted display components.

Stress in foldable display bezels is addressed by enlarging GIP blocks only in the folding area, with longer TFTs and wider lines.

See how inclined flow-guiding surfaces redirect inlet air around heat sinks to limit dust deposition, stabilize chip temperatures, and reduce system noise.

A rear sound emission hole in the first housing supports calls and audio playback when folded while adjusting internal pressure without a separate structure.

Low-wipe high-speed connectors can suffer incomplete mating from board tolerances; a support element stabilizes daughter boards for consistent contact.

Carveouts expose processor lights and connectors while aligning a cooling device, improving condition visibility and reducing PCB footprint.

A channel, retaining aperture, and second opening help remove broken cover tips while preserving computing-port protection.

Thin-film signal and dummy patterns let a stylus-sensing input module preserve waterproofing while reducing module weight.

EEG measurements and machine learning assess brain abnormalities and severity, then generate personalized stimulation protocols.

An out-of-band BMC monitors CPU temperature and enters hibernation before overheating triggers power-off, helping preserve data integrity.

A modular hinge mounts an auxiliary laptop display on the primary screen backplane, expanding information density without significantly increasing thickness.

A flexible cover layer combines self-healing material and elastomer regions to support bending while repairing scratches and dents.

Replacing trust anchors in intercepted binaries enables encrypted-traffic inspection without pre-installed host certificates.

Coordinate correction uses pen intensity and hover position to improve tracking accuracy across deformable display hinge areas.

Anti-crack blocks and retaining walls protect flexible display corners, while extended polarizer and adhesive layers help limit bending-related failures.

Dynamic activation-area changes can overlap application UI elements; responsive layout adjustment preserves readability during slide-in transitions.

A future-load predictor sets each bus lane’s power state before burst transfers, reducing activation latency and power use.

Binary quantization, XNOR convolution, and residual blocks reduce neural-network model size and operation time while maintaining performance.

S-shaped flexible members stay nested in hinge channels to support 360-degree dual-display rotation without protrusion or slack.

Capillary strips, inner layers, and flexible casings address poor thermal conductivity in foldable electronic devices.

A hollow rotating shaft nests the PCB and winds the flexible cable outside the display panel to reduce overlap and set size.

Device rotation can misalign a stylus pointer when the screen orientation is fixed; adaptive coordinate mapping keeps pointer movement aligned.

Interconnected channels in the cooling module and fin set create dual fluid paths that improve heat exchange for immersed servers.

Repeated folding can damage display structures; aramid or carbon-and-glass fibers add support-layer strength while the digitizer remains beneath the panel.

Tokenizing coded data records and screening future patterns enables early anomaly prediction with fewer resource-intensive procedures.

Curved hinged retainers and an internal lock claw secure hard disk drives while simplifying attachment and detachment.

A diode channel uses positive feedback to combine memory and logic, reducing data-movement energy in binarized neural MACs.

An optimization controller monitors temperature and fan speed to assign EcoQoS levels, improving energy use without user intervention.