Digital Data Processing Details TRIZ Cases

Segmented frame parts, elastic members, and a thicker fixing body help a full-area touch panel deliver more uniform pressing feedback.

Non-parallel extension segments increase contact area and guide airflow to improve cooling of electronic components.

Periodic one-on one-off control of secondary screen GOA and EOA keeps foldable displays visually consistent and avoids white screen flashing.

A network adapter compares incoming graphic frames and blocks unchanged portions, keeping display updates while letting the processor stay low power.

Maps real light sources into virtual space so wearable AR/VR displays keep virtual object lighting coherent across mode changes.

Adaptive Vsync scheduling cuts rendering load for low-priority foreground apps while preserving smooth display in focus windows.

Spaced openings in a semi-transmissive surface layer improve display contrast and image clarity while masking visible hole-like openings.

Ohmic cover-layer heating warms foldable displays before bending, reducing stiffness, smoothing wrinkles, and preventing low-temperature damage.

Face direction is combined with gravity sensing to keep screen orientation correct during side-lying use while limiting camera power draw.

An offset light sensing element within a pixel layout avoids connection-line overlap, reducing interference and preserving clear signal paths.

Shared sign-extension carry logic cuts logic count and carry delay in bit-width-mismatched accumulators for DCIM and ML workloads.

Grouping equal-weight vector bits into shared partial product rows cuts dot product hardware area and delay while preserving accurate computation.

Two multiplexers let SIMD FMA units handle complex vector multiply and fused multiply-add with fewer shuffle steps and lower register overhead.

Visual azimuth and elevation indicators guide handheld device orientation to improve satellite link setup where terrestrial networks are unavailable.

Control logic reconfigures one processing-element array for matrix multiply, 1x1, and 3x3 convolution to cut overhead and power.

Overlapping hinge protrusions and connecting bodies stabilize foldable housings while preserving compact hinge space and smooth display deployment.

Tile-based sort indexing handles larger matrices with fewer instructions by generating index values and reordering vector elements more efficiently.

A tapered display through-hole creates rear-side clearance for sensor and component slip, reducing interference without shrinking display area.

Row and column rearrangement converts mismatched sparsity patterns so one matrix accelerator can cut latency and resource use across ML workloads.

A floating notification enables split-screen, floating window, or floating ball switching between apps to cut return time and improve operation efficiency.

A spiral guide and interlocking gears roll the flexible display into the housing, freeing component mounting space in slide-in states.

Neutral-layer positioning through base film and support sheet tuning helps stop encapsulation and light-emitting layer separation during folding.

Tilted sub-pixel clusters, reduced density, and a black mask cut diffraction in the UDC area while preserving display function.

Outer-product matrix multiplication cuts memory bandwidth and cache misses in affine transformation hardware while supporting parallel block processing.

Shared base weights with low-rank expert updates cut MoE training cost and memory use while preserving multiclass classification performance.

Segmented lookup tables and bit-arranged indexing replace recursive approximation to keep floating-point math accurate on parallel cores.

Switching connections, clutch members, and linkages let a foldable phone hinge rotate past 180° for inward and outward folding.

Spring-loaded magnetic pins speed rectangular device assembly while hiding fasteners, resisting tampering, and preventing rattle.

Dynamic saturation detection in a CIM array cuts capacitor and ADC cost for sparse matrix multiplication while maintaining accuracy.

Moves retained cloud snapshots from primary to archival storage using compression and updated-block handling to cut costs without losing access.

A dual-circuit wake word detector cuts power use by letting a low-power circuit screen audio while a high-performance circuit verifies and retrains it.

A clipped front port dongle separates USB, LAN, and video connections while guarding the slam latch to avoid accidental server removal.

Thickness and modulus tuning shifts the neutral layer to compress the OLED interface and prevent encapsulation lift-off during repeated folding.

A photolithographic shading layer around the camera through hole blocks light leakage while keeping the non-display area and frame width small.

Alternating inorganic and organic encapsulation layers block moisture while limiting stress and cracking in bent display regions.

Power-profile-based coolant temperature and flow adjustment keeps peak junction temperature within limits while cutting cooling energy waste.

A ductile support layer behind the bendable screen improves touch sensitivity, adds strength, and prevents fold protrusions.

A roller and control unit turn a rollable screen toward detected users, enabling multi-direction output and adaptive UI sizing.

A shared UART and DMA log buffer replaces separate sub-OS drivers and buffers, simplifying multi-OS log handling and output.

Shifted value localization boosts value-cache hits in neural network inference, cutting redundant multiplications, power use, and memory strain on edge devices.

An integrated holder replaces screw-fastened display parts to cut assembly steps, limit deformation, and reduce thickness and bezel size.

A bendable support and flexible electrical link keep components clear of sliding gaps, preserving external function and reducing sound leaks.

By relocating the interface component behind the circuit board, this layout frees cavity space for drive-board components in thinner foldable devices.

Sensor fusion detects a wrist turn to open a preset QR code page instantly, cutting app navigation steps and display time.

Conductive balls moving between inner and outer rollers tune resonance length to cut PCB EMI while preserving smooth rolled-state image display.

Locating-pin heat spreaders align PCB and power boards in a compact stack, improving thermal conduction while simplifying wireless device assembly.

A removable memory in the base unit keeps the device address during head replacement, enabling quick reconfiguration without tools or conversion tables.

A removable-joint heat exchange plate switches between immersion and air tests while limiting coolant loss and improving bubble-driven heat transfer.

Separate high-speed and low-power PHY paths let dormant display panels receive data while the main bus and processor idle to save battery power.