Digital Data Processing Details TRIZ Cases

Distributed storage partitions learned AI parameters, enabling secure auxiliary information without exposing the complete intelligence.

This case replaces analog CIM with column counters, an adder, and an accumulator for accurate, energy-efficient edge computation.

A layered cushion and heat radiation structure protects image quality during sensor embedding and supports bezel reduction.

A segmented bending member and locking jaw keep the flexible display aligned during pull-in and pull-out, reducing birdcaging risk.

Adaptive block floating-point and noise-aware training improve analog ML precision.

A touch control chip detects finger-to-palm changes and sends reset packets so successive touch operations are recognized correctly.

This case uses primary and secondary current targets to balance fast flash-cell programming with precise threshold-voltage control.

Controlled adhesive modulus improves impact resistance during repeated display folding.

A hinged shade panel folds flat on a smartphone case, blocks display glare, and uses a sliding cover to preserve camera access.

Alternating plate thickness and lattice openings support smooth flexible-display expansion.

A warehouse server sorts orders by shipment and location, then assigns groups one-to-one to robots for simultaneous picking.

A controller assigns bit positions across time slots, letting one axon, synaptic, and neuron circuit process multi-bit operations.

Variable-thickness support bars and layered materials reinforce rollable displays while preserving flexibility and surface quality.

A framework ranks similar ML models, stores workload data, and recommends hardware changes to improve energy-efficiency comparisons.

A segmented gasket with radial protrusions improves groove retention, lowers removal friction, and supports uniform water-stopping contact.

Value vertices and indexed edges enable targeted searches, wildcard matching, and layered encryption in directed property graphs.

Distributed power management members help memory devices share power and respond quickly during high-power operation.

Input history selection holds unused portions steady, cutting dynamic lookup power while preserving prediction accuracy.

Separation walls guide dual blower airflow without mixing, supporting stable, uniform heat-sink cooling in compact electronics.

This case uses reliability feedback and workload demand to switch PCIe generations and lane width for dependable, lower-power bandwidth.

This case combines fan-housing conduction, heat pipes, and airflow to limit radio-module heat and chassis temperature.

This cooling module aligns fin mountain portions with heat pipes to increase exhaust airflow without sacrificing heat transfer efficiency.

State-based black screening limits light leakage and preserves foldable display area.

This case uses join-aware dimension subqueries and guided field feedback to analyze multi-fact data models.

A fluid-filled cooling channel and conductive ribs manage storage heat while supporting SNIA SFF-TA-1008 dimensions.

Alternating comb teeth stabilize a flexible display during sliding, reducing friction and thickness while limiting sagging.

Continuous-time Gaussian processes and Brownian motion adapt user and item models to streaming concept shifts and new entities.

Sensors trigger MCU deletion of TPM-generated random bytes during case tampering, causing secure boot to fail even while powered off.

A virtual display maps interfaces between screens and resizes application containers to prevent truncation or overlap.

A heat dissipation device uses fixing and protruding contacts around an IC opening to block electromagnetic noise leakage.

A quantizer stores low-precision AI data while preserving high-precision intermediate computation, reducing memory and power demands.

Capacitive and electromagnetic sensing layers use insulation interfaces to improve efficiency, uniform sensitivity, and display quality.

A memory controller writes reduced-power modes to a register, limiting unnecessary operations while preserving normal access when needed.

This compute engine uses configurable VMUs and combiners to support mixed weight lengths without deactivating hardware.

Synchronous rotating members and sliding channels adjust bending radius during folding to reduce flexible-screen stress and creasing.

Low-reflectance adhesives, low-modulus optical layers, spacers, and polarizers mitigate fingerprint sensor marks beneath displays.

A modular detector analyzes voltage and periodicity to identify wired signal presence and type for responsive low-power wake-up.

Series-connected cooling plates simplify server piping and centralize heat dissipation.

This cold-plate solution guides leaked coolant into a reservoir, protecting working components and preserving time for safe server shutdown.

A unified input structure combines touch sensing, strain measurement, and dome switching to support varied phone controls.

Stacked conductive layers and insulation help bendable displays reduce dead space while limiting static electricity inflow.

Camera cool-off time follows event duration, helping PIR sensors recover from heat-induced sensitivity shifts without excessive downtime.

A secondary display supports notifications while state switching limits scanner eye exposure.

A compressed elastic part and guide pole extend a mobile terminal frame without a motor, reducing bulk and noise during display movement.

This portable device cover uses recessed areas and magnetic closure to protect protruding joysticks without hindering opening.

A controllable magnetic assembly secures the display module while enabling stable, damage-free removal and replacement.

A detection pin switches slot power only when a card is inserted, reducing ESD risk and enabling reset after reading faults.

A segmented structural member uses buckle pieces to prevent automatic opening and retain stable folding states in flexible displays.

Curved edges and controlled adhesive placement protect the display panel while enabling compact fingerprint sensor integration.

This case places an optical fingerprint module beneath the display and uses high-transmittance adhesive to preserve light detection.