Digital Data Processing Details TRIZ Cases

A flexible PCB ring layout packs sensing, wireless links, charging windows, and biometric functions into a comfortable wearable.

Elastic extending portions lock an ECU case into a bracket gap, preventing accidental detachment under unexpected external force.

A form-fit magnetic dock secures a tablet on medical imaging housing while enabling reliable contact charging and easy removal.

A delayed shutdown sequence moves stages, slides, and racks to known positions before power loss, avoiding manual reset after restart.

A CPLD keeps control power alive while shutting down chipset and target-component rails to maximize deep-sleep power savings.

Rotating segmented annular magnets varies magnetic and shear force without coils, enabling compact magnetic connections with easier release.

Dielectric liquid circulates vertically across submerged servers, cutting cooling energy while a heat exchanger removes heat efficiently.

Flexible skirts, gaskets, and membranes block dust and liquid from keyboard mechanisms while preserving key movement and reliability.

Multi-layer annular metal bezels increase middle-frame stiffness while balancing weight through different-density metals and hot forging.

An SMA actuator lifts the heat sink and TIM for safe module insertion, then restores full thermal contact for dense computing cooling.

A push-lock coupler joins square and round cooling lines without tools, cutting maintenance time while keeping a compact, leak-proof interface.

A cantilevered maintenance bypass cabinet shares UPS rack space while preserving airflow paths to prevent overheating during maintenance.

Periodic battery temperature checks trigger wake-up signals only when needed, reducing thermal management energy use while protecting cell quality.

Flexible PCB modules and a nested ring housing reduce bulk while preserving sensing, charging, and wireless functions for comfortable extended wear.

A main circuit and multiple basic circuits split neural network workloads and convert floating-point data to cut computation and power use.

An open power switch blocks battery drain before deployment, then a latch keeps sensor components powered once the assembly is in use.

A fluorene-based organometallic phosphorescent dopant raises OLED luminance and efficiency while extending lifespan through tuned HOMO/LUMO levels.

Stacked emitting units with charge generation layers and Cd-tuned quantum dots sustain photoluminescence while improving luminance and light extraction.

A vehicle USB-C dock for PoC radios uses secure alignment, locking, and active cooling to maintain stable charging and communication.

Segmented flow adjusters inside the tank correct uneven coolant speed near the outlet, preventing server hotspots and stabilizing heat dissipation.

Alternating cam projections on different radii spread sliding wear, helping opening mechanisms retain torque and reduce rattling over time.

A stable encapsulation and thin coupling layer improve acoustic contact between an ultrasonic transducer and metallic casings for accurate touch detection.

Tapes placed around the battery leave an FPCB gap that preserves battery size while preventing shorts in compact electronic assemblies.

A non-conductive member in the hinge area separates the FPCB from metal housing to cut EMI while preserving compact component layout.

Bridge parts connect spaced panel sections to keep bending curvature uniform, shrink bezel width, and reduce film-to-board attachment deviation.

A MoS2 ferroelectric layer generates random current at the same voltage, enabling simpler true random number generation for secure IoT hardware.