Coupling Device Connections TRIZ Cases

Detachable sensor patches and synchronized wireless electronics improve real-time cardiac monitoring accuracy while keeping long-term wear comfortable.

A split-ground PCB uses a capacitor between ground patterns to shunt connector noise away from IC reference ground and prevent malfunction.

A dual-cure conductive adhesive links display and board pads while preventing short-circuits at reduced pad pitch.

Vertical board interconnection via cable assemblies cuts insertion loss and power use in backplane-free network hardware.

An inertial sensor and processor built into a weather-protected 7-pin trailer socket enable external brake control with simpler wiring and reliable signal detection.

A recessed substrate layout removes via holes from high-speed signal paths, reducing EMI and reflections while improving signal integrity.

A leading guide surface aligns plug-in modules during blind chassis insertion and shields connectors from housing damage.

A stacked EMC filter PCB between inverter power and control boards blocks noise from output to input while limiting size and cost growth.

Alternating flat and round cable regions enables adjustable conductor spacing, reliable welding, and lower short-circuit risk.

Point-contact wing interference in slide grooves keeps the insertion needle aligned and stable, reducing oblique entry and host discomfort.

An external AC-to-DC adapter powers low to moderate electronics while removing internal power supply complexity and certification burden.

A curved through-hole and ribbed press-fit bus bar eliminate welding, reduce foreign matter, and improve holder retention in EPS assembly.

Mechanical lug isolation lets a supply-side interconnect adapter add solar power to existing distribution boards with fewer installation visits.

Flexible flat cable connectors absorb thermal expansion misalignment in display light source boards, cutting connector cost and size.

A C-shaped coupling member sandwiches adjacent terminal block walls to prevent vibration loosening and keep electrical coupling reliable.

Resilient spring elements center the conductor film so connector blades fully penetrate the conductor without cutting into edge insulation.

Adjustable plugs let adjacent luminaires connect mechanically and electrically with easier assembly, fewer rail parts, and tolerance compensation.

A depression mechanism stabilizes the socket link end under high pin reaction force, enabling uniform pressing and reliable electrical contact.

A lateral rotary structure replaces the sliding cover, enabling multi-gear switching and avoiding foreign-matter blockage in filament lamps.

A separated frame-ground layout and connector terminal placement cut common-mode noise leakage and improve EMC without unstable ground paths.

A sealed joint and closure-strip busway design enables plug access anywhere along the run while maintaining NEMA 3X dust and liquid protection.

Dual-plane electrodes enable relay and redundant sensing to extend analyte sensor service life and improve detection reliability.

Separating board transmission paths from a localized conductive member suppresses resonance while keeping adapter outer conductors at equal potential.