Electrically Conductive Connections TRIZ Cases

A flexible multi-layered bus bar uses aluminum and copper layers to reduce vehicle weight while maintaining electrical conductivity.

Direct soldering of isolated components creates integrated 3D modules that break 2D PCB size limits.

An intermediary socket connects universal base terminals to modular protective plugs for impedance-neutral circuit operations.

Rib structures guide signal modules and metal shielding elements, preventing misalignment from reacting forces to ensure stable connection.

A semiconductor electrode pad with a recessed thin portion allows insulating resin to flow and reduce protection film side wall height.

Offset elastic arms and a spring device simplify manufacturing while ensuring stable electrical connections between upper and lower pins.

Grid stand-offs distribute horizontal forces to prevent passageway side-wall damage during connector engagement.

Segmented wire harness intermediate member reduces fabrication complexity and improves handling efficiency.

A structured frame with aligned holes houses coaxial cable ends to ensure precise signal conductor alignment and electrical connectivity.

Deflectable chuck segments distribute compressive force to prevent cable jacket damage while accommodating various diameters with a single modular design.

Inclined stoppers prevent damage from wrong insertion while maintaining simple manufacturing.

A connector system uses a cantilever shorting member with contact points arranged perpendicular to the fitting direction.

Half-pipe chimneys in H-shaped housing side panels circulate hot air upward, lowering conductor temperature without adding copper weight.

A tapered projecting part on a wiring substrate prevents plating on side surfaces to resolve inconsistent bonding strengths.

Terminal interconnects with controlled resistance limit electrostatic discharge noise currents in wiring substrates.

A modular cable termination device combines generic and specific components to accommodate multiple cable types.

Angled mold faces arrange electronic wires in multiple rows to reduce the distal end width of multi-core cables while maintaining connection strength.

Curved ferrite paths lengthen the suppression route to reduce high-frequency noise without increasing connector bulk.

Ground shield with projections contacts column ground contacts to electrically common grounds and shift resonant frequency.

A production method for input output devices connects cables to terminal blocks housed inside the casing main body.

An openable conductive shell uses an integrated engaging pawl to hold flat signal-transmission mediums without backlash, reducing component count.

Shared terminals with uniform dimensions reduce signal distortion while the detection switch identifies plug type.

Pivotably supported ejection levers on an adapter module disengage plug contacts from adjacent electronic modules, reducing contact damage risk during assembly.

A movable member transitions between temporary and final catching positions to secure bus bar clips on electrode terminals.

Segmented contact modules with insert molded housings improve signal transmission speed, resolving bandwidth limitations of standard USB 2.0 connectors.

Segmented sheet metal shielding reduces cross-talk and assembly complexity by merging contact beams with the cable shield.

A data rack assembly organizes electrical wires within a channel to support monitoring modules.

Control additive ratios to fill recessed features with void-free metal layers.

Radially compressible grounding member maintains electrical contact during loose coupler installation, eliminating specialized compression tools.

A flexible flat cable connector integrates a conductive shielding layer on the insulation surface to establish electrical grounding.

Separate seal and holder components prevent tilt during attachment, maintaining gap consistency and blocking water ingress.

Injection molding replaces hand-poured potting to boost production efficiency while expanding dielectric material selection for terminal blocks.

Conductive bridge straps join adjacent modular units to establish a continuous grounding path through non-metallic housings.

Flexible extension arms guide connectors through installation holes, preventing damage from impact and abrasion during labor-intensive high-location work.

Axial slots in the guide pin stem engage a driver tool to rotate and threadably couple the component, resolving side access restrictions.

Insertion bevels on the inner conductor and insulating body create a guiding funnel that prevents mating errors in coaxial plugs.

Segmented housing and disposable rails reduce manufacturing costs while alternating positions cancel tilting moments under tensile loading.