Two Pole Connections TRIZ Cases

Segmented clamping portions distribute mechanical stress across multiple contact points to prevent material fatigue under vibration.

An internally reflective light pipe redirects radiation perpendicular to peak emission, enabling flexible source placement within single gang enclosures.

Crushed projecting portion of cantilever claw eliminates backlash between plug pin and housing, reducing contact resistance.

Segmented fuse design allows replacement without releasing matching terminals, resolving the trade-off between protection reliability and ease of operation.

Tungsten shorting stubs resist deformation during high surge events, maintaining electrical balance while reducing device size and manufacturing costs.

A uniquely configured extension cord jack accepts a folded 2-pin plug via snap-fit engagement for secure electrical connection.

Planar lamina bridging elements join parallel metal pins in a shunt connector, reducing component count and volume while maintaining high current distribution.

A connector repositions a release portion forward of a lock arm to compress the width of a short-circuiting terminal and second housing.

A water-resistant electric connector assembly uses a tapered stop flange to block external moisture from entering the coupling interface.

Spiral inductor segments reduce enclosure volume while maintaining surge protection, minimizing return losses and manufacturing costs.

Reduced footprint RJ45 connectors accommodate single twisted pair conductors, eliminating bulkiness while maintaining data and power transfer reliability.

Nesting additional ports inside the wall cavity eliminates messy power strips while maintaining visual simplicity and structural compactness.

An intermediary circuit board absorbs fitting impact, preventing solder breakage on mounting portions during connector engagement.

Radial spring contacts in this plug connector separate mechanical stops from electrical paths, reducing intermodulation and torque requirements.