Securing/Insulating Coupling Contact Members TRIZ Cases

An adjustable plug conversion adapter fixes electrode pin intervals at a maximum width to open BF type shutter sockets.

A universal connector merges HDMI, DisplayPort, and USB interfaces into a single port to enable simultaneous multimedia streaming and power charging.

A connector housing with a movable terminal position assurance enables manual removal of electrical terminals.

Floating U-shaped housings resolve reinsertion misalignment by allowing dynamic positional adjustment for secure engagement.

Tapered guide surfaces on the wiring substrate direct press-fit terminal tips, resolving assembly misalignment and reducing insertion resistance.

Grounding rod connects to a sacrificial appendage on an electrical cable connector for system grounding.

Overmolded connector sub-assembly encases signal conductors within dielectric bodies to maintain electrical isolation.

Insulative blocks fill signal terminal grooves to eliminate resonance interference and improve high-frequency performance.

Wider ground terminals with additional assembly pins shield signal lines, resolving shielding gaps that cause energy loss and poor signal integrity.

Segmented elastic contact arms clamp movable pins to prevent momentary disconnections and ensure reliable high-current transmission.

Unequal L-type arms create staggered resilient fingers that establish double-sided contact to suppress short pile effect and reduce signal crosstalk.

Parallel electrical wafers connect via flexible printed circuit boards to reduce system weight and space occupation in dense electronic assemblies.

Asymmetric projecting portions and positioning posts allow bidirectional plugging, eliminating the need to rotate board connectors or bend cables.

Segmenting the connector into separable parts distributes twisted wires while maintaining shield integrity to reduce crosstalk.

A deflectable contact arm minimizes friction and gold layer damage by trailing along the test strip surface during insertion.

Pre-molded cylindrical sub-assemblies center elongated conductors within insulative lumens, preventing damage and low impedance conditions.

L-shaped contacts with lateral projections engage the housing sidewall, solving contact retention issues in smaller stack height designs.

A multi-contact connector assembly simplifies wiring through integrated housing grooves and cover through holes for secure wire placement.

Projections lock into leg recesses to prevent detachment under strong pulling forces while maintaining waterproofing.

A transmission module assembly uses resilient stoppers to constrain connector housing deformation within a cover cavity.

Integral shoulder receiving recesses hold pins without separate holders, reducing component count and assembly complexity.

A connector uses a protruding portion and locking hole to join the shell to the insulating body.

An electrical connector uses inclined terminal surfaces and elastic lateral force to maintain stable contact pressure between conductive elements.

Integrating the lance with the blocking member eliminates assembly play while maintaining high connection reliability in downsized connectors.

A waterproof bushing connector assembly uses interchangeable optical modules and sealing rings to enable easy replacement of different connectors.

Perpendicular locked portions engage cover projections to prevent unintentional detachment and maintain waterproof integrity.

A connector housing recess with a stop surface guides contact lances to resolve positioning accuracy issues in rigid materials.

An inverted U-shaped nut mates with a holder to secure fasteners within terminal recesses.

Staged locks on a movable protector plate retain terminals in place, preventing damage while allowing secure mating.

An audio jack connector uses intersecting contacts to reduce transverse size while maintaining signal integrity.

EON pin neck segment features transitional walls with rounded corners to enhance structural rigidity.