Securing/Insulating Coupling Contact Members TRIZ Cases

A recessed jig accommodating portion in the housing allows thicker jigs for enhanced rigidity without increasing board connector height.

A connector terminal features a curved cylindrical body edge to pass through a wire insertion hole lip without damaging the sealing member.

A connector housing incorporates a projecting restricting portion to prevent wire displacement during terminal insertion.

Oblique hole segmentation disperses installation forces on smaller terminals, preventing deformation and ensuring stable PCB connection.

A connector uses a single resiliently deformable portion to provide both floating support and electrical contact pressure.

Tapered press-in holes reduce initial insertion resistance in connectors, ensuring reliable terminal retention without excessive force.

Support ribs enter the receiving chamber to secure thinner proximal ends, preventing half-insertion and vibration-induced loosening.

Segmented ribs at different heights allow easy terminal insertion onto a stud bolt while latch surfaces prevent upward detachment during nut attachment.

An electrical connector reduces profile height by merging grounding and power terminals onto shared PCB pads, maintaining engagement force.

Segmented housing with integrated metallized walls isolates adjacent contact sets, reducing alien crosstalk and EMI while maintaining high device density.

Inclined faces on partition walls create a three-dimensional creepage path, preventing foreign matter intrusion and improving insulating performance.

Segmented grounding members minimize loop inductance while shielding barriers block electromagnetic interference between adjacent signal pairs.

Segmented mounting pins with varying diameters tighten clearance slots to contain electromagnetic interference while maintaining assembly ease.

Rotating the plug terminal reduces physical interference between adjacent adapters while a noise filter lowers electrical conduction.

Segmented guide grooves align rectangular wire terminals, reducing metal burrs and maintaining positional accuracy.

A floating connector uses a guiding incline to align electrodes within notches for secure electrical contact.

Segmented seal parts adhere to the terminal press-in hole side faces, preventing potting agent rise and ensuring insulation reliability.

A cable receptacle connector uses a ground tie bar to connect discrete ground contacts across signal paths for stable electrical performance.

Injection molded integrated terminals eliminate center shielding plates, lowering manufacturing costs and abrasion in USB Type-C connectors.

A terminal fitting restricting piece contacts a deflectable locking lance to prevent warping deformation under strong pull-out forces.

Offset mating beams stagger engagement to reduce peak insertion force and mitigate solder joint stress during mechanical shock.

An electrical receptacle connector integrates an embedded member to position conductive substrates directly within the housing structure.

Annular contact prevention members interposed between housing and cover isolate conductive terminals from water infiltration paths.

A connector housing integrates a spacer to lock sections together, eliminating flexible arms that increase size and assembly force.

A press-fit pin converter couples BGA and press-fit connections to enable flexible optical interfaces.

Segmented pass-through inserts allow selective contact replacement without module disassembly, extending high-cycle interface life.