Coupling Contact Members TRIZ Cases
- Graphene-Coated Connector Contacts for Low-Resistance Oxidation Protection
A graphene film on metal connector contacts limits oxidation while spreading current beyond the contact spot to lower resistance and power loss.
- Compact Shielded Connector Pair for High-Frequency Signal Reliability
Inner and outer shields contact across the connector pair to improve strength and electromagnetic shielding in a compact, low-profile layout.
- Snap-Fit Pouch Cell Electrode Structure for Stable Jack Connection
A snap-fit plug-in electrode with grooves or elastic bulges stiffens pouch-cell connections and prevents bending under battery weight.
- Hybrid Optical-Electrical Connector Layout for Space-Efficient Coupling
A hybrid connector places an electrical interface between optical connectors to save space, speed installation, and keep optical links stable.
- Terminal-Guided Connector Structure to Prevent Mating Buckling
A guided terminal and offset fulcrum redirect mating forces to prevent buckling while maintaining contact pressure on rigid circuit boards.
- Adjustable 15A to 30A Adapter for Variable Outlet Spacing
Movable male terminals let one 15A-to-30A adapter fit standard and GFCI outlets while improving connection stability and reducing heat.
- Phase-Specific Arc Suppression for High-Speed Contactor Switching
Rapid phase-specific switching suppresses arcs and arclets across contactor contacts, cutting EMI, contact damage, and maintenance.
- Shielded Four-Layer Connector Assembly for PCB-to-Wire Integration
A four-layer contact module uses stacked units, spacers, grooves, and metallic shields to secure PCB-to-wire connections and grounding.
- Floating Contact Modules for Short-Stub High-Speed Connectors
Compressible biasing lets contact modules float independently, shortening stubs to improve signal integrity in high-speed connector mating.
- Conductive Rubber Plug Connector for High-Data-Rate Cable Assembly
Alternating conductive and insulating rubber layers enable tool-free, reversible cable connection while supporting high data rates and current.
- Inline Shielded Cable Connector for High-Speed Signal Transmission
Inline terminals enclosed by segmented metal shields improve high-speed signal transmission while simplifying connector structure.
- Hermetic Terminal Structure for Thermal Match and Hydrogen Resistance
A dual-alloy tube and silver brazing approach reduces thermal mismatch, cracking, and hydrogen embrittlement while maintaining low leakage.
- Polyamide-Encapsulated Power Interface for Fatigue and Heat Dissipation
Polyamide resin encapsulation reinforces mobile power interface pins, improves heat dissipation, and delays fatigue during repeated charging.
- Spring Finger Electrical Terminal for Fast Reliable Connector Assembly
A movable spring finger contact replaces crimping to speed connector assembly while maintaining reliable engagement with conductive traces.
- Planar Grid Electrical Interface for High-Density Detachable Connections
A planar grid of independent pin-plug contacts raises connection density while lowering insertion force, breakage risk, and assembly difficulty.