Two Pole Connections TRIZ Cases

Merged biasing and grounding structures prevent RF leakage by ensuring continuous contact.

Segmented connecting terminals with movable locking arms resolve electrical connection reliability issues in power distribution units.

A cable connection structure uses a radially movable inserted member to form a snap fit with a snapping portion on the male connector.

Merged conductive seats and insulated members prevent electric shock and discharge phenomena while reducing manufacturing complexity.

Sandwiching a power inlet between two plate members eliminates separate attachment parts and reduces assembly complexity while maintaining structural integrity.

Modular outlet housing assembly uses resilient latch tabs to secure electrical contacts without separate fasteners.

A coaxial cable antenna structure integrates power supply and radiating functions using a cut with a current isolator.

Snap-lock housing eliminates screw assembly labor by mechanically interlocking connector parts to secure thermocouple probe leads.

A medical supply unit adapter uses a hand-operable locking device with resilient contacts to secure attachments within fixing rails.

Conductive pins embed into an insulating base extension to create a secure electrical connection without complex riveting.

Signal contact unit with housing and contact portion electrically connected through compressed spring for stable fixation.

Spring-loaded slider blocks receptacle terminals until simultaneous plug insertion shifts the barrier open, eliminating manual adjustment requirements.

A light fixture integrates a concealed power receptacle within its shroud to maintain aesthetic appeal while providing accessible charging ports.

Nesting the elastic element inside the sliding element's through hole reduces total volume and insertion force while maintaining symmetry.

Replacing cylindrical resistors with planar chip components reduces assembly length while enabling dynamic electrical tuning for improved return loss.

Waveguide apertures block unwanted frequencies in open F-type connectors, reducing signal interference while maintaining impedance match and cost efficiency.

A floor-mounted appliance outlet uses a terminal block to connect power supply leads directly to the base recess.

A coaxial connector grip ring with a tapered wedge surface engages the inner conductor to maintain secure electrical contact.

Angled coaxial connector assembly merges centering and attachment functions into a single elbow sleeve, reducing part count and manufacturing complexity.

Segmented shutter members pivot and slide to prevent unauthorized contact access, balancing safety with simple manufacturing.

A transparent dust cap integrates a color-changing humidity indicator to provide immediate visual moisture detection within electrical connectors.

Mounting socket on casing with perpendicular axes avoids circuit board stress, preventing short circuits and fires from repeated plugging.

A recessed wall box accepts interchangeable sockets to create customizable electrical configurations without bulky adapters.

Axially movable shell displaces gripping member radially to secure coaxial cable, resolving environmental sealing trade-offs against manufacturing cost.

A connector ground stabilization member uses elastic slots to maintain stable electrical contact with the communication component.

A connector uses a spring between the body and shield housing to absorb axial impacts.

An RF coaxial cable connector applies interference fit and split clamping to resolve installation time versus dynamic intermodulation stability trade-offs.

A locking receptacle uses a clamping mechanism to secure electrical connections against pull-apart forces.

Sliding cover holder releases stored elastic energy via button activation to automatically open the cover, eliminating manual gripping and protruding parts.

A shielded cable connector assembly uses a U-shaped barrel crimp to secure the outer conductor without solder.

An extraction device connects to a vehicle charging port using an inclined connection surface for external plugs.

Barbed prongs in the retention device prevent unintentional disconnection of power cords by engaging the plug shroud without specialized components.

Parallel conductive tracks allow magnetic module repositioning to adjust power output, resolving the trade-off between ease of operation and control complexity.

Interposing the cover between the housing and solenoid prevents detachment while curved surfaces avoid fitting interference.

Segmented shutters keep the rear safety element active during trim removal, preventing electrical exposure while simplifying installation.

A bevelled sleeve and cylinder system secures electrical plugs within anti-loose sockets through elastic force and friction.

Segmented coaxial connector mating portions use tapered diameters to prevent misalignment and ensure impedance match during assembly.

Separating the filter and connector via self-clinching embedding resolves space constraints while ensuring stable grounding.

Applying ultrasonic vibration via an independent jig before housing assembly resolves design restrictions and improves joining strength.

Segmented retaining arms merge with the shielded shell to provide increased mating force and prevent disconnection in compact coaxial assemblies.

Segmented metal casings isolate USB Type-C and RF signals, resolving the trade-off between shielding effectiveness and connector separation ease.

Segregated containment cavities isolate varistors while fire retardant materials prevent enclosure combustion during internal arcing faults.

A broadband socket connector uses a larger lateral dimension than the plug to create a clamp-like electrical connection.

An intermediate mandrel mediates impedance matching while a single axial force compresses both conductors, eliminating complex dual-stage tools.

A low resistance connector for printed circuit boards uses inclined surfaces and flexible arms to enable controlled unmate.

Simultaneous shutter actuation prevents foreign object insertion into receptacle openings, eliminating unilateral shock hazards from partial contact.

A connector uses an insulator accommodation member to hold contacts with screwed portions flush or projecting beyond surfaces.