Electrically Conductive Connections TRIZ Cases

A button-type battery holder uses distinct short and long spring elements to provide two-stage elastic forces for easy removal.

Integrated sealing plug restricts electromagnetic interference emission while preventing contaminant ingress into the connector interior chamber.

A Micro USB 3.0 connector uses bidirectional assembly to secure contacts within a metal shell and insulating housing.

Wrap-around shield contact maintains continuous electrical connection to reduce contact resistance and prevent shielding failures.

Individual marker holder inserts into shunt well and pivots to resolve handling errors while maintaining terminal access.

Shell structure defines isolated cavities for axial and radial float, accommodating manufacturing tolerances in tight spaces.

Segmented modular design allows tap value adjustments while maintaining downstream signal continuity and reducing inventory needs.

Reconfigurable backplane contact parts enable flexible bus segmentation, eliminating the need for specialized base modules and reducing production costs.

A collapsible insert compresses longitudinally to grip the outer conductor of a coaxial cable.

A single-material electrical spring contact features a U-shaped bend and tapered inclined portion to distribute mechanical stress across the structure.

A dual-contact battery connector uses independent positive and negative terminals to establish electrical connectivity with a PP3 battery.

Attachment slots in IDC blades accept a clip that increases normal force, ensuring stable electrical connections under mechanical vibration.

Bendable terminal sections clamp the internal conductor mechanically, eliminating soldering errors and improving signal transmission reliability.

A thermally conductive housing manages heat dissipation in electrical units via an insulating frame and bus bars.

Housing channels engage contact subassembly rails to prevent rotation during simultaneous circuit board mounting.

A connector housing holds receptacles that pivot on yaw and pitch axes to align contacts within a single assembly.

Merged housing and terminals eliminate complex assembly steps while redundant contact paths maintain reliable electrical conductivity.

Segmented elastic ground fitting bridges corner and center shell grounds to eliminate noise interference on high-speed electric signals.

Segmented monitoring units with flexible cables reduce cabling complexity and space constraints in load centers while maintaining reliable current tracking.

Removable jumper boards connect directly to a connector array, eliminating cabling complexity and improving server airflow.

Distinct gap dimensions in the holding member guide rigid and less rigid terminals, preventing distortion during attachment.

A pluggable connector safety device uses a resilient engagement element to automatically secure the plug upon insertion without tools.

Integrated cable managers secure conductors to reduce alien crosstalk without adding separate components.

Metallic shield with channels connects SCART connector to chassis, creating a wide electrical path.

Cover part projections contact ground lugs to enhance RF immunity without manual soldering, reducing manufacturing costs.

A composite protective casing joins a stainless steel structural portion with a solderable metal layer to secure high voltage cable connections.

Male terminal tabs press-fit into female slots on a second board, while connector blades dampen vibrations and reduce strain on electrical interfaces.

Integrates primary lock reinforcement with an independent secondary locking member to secure terminals within the connector housing.

Longitudinal slots in elastomeric boots allow trapped air to escape, preventing suction buildup that resists installation on irregular connector surfaces.

A heat resistant metallic shroud protects an electrical terminal device from extreme temperatures in aircraft generator assemblies.

A protective casing isolates the tester from memory components, preventing damage from repeated insertion and removal during circuit board testing.

Segmented housing design allows connector access without breaking the weather-tight seal, resolving installation complexity.

Interposing a circuit board between conductor layers reduces thermal resistance and overheating while stabilizing electrical connections.

Rear-mounted thumbscrews extract attachment from the front panel to resolve density constraints, while flexible EMI gaskets absorb tolerance stackup variations.

Inclined guide protrusions align stacked modules during plug-in connection, reducing space for cable operations and eliminating separate guide rails.

Segmented semi-cylindrical ground terminals fit around an insulating member to reduce gap variance and stabilize impedance in coaxial connectors.

A coaxial cable connector features a dedicated testing window and wide portion for reliable probe access.

Blocking member prevents accidental energization by constraining the actuator, ensuring circuit de-energization.

A sealant gel formulation combines polybutadiene, polyether, and butene diol polyols to create a balanced polymer network.