Electrically Conductive Connections TRIZ Cases

A plug connection with movable high-voltage terminals compensates for component tolerances within a segmented housing.

Mounting knife disconnect switches directly on isolators eliminates marshalling cabinets and simplifies wiring.

A cable assembly features a metal shell with a no-joint-line surface enclosing the housing and cable to provide complete electromagnetic shielding.

A telecommunications socket uses conductive lamellae to press against circuit board elements, establishing reliable electrical connections without soldering.

A system adjusts transfer rates on multi-conductor cables based on real-time signal-to-noise ratio measurements.

An accommodating space between front and rear shielding shells limits tension from thermal contraction, preventing external insulator degumming and cracking.

Segmented thermal vias with tailored surface features lower resistance while maintaining mechanical stability against package stress.

Integrating a pressing portion into the insulating plate disperses insertion loads on soldered joints, reducing component count and preventing terminal damage.

Limiting hydrogen to 10 ppm in copper alloy wires prevents intergranular cracking, maintaining crimp strength despite reduced conductor diameters.

Integrating the antenna element, coaxial cable, and connector eliminates lossy adapters to improve signal strength and mobility.

Centrifugal pump connector anchors power cables via screw or pin fixation, preventing accidental disconnection during operation.

A wire connecting device uses integrated stopper portions to constrain covered electric wires within a terminal holder groove.

A shielded electrical connector uses asymmetric contact bending to increase spacing between adjacent signal lines.

Insulative blocks retain contact modules within the housing, preventing side wall wear and maintaining signal transmission quality.

Segmented wire carrier aligns small insulated wires with pierce points for reliable insulation displacement connections.

A coaxial cable connector sleeve assembly compresses a buffering section via a metal collar to secure the cable.

Sprung printed circuit boards compensate for housing tolerances, allowing shorter contacts and better transmission properties.

A flexible circuit substrate supports an integrated circuit package within a two-level mounded encapsulation structure.

Pivoting handle clasps outer shell to prevent loosening from abrasion.

Moves stub resistors to main board T-branch structure, reducing signal attenuation and manufacturing cost.

Insulation displacement connectors accept unassembled lines directly within vacuum pump housings for simplified electrical integration.

An O-ring seals the slit in a high-frequency connector, blocking air permeation that causes oxidation while absorbing vibration.