Relieving Strain On Wire Connection TRIZ Cases

Rounded entry edges in the housing distribute tensile stress across the foil conductor, preventing tearing at sharp corners.

Segmented housing with smaller organizer openings aligns RF connectors laterally, preventing damage during mating.

Interlocking shield housing and grounding contact mediate electromagnetic interference, maintaining signal integrity during high-speed data transfer.

A conductor connection terminal uses a vertically extended bearing plate to actuate clamping springs via a pivotable handle.

A dual plug cable connector assembly uses a second non-electrical plug to mechanically fix the first connector.

Segmenting the enclosure into a receiving body and screw caps resolves the trade-off between IP68 moisture protection and assembly complexity.

An impedance control body covers signal wires and conductors to manage electrical impedance in high-speed devices.

A connector uses housing assembly to constrict a tubular terminal portion, tightening the conductor within.

A hermaphroditic electrical connector uses asymmetric keyed structures to intermesh identical halves for secure mating.

A clamping device uses segmented receptacles and interlocking fastening elements to absorb transverse forces along electrical lines.

A straight connector uses a flexible conductor to absorb mechanical forces from electrical wires before they reach the terminal.

An integrated ground strap and push-in terminals eliminate crimped connectors and dedicated ground screws, reducing component count in luminaire manufacturing.

Hot-melt injection chambers immobilize sorted wires in cable assemblies, preventing signal degradation from mechanical forces.

Segmented terminal members apply uniform retaining force to elastic contacts, resolving uneven distribution and assembly complexity in electrical connectors.

Segmented housing uses angled openings to simplify cable routing while blocking dust ingress.

A heavy duty connector uses an inclined housing surface and a multi-position cable gland to enable flexible cable routing.

An integrated cable collar in the socket housing absorbs vibrations to reduce electrical contact wear without adding bulk or restricting universal application.

Separated front and rear holding portions constrain inner structure movement in the perpendicular plane, reducing wobble during cable tension.

Retaining caps engage sleeves to clamp cables, resolving labor-intensive assembly bottlenecks in mass production.

Drainage opening in the connector housing equalizes pressure gradients, preventing water vapor migration without resin embedding costs.

Inverting tang orientation directs cables toward the outside bend of a 90-degree passageway, resolving insertion difficulty while maintaining secure retention.

A nested cable fixing apparatus uses a self-actuating clamp mechanism to secure conductors within threaded sleeves.

A lead-free solder alloy with specific Ag, Cu, Sb, and Ni composition withstands harsh thermal cycling.

A multi-output connector uses movable covers to form different cable passage orientations while maintaining a completely closed housing.

Resilient ring-like member absorbs external axial loads and transmits forces to the housing, protecting internal contacts from stress damage.

Bottom wall band insertion holes allow binding band mounting without lateral projections, reducing cover volume and preventing lever rotation interference.

A pre-wired TV bridge kit connects two electrical boxes via a flexible cord to supply power for wall-mounted displays.