Electrically Conductive Connections TRIZ Cases

Hinged cable manager sections compress jacket to retain smaller diameter cables without disturbing twisted pairs.

A connector lock arm integrates an assembly detecting portion to verify shorting terminal fitting alignment during mating.

A flexible printed circuit board with conductive fingers compensates internal crosstalk in communications outlets.

A feed-through terminal block module uses a nested contact plug to electrically connect current bars inside a protective housing.

Segmented detect and receptacle contacts establish a signal path through the plug, preventing erroneous functionality changes caused by debris accumulation.

Integrated fastening module joins locking unit and battery cell, reducing assembly complexity and installation space.

Snap-fit locking mechanisms secure dielectric and conductor elements inside the connector body, reducing assembly time for reliable electrical connections.

A coaxial connector uses elastic leaves to compress and expand, maintaining stable electrical contact between the inner sleeve and grounding element.

An asymmetric projection on the relay body engages a contact portion in the holding member to restrict erroneous orientation and prevent terminal deformation.

Segmenting the tensioning sleeve allows an O-ring seal to protect the contact region from moisture while maintaining rapid plug-in operation.

Segmented blade elements biased by a spring mechanism adjust deflection range to terminate larger wires and multi-strand conductors reliably.

A spring-loaded locking bar and pivotable lever secure a heavy battery pack, enabling single-finger release without requiring two-handed operation.

A continuous wireform connector uses segmented peaks and valleys with biasing elements to create stable electrical contacts.

A grounding adapter with a contact tongue and clamping element integrates into distributor blocks.

A shelf cover with an engagement projection captures and routes a ribbon cable from the rear to the front of a patching unit.

Segmented cantilevered arms engage distinct grooves to resolve the trade-off between high retention force and operational complexity.

A coaxial connector uses a translating grounding collar to establish an electrical ground path before conductor contact.

Segmented plugs with elastic lugs and reinforced sleeves reduce lever arm torque on conductive bars, minimizing twisting risks during installation.

Direct pin engagement eliminates complex cabling and housing space requirements while preventing incorrect connections during installation.

Segmented substrates with exposed surfaces resolve pad matching constraints, enabling independent component selection and flexible assembly.

An oscillating multilayered conducting body prevents metal chapping and deformation during repeated compression, ensuring stable electrical connections.

L-shaped connecting terminals with recesses fit into temporal retaining portions within a terminal support block for stable positioning.

Protruding band attachment legs form a ring-shaped insertion hole parallel to the terminal connection surface, eliminating interference with wiring routes.

A single bending operation positions the wire for laser welding, eliminating complex holding structures and reducing device requirements.