Electrically Conductive Connections TRIZ Cases

Segmented housings reduce structural complexity while horizontal soldering sections enable vertical mounting to resolve manufacturing bottlenecks.

A plug contact uses a mounting frame with a continuous channel to enable reversible placement on printed circuit boards.

An inner cover provides structural stiffness to a junction block assembly integrating printed circuit boards, fuse blocks, and connector blocks.

Unique RFID identifiers on patch cord ends resolve manual entry errors by enabling automated port differentiation and accurate tracking.

A lead-free solder connector joins a glazing panel antenna to a coaxial cable using mechanical fixing elements.

An ejector spring mechanism pushes plug-in modules from U-shaped bases, eliminating complex manual removal steps.

Elastic finger with tooth engages plug module recess to prevent accidental disconnection from external forces.

Thermal bonding material transfers component heat into the DIN rail metal mass, eliminating cooling fans and reducing enclosure volume.

A coaxial connector uses a crimped body and threaded nut to secure the cable.

Housing ground and signal beams extends connections vertically to resolve limited PCB surface area for conductors.

Tapering projections on the outer conductor reduce assembly effort while maintaining signal-to-noise ratios.

Jumper sleeve with wrench portion applies torque to male F-connectors while conductive element maintains ground continuity across the interface.

Slanted linear leading surfaces on connector contacts guide mating terminals, reducing stress concentration and preventing structural cracking during assembly.

Segmented bore radii in a torque sleeve engage hexagonal nuts to enable hand tightening while ensuring secure electrical grounding on standard F-connectors.

Integrated counter-holders secure fork contacts via elastic deformation, eliminating external support structures and preventing contact loss during assembly.

Insulating holders stabilize inner conductors in antenna networks, resolving mechanical instability and unwanted radiation from outer conductor openings.

A contact assembly uses an insulative insert body to maintain a constant distance between conductors and the outer perimeter.

Integrated shielding housing protects high-speed data signals from interference while maintaining easy rail mounting.

An integrated cable assembling apparatus combines terminal formation and electric wire crimping within a single press structure.

Individual output connectors on adaptable power supplies reduce bulky cable bundles and improve airflow within computer system housings.

A down-set conductive die pad with tapered sidewalls fits a beveled substrate cavity to establish direct thermal conduction paths.

A cable terminator uses piercing contacts to secure conductors without threading through small openings.

A stacked insulated metal substrate inverter uses conductive spacers to stabilize voltage and improve noise resistance.

Spring ring expansion allows tool-free installation, reducing labor time while maintaining secure grounding.

An intercoupling component with an insulating support member and solder balls connects device leads to substrate pads.

A socket holding lever positions a movable stopper to cover the relay center of gravity for secure retention.

Embedding the shield end in a shell via a mold prevents unraveling and radiation leakage from inconsistent crimps.

A terminal protection cover uses lateral and vertical shaking-preventing walls to securely hold bent plate-type terminals.