Coupling Contact Members TRIZ Cases

Parallel curved contact arrangements reduce crosstalk in compact HF connectors, avoiding the cost penalties of traditional coaxial designs.

A coupling system uses pivot and locking connectors to achieve repeatable positioning precision for tactical rail mounts.

A contact terminal integrates a plate spring and pin to provide resilient support without separate components.

Curved engaging portions distribute force along an arc path to prevent damage at top arc portions, ensuring reliable connection in compact card edge connectors.

A carrier element separates conductor fixation from housing molding, eliminating high precision alignment requirements and reducing manufacturing costs.

A wire crimping device uses a guiding unit with a matching inner diameter to align aluminum lead lines into female crimp terminals.

Segmented contacts displace orthogonally to maintain connection reliability while enabling a narrow arrangement pitch.

Metal fittings embedded in the housing distribute excessive insertion loads to reduce wall thickness and overall connector size.

A segmented pusher pin uses a spring mechanism to distribute contact force across chip packages.

A resin layer cushions the assembly nut against the end bell slot, preventing scraping damage during repeated assembly cycles.

Segmented pressing portions distribute contact force to reduce sliding resistance during terminal wire connection.

A contact assembly uses a biasing device to secure terminals against electronics module surfaces.

A symmetric header connector uses dual-axis aligned channels to enable flexible mating orientations.

Segmented adapter assemblies with dedicated mounting portions protect cable connectors from wear during repeated insertions, reducing production costs.

Single-point signal contacts reduce high-frequency interference while multi-point power contacts ensure sufficient mating retention force.

An insulating layer within a switchgear power contact socket directs current flow through the designated element during dynamic movement.

Cam-operated splicing assemblies join track sections to enable plug-in power taps for continuous electrical distribution.

Symmetrical mating pads in the insulative housing allow flexible orientation during mating, resolving waterproofing and reliability trade-offs.

External wire routing bypasses inner diameter limits, enabling thicker conductors for high current applications.

A high speed data connector uses point electrical contacts between wipe regions and contact regions to prevent tuned stub formation.

Partitions isolate neighboring contacts while three-sided latches secure mating, resolving instability in the connector assembly.

Extended auxiliary fastening member contacting portions increase grounding contact area to reduce electrical resistance and electromagnetic interference.

Segmented retention features maintain power contact while disconnecting data leads, preventing write abort errors and extending device lifespan.

Flexible contact-arm portions maintain electrical continuity under vibration, reducing contact resistance and heat generation.

Integrated latch units and lock pins fix the connector in three axes, eliminating complementary parts and reducing manufacturing complexity.

Extending portion increases self-capacitance to reduce impedance and resolve high-frequency resonance in LGA connectors.

CNC machining replaces manual deformation to form conical plug socket recesses, eliminating high reject rates and production complexity.

Oblique electric contact springs resolve miniaturization reliability issues by using angled resilient portions to compensate for mechanical tolerances.

Stamped resilient arms with folding contacting sections resolve material fatigue in thin elongated portions while reducing manufacturing costs.

An interposer with exposed and hidden conductive elements connects a CPU to a main board via an electrical connector assembly.

A conductive cladding and wrapping material joins magnesium diboride wire ends to form persistent superconducting connections.

Unitary shell grounding members mechanically connect to locking blocks during mating, resolving structural stability issues in board-to-board assemblies.

Conductive terminals feature a through slot extending from upper to lower elastic arms, reducing vertical height while maintaining structural integrity.

Asymmetric web elements with torsion springs increase contact density while reducing width to resolve spatial constraints.

Deformation zones flow into recesses to fix contacts, avoiding surface trauma and reducing manufacturing complexity.

A D-shaped audio connector plug uses asymmetric geometry and flexible materials to ensure intuitive insertion orientation.

A telecommunications jack uses contact springs made from materials with varying resiliencies to align with different plug types.

Segmented terminal contact with support portion prevents deformation and maintains stable electrical connection under repetitive loads.

A conductive member uses a structured Cu-Sn intermetallic compound layer to stabilize electrical contact resistance in connector applications.

Segmenting the connector terminal into parallel paths lowers electrical resistance, suppressing Joule heating under high current flow.

Ridges on the male terminal push leaf spring pieces inward during insertion, reducing friction resistance and wear while maintaining stable electric contact.

A coplanar electrical connector joins circuit boards via sliding contact grooves and side flanges for direct terminal engagement.

Offset shoulder design provides wider tooling engagement surface area, ensuring stable terminal insertion into housings and printed circuit boards.

A unitary terminal merges connecting and crimping ends to directly attach to a flexible substrate without intermediate wires.

Perforated connecting webs in a spring collar create inward contact tabs that lower resistance and improve shielding effectiveness.

A connector assembly integrates a plate-shaped contact portion with elastic spring pieces formed from a single metallic plate.

Segmented plug contact modules with parallel members reduce signal loss in gigahertz range connections while maintaining mechanical robustness.

A connector stress mechanism uses lateral displacement stopping structures to constrain bent structure deformation under load.

A pivoting contact piece leverages arm and leg portions to maintain stable electrical connections on wiring boards.

An adapter converts mobile device ports into enlarged contact pads to simplify coupling with docking stations.