Coupling Contact Members TRIZ Cases

A connector sandwiches a flexible substrate between a base member and contact to establish electrical connection.

A test contactor uses a rotatable pressure plate to clamp ribbon cable strands against contact pins.

Segmented contacts with insulation displacement connectors reduce electromagnetic coupling for gigabit operations.

A compact cable connector assembly reduces height below 8 mm using a nested insulating main body and guide positioning posts.

A single connector holds six terminals in an offset axial grid to fit the outer periphery of a rotating electric machine.

Curved spring portions enable independent elastic deformation to prevent plastic deformation during diagonal insertion and ensure consistent contact force.

Segmented elastic fingers isolate deformation during insertion, preserving pin position accuracy while maintaining waterproof integrity.

A connector contact includes a deflective portion that bends under force to maintain stable electrical connection.

Integral holding portions restrict lateral tab displacement to prevent fretting wear while allowing resilient deformation for easy insertion.

Segmented elasticity-reinforcing members sandwich contacts to maintain reliable conduction despite reduced size and uneven plug arrangements.

Segmented contact regions create independent current paths to maintain electrical connection during high vibration.

A stacked solderless connector uses mechanical compression to secure integrated circuits without thermal processing.

A hybrid socket connector integrates power supply and signal transmission functions within a unified receptacle housing structure.

Segmented compliant contacts define a clear current path, reducing manufacturing costs while maintaining reliability over many cycles.

Concave trench conductive strips and elastic contacts resolve alignment issues for reliable charging.

An optical communication interface uses light transceivers to transfer data between handheld devices and docking stations.

Overlapping receptacles block concurrent vehicle-to-load and building power transfer, resolving grounding conflicts.

Segmented plug and receptacle components with concentric contact annuli ensure reliable high-density connections by bypassing housing alignment tolerances.

Segmented grounding terminals reduce manufacturing complexity while shortening signal paths to inhibit crosstalk in high-speed connectors.

A latch assembly translates pivotable lever movement into rotational latching motion for electrical connectors.

A USB Type-C connector uses inward tubers on the shielding shell to resist the metal housing, creating a direct grounding path.

Inverting terminal structures improves shielding reliability by preventing short circuits without increasing device complexity.

Segmenting shield contacts and plates into nested components allows insertion through a narrow housing opening, maintaining rigidity while reducing crosstalk.

A connector contact with a specific bend geometry couples latches to reduce profile height while maintaining signal integrity.

Vertical receiving cavities with dual-contact terminals eliminate soldering, reducing assembly complexity while maintaining connection strength.

Merges detecting and grounding terminals into one structure to resolve size and cost trade-offs in SIM card connectors.

A cable connector assembly integrates a metal housing with a circuit board grounding lug to reduce electrical resistance.

Homogeneous terminal shapes and partition walls minimize crosstalk while maintaining transmission characteristics above 100 GHz.

An undulated projection creates a resilient press-fit connection within a receiving slot.

Stacked wafer architecture eliminates housing to resolve thermal dissipation challenges while increasing port density.

A pivotable connector assembly uses hermaphroditic contacts to couple panel members from multiple directions.

Opposing plates with slots align power cable lugs without axial orientation, eliminating loose nut Foreign Object Damage risks.

Compression spring ground blades isolate signal paths to suppress crosstalk, enabling 50 Tb/sec throughput in compact 1 RU panels.

A connector housing features a test slot in the contact chamber to receive a test pin for functional verification.

Vacant terminal positions accommodate extra power contacts to resolve current transfer limits without increasing device complexity.

Standardized switch terminations simplify wiring harness assembly across diverse power tool platforms.

An integrated shroud on the spring member protects contact arms from damage while maintaining compression force for reliable conductivity.

Transverse insulation displacement elements prevent pin tilting during insertion, ensuring reliable high-current connections under temperature fluctuations.

Elastic deformation portions project transversely to increase floating amount without expanding the connector length.

A connector shell spring piece uses a three-dimensional configuration to achieve pliancy within a compact profile.

Electrically conductive plastic member shields terminals to reduce crosstalk in high-frequency connectors.

Segmented shielding sheets with inner and outer elastic pieces reduce signal crosstalk, enabling stable 112 Gbps differential signal transmission.

Pressing and thinning contact portions creates sloping steps that engage to suppress disengagement despite limited curvature radius.

A female connector terminal uses a plate spring with abutment portions to sandwich the male connector terminal.

An electrical contact element integrates an optical fiber sensor within a dedicated groove to measure temperature directly at the connection point.

Integrally molded grounding members with curved contacts reduce production complexity and defect rates while ensuring stable conduction.

A rotatable male connector maintains electrical contact while allowing continuous rotation within a female receptacle.

An elastic contact terminal switches between independent fuse modules, eliminating system downtime after transient overcurrent interruptions.

Coplanar solder tails and press-fit ground pins resolve misalignment issues during connector assembly.

Offset detect pins resolve pin arrangement complexity by enabling two-step detection for plug insertion and power activation.