Coupling Device Details TRIZ Cases

Adjustable power tongs bend to accommodate different plug types, eliminating the need for multiple certified device variants across regions.

Non-orthogonal segment contours and inter-segment shielding resolve space constraints while preventing electromagnetic interference.

Front-accessible binding terminals align wires parallel to the device axis, reducing volume inside electrical boxes.

Adapter module uses fixed ferromagnetic powder to generate passive intermodulation signals.

Shielding plate engaging arms grip terminal module side portions to prevent disconnection and ensure locking reliability during processing.

Segmented design with wire way guide plugs simplifies set screw access while maintaining waterproof integrity against water ingress.

Rotatable unlocking ring with peripheral pockets guides catch hooks for secure engagement within a compact connector housing.

A connector integrates a removable thin plate within an arc member to support cable or busbar connections.

A shielded jump-start terminal apparatus provides external battery access through a windshield leaf screen without opening the hood.

A multiparameter lead set consolidates monitoring cables using interconnection features to reduce connector count.

Reversible separation under tensile force prevents cable damage and enables rapid operational restoration.

Segmented contact tips on opposed faces engage busbars to reduce volume, creating space between conductors for improved airflow in dense equipment.

A wiring structure uses a movable frame and flexible pressing piece to exert upward biasing force on external wires, preventing loosening from vibration.

An impedance adjusting member inserts into a tubular body portion to resolve cumbersome matching processes between connecting and coupling sections.

Vertical terminal stacking resolves USB Type-C manufacturing complexity by separating pitch requirements while maintaining full connectivity.

A cable gland assembly uses a conical presser member to grip conductors securely without tools.

Segmenting the main body and contact holder maintains groove pitch stability during thermal deformation, eliminating manual correction steps.

Segmented releasing elements enable easy manipulation of wide connectors, resolving grasping difficulties during servicing.

Segmented channel modules eliminate single point failures while reducing motherboard space consumption in the transceiver.

A USB Type-C interface chip uses a detection unit to monitor CC pin voltage and a protection unit to block high voltage from internal components.

A connector surrounding wall incorporates a lateral protrusion portion contacting the board to resist deformation from outward forces during mating.

Movable lock pins and a blocking member resolve the contradiction between reliability and configuration time by allowing tool-free resets.

Capacitors in communications plugs inject compensating crosstalk to align signal vectors.

Overmolded coupling structures merge the boot and release slide to prevent epoxy handle dislodgment during communication module extraction.

A charger connection unit includes a temperature sensor to detect heat near charging paths and suspend power output.

Penetration features pierce anodized barriers to restore electrical continuity without removing protective coatings.

A modular power distributor uses interconnected upper cover units and a slidable lower hanging mechanism for rapid assembly.

Positioning structures in the insulative body fix terminal vertical portions, preventing sway and ensuring stability during assembly.

A signal transmission cable separates adjacent metal wires configuring different channels to reduce electromagnetic interference.

Rotating the keyway ring in the guide receptacle increases keying configurations without adding backplane space or assembly time.

A locking apparatus secures USB ports using a movable yoke engaging recessed grooves.

Segmenting PoE components onto an add-on board reduces system board complexity while enabling remote power supply.

A low profile electrical outlet cover uses segmented hinge pins to bias the lid closed while enabling wide opening angles.

A cover for an L-shaped connector features a protruding finger hold section that enables direct gripping of the connector body.

A connector system routes hot air from internal components through dedicated passages to the exterior environment.

An arcuate bent portion distributes tensile force without sharp edges, preventing cutting damage to the braided shielding member.

A shorting clip terminal connector assembly uses a protrusion to lift contact elements away from terminals during mating.

A connector latch member features a side-extending opening to facilitate structural return.

An axial connector position assurance member prevents unintended unlatching of latched locking means in constrained vehicular spaces.

Buckling positioning mechanisms on insulating body secure cap to prevent terminal detachment and deformation.

Segmented grounding tails align with signal contacts to resolve impedance adjustment and connectivity trade-offs.

Integrated bolt actuation synchronizes clamping and latching to prevent misalignment while maintaining seal integrity.

Inclined accommodating grooves pivot electrical pieces to increase elastic deformation and normal force for reliable contact on uneven surfaces.

Elastic arms contact all grounding terminals to reduce crosstalk and noise interference in the connector.

Segmented extension cable body rotates parts to vary outlet orientation, resolving fixed configuration limits.

Segmented shielding plate with integral spring beams establishes reliable electrical connectivity to resolve insufficient grounding contact issues.

Cantilevered locking portions secure a restricting portion around a shielded wire to enhance fixing strength.

A SAS panel mount cable assembly integrates LEDs into target-side connectors for activity and fault detection.