Coupling Device Details TRIZ Cases

A metalized ceramic plate with a recessed perimeter directs static electric fields away from conductors to prevent electrical arcing.

Pressing portions on the grounding plate contact mating connectors to form an effective circuit path, reducing signal interference.

Rearview mirror assembly employs blind connector to automatically mate electrical components, resolving reliability and complexity trade-offs.

Segmented lever lock connector design reduces rotating space while maintaining unified force application for stable operation.

Segmented grounding members suppress resonance and far-end crosstalk, enabling 28 Gbps data rates while managing assembly complexity.

A cantilevered bracket holder with flexible straps accommodates rotation and translation of a flexible printed circuit connector.

Widened linking section of outermost grounding contact adjusts impedance in HDMI connector modules.

Active copper multiplexers merge multiple signal streams to achieve 400 Gb/s capacity while reducing required copper material volume.

Activatable depressible terminals establish electrical contacts between conductive lanes and blocks without external wires.

Pivot arms enable stable switching between USB, Lightning, and RJ-45 connectors while reducing the risk of loss associated with separate adapters.

A touch-protected socket uses a pivoting lever to tension and relax a contact spring for secure electrical engagement.

Conductive contact portions on metallic shells ground external devices to mitigate radio frequency interference and electromagnetic compatibility issues.

Elastic clips replace screws to enable multidirectional wire insertion, eliminating cumbersome tool operations in narrow spaces.

An alignment bar connects separate power and signal backplanes, preventing connector pin bending while reducing manufacturing complexity.

Resilient lock arms unlock the lever for efficient rotation, resolving manual interference during maintenance.

Vertical insertion plates distribute switching capacity across multiple wiring planes, reducing PCB layer count and manufacturing difficulty.

A plug connection device uses a substrate recess to accommodate components near mating contacts.

A segmented docking connector uses a removable bottom bar to enable direct sliding removal of circuit boards.

Clamps and sealants join optical cable shields, eliminating hazardous soldering and reducing assembly time.

A connector latch relaxation mechanism translates under load to reduce stress on the housing structure.

Expansion compensator and compliant contacts maintain impedance matching in controlled-impedance cable terminations despite thermal expansion.

Staggered first contacts enclosed by a wafer prevent plug engagement while a grounded metal shield diverts charges to protect semiconductor devices.

A Mag-Jack conditioning module uses a transformer and choke to enhance signal integrity on differential pairs.

A moveable terminal stabilizer protects connector terminals from bending forces during mating cycles.

A receptacle connector uses a cable to link contacts to the motherboard.

Segmented conductors absorb pressure wave energy through elastic deformation while maintaining stable power supply.

A retrofit switch apparatus attaches to traditional switches and wirelessly controls target devices via Bluetooth, ZigBee, or Wi-Fi.

A cable entry system with a control link mechanism engages optical connectors via axial displacement.

A cover member features protrusions and cutout portions to protect the optical connector front end surface while allowing easy observation.

A perforated common ground shield reduces crosstalk between closely spaced signal contacts in electrical connectors.

Internal actuation pushes an ejection device along the plug-in axis to separate connectors, resolving tilted force application that damages contacts.

A connector frame slides to unlock a locking lever on a modular plug without tools.

A subsea electrical unit control unit disconnects line insulation monitors from power connections when electric power is present.

Automatic return mechanism eliminates manual rotation, preventing circuit board obstruction during flat conductive member disconnection.

Elastic deformation portions in the contact group allow independent movement to prevent sliding and maintain high contact reliability during mating.

Segmented holding members cover terminal tips to prevent deformation and reduce electromagnetic noise interference in shielded cable connections.

An NFC identification tag embedded in an electrical outlet faceplate transmits circuit breaker connection data to mobile devices.

L-shaped locking plate prevents upward jumping and backward movement during mounting to protect terminal connections from damage.

A resilient split ring terminal assembly enables non-permanent electrical connections between substrates through radial biasing.

A connector assembly integrates a locking section with a flexible slit groove to enable rotational engagement.

A movable locking tab actuator prevents gravitational disconnection in downward-mounted HDMI receptacles by engaging spring-biased tabs.

A biased DPDT switch in an LED socket connects the driver only upon module insertion, preventing outrush current damage during hot-plugging.

A USB port locking device uses a segmented blocking member to physically secure the interface against unauthorized external connections.

Replacing compression springs with elastic protrusions stabilizes attachment force in magnetic contactor auxiliary units.

Octagonal cross-sections enable MT ferrules to enter Size 8 cavities without reducing fiber capacity.

Interlocking connection modules eliminate individual wiring errors and reduce installation time for industrial automation systems.

Force-fitted aramid rope in the line cable managing tension prevents buckling, reducing crane weight while maintaining strain relief.

Segmented conductor terminals reduce terminal fatigue and simplify assembly by maintaining elasticity within insulation body channels.