Coupling Device Details TRIZ Cases

Segmented proximity insert allows modular swapping to modify transmission characteristics without de-soldering the connector from the motherboard.

A compliant coaxial connector uses compression contacts and an elastomeric ground plane for reliable circuit board attachment.

A hollow shell nested within a protective casing prevents separation from a signal terminal housing during plugging to maintain stable electrical contact.

A plug connector uses an extension spring and movable sliders to provide elastic return force for the releasing mechanism.

Segmented terminals with narrower fixing sections resolve impedance matching versus resistance trade-offs while air gaps lower insertion loss.

Pitch differences between interlocking teeth on deformable lugs resolve the trade-off between vibration-resistant reliability and tool-free assembly complexity.

Built-in conductive members in a quick junction box splice existing wires securely, eliminating the need for separate connectors and reducing splicing time.

Segmenting the plug, fixing, and locking elements reduces assembly complexity while maintaining universal usability across diverse installation scenarios.

Power distribution equipment drives outlet indicator lights to identify plug-in positions, preventing unintended power disruptions during maintenance.

A detector measures voltage drops across USB contacts to determine contact resistance without relying on temperature sensors.

An adjustable partition and cover bracket allow a single communications box to serve both artificial turf and track surfaces, eliminating installation delays.

Adaptation apparatus using specific resistor networks between signal and power pins to enable simultaneous device identification.

Segmented contact rows and integrated voltage regulators enable scalable IO connectors to deliver 512 Gb/s bandwidth while minimizing signal degradation.

Offset protrusion expands spring gap before contact to wipe insulating substances from terminals.

Segmented detection circuits improve accuracy by isolating fault signals from main operations, preventing current flow during insulation failures.

Vertical printed circuit board positions miniature relays to optimize installation space within standard dimensions.

Segmenting the connector into modular components simplifies thermoplastic moulding while enabling easy contact replacement in high-density configurations.

Segmented wiring assemblies distribute distinct excitation signals to individual loads via a universal socket, eliminating complex interconnections.

Buckling members create low-impedance grounding paths to reduce electromagnetic interference and radio frequency noise.

An RFID detection element triggers a plug's LED to illuminate, guiding correct orientation during low-light insertion.

A compressible heat transfer element contacts densely packed transceivers to remove heat, limiting temperature rise below 25 degrees C.

A connector uses a movable screw holding member to engage male and female screw portions.

Spring-biased latches apply Z-axis force to secure the connector, preventing PCB bending while accommodating various board thicknesses.

Three internal ribs extend from matching to mounting surface, providing enhanced elasticity and holding force while reducing insertion damage.

Segmented IC socket overlay minimizes noise interference during high-speed data transmission.

A stacked cassette design integrates multiple plug cavities and a parallel circuit board to maximize connection density within a compact housing footprint.

A routing assembly connects chip packages to external ports using embedded twin-ax cables that bypass the motherboard substrate.

A connector locking device uses elastic latching means and wedge surfaces to secure mechanical contact between mating halves.

An inclined cam surface in the buoyancy device recenters the connection plate, reducing misalignment forces and assembly volume.

An electrical connector integrates conductive shorting paths within its insulator to electrically link contacts for diagnostic testing.

A socket safety device uses segmented guide openings to form a continuous channel for precise pin alignment during assembly.

Replacing complex button presses, the actuating part moves a brush along conducting strips to generate analog voltages that set power-on time.

A locking lug engages the plug contact opening to secure the latching mechanism in place.

A contact retaining part prevents pull-out detachment by using a secondary safety device to constrain the radial deflection of a primary securing element.

A hybrid cable integrates HDMI video signals with USB power delivery to eliminate separate wiring.

A segmented power cord system uses interchangeable adapters to connect welding devices to various outlet configurations.

Segmented lead frames reduce near-end and far-end crosstalk by isolating front and rear portions until plug insertion establishes continuity.

Mounting a rotatable lever on the receiving platform provides mechanical advantage for insertion and extraction, eliminating device complexity.

Guide grooves in the cable organizer maintain twist pitch uniformity, preventing signal degradation from cross-talk interference.

Segmenting the connector into an insertable inner body and outer shell resolves insertion constraints while eliminating manual termination labor.

An inclined surface converts forward jig motion into upward arm lifting, eliminating complex orthogonal release steps.

Grounding member establishes multiple circuits to reduce electromagnetic interference in electrical connectors.

Serrations on the terminal face allow an elastic member to adjust deformation for stable pressing force across varying wire thicknesses.

A floating connector uses a movable second insulator to guide mating components during insertion.

A connector uses a guide transition hole to direct male pin insertion into a female elastic sheet seat.

Integrated shroud stabilizer prevents terminal bending during assembly, eliminating separate parts to reduce device complexity.

An anti-arcing circuit restricts power supply until a connector is fully established, preventing electrical arcing during connection events.

Complementary guidance and latch members align and secure mating connectors, resolving alignment precision versus device complexity trade-offs.

A resonant metal tongue attached to a connector casing deflects stray electromagnetic fields near an antenna.