Coupling Device Details TRIZ Cases

A charging cable detects interface temperature to adjust power delivery and prevent overheating during high current operations.

An integrated base element cutout engages a terminal module passage to resolve manufacturing complexity and structural instability in electrical connectors.

Translational release mechanism uses integrated flexure to maintain axial alignment precision while reducing mechanical complexity.

A one-piece pluggable module latch converts linear pulling tension into orthogonal unlatching motion.

Offset soldering members accommodate misaligned PCB pads without rigid manufacturing constraints.

An elastic buffer absorbs stress between the locking lever and position assurance slider, preventing breakage during operation.

A holder with a positioning element secures plug contacts in a defined location for reliable electrical connection.

A USB module uses a semiconductor interface to reference output signals to ground potential.

A cable connector assembly transfers distinct voltage levels through separate internal wires to a printed circuit board.

A return plug integrates a mechanical switch to electrically couple an active electrode only when the return terminal connects.

A push-pull connector uses a movable sleeve to elastically displace lances for secure form-fitting engagement.

Conical contact elements clamp cable shields to eliminate fire risks and reduce installation space compared to welding.

A flexible electrical coupling member adapts to positional offsets between electronic devices without exerting tension on connection ports.

Segmented self-locking arms with elastic bending portions enable push-in installation of insertion tubes without complex manual locking mechanisms.

Segmented horn chips sandwich core wires between flat and recessed zones to maintain pressing force while preventing ultrasonic vibration leakage.

An adjustable hinge mechanism maintains constant periphery distance between rotating housings, preventing misalignment and instability across all angles.

A flex jumper assembly connects plug connectors using paddle cards and a flexible circuit to eliminate cable termination.

A connector structure uses a segmented movable retainer to align protrusions with stoppers for longitudinal locking.

Trapezium connecting rods compensate angular and radial offsets to ensure reliable offshore connector alignment.

Circuit board in mains plug relocates electronics to reduce tool volume while dissipating heat via conductive connections.

Segmented cover design provides access channels for fasteners while shielding cables from external forces, maintaining communication reliability.

A distributed power harvesting system segments solar arrays into independent strings, each equipped with a dedicated DC-DC converter to adjust voltage and current.

Guard bands between non-adjacent carriers prevent aggressor leakage in wavelength selective switches.

An intermediary cable detects connection status via return signals to enable automatic analog-to-digital conversion for legacy source compatibility.

A connector position assurance actuator mechanically blocks or releases a sliding element to verify full mating engagement.

Integrated camshaft locking merges mechanical stability with electronic control, resolving external device damage risks in industrial connectors.

A terminal lug with elastomer overmolding and a locking unit cap element provides secure electrical fixation.

A massage head integrates a cooling and heating component with a conductive quick-connecting mechanism for detachable electrical coupling.

A battery pack input terminal connects to a connector via a fastening member and slider mechanism for secure electrical coupling.

Segmentation and dimensionality changes resolve the trade-off between high data transmission rates and difficult latch operation in multi-port connectors.

Segmented holding cover prevents wire dislodgment in inclined junction boxes, improving mounting operability.

A modular jack relocates the latch engagement structure to the rear wall, enabling secure terminal connection within the housing thickness.

Replacing current-based detection, a thermal-mechanical system interrupts glowing contacts by melting solder to prevent fire hazards.

Elastic parts deform to lock flexible flat cables, reducing assembly complexity and preventing circuit board damage.

A battery contact assembly integrates a redundant ground contact into the metallic housing to maintain circuit continuity during mechanical stress.

A power distribution splitter converts high wattage input into multiple low voltage outputs using an integrated circuit board.

Segmented locking portions with elastic connection zones absorb excessive detachment forces, preventing damage to connector plug locking mechanisms.

Internal defining wall in cylindrical relay connector aligns terminals for direct connection, preventing bending during assembly and blocking water intrusion.

A USB power adapter integrates a microcontroller and powerline communication interface to supply electrical energy and network data through a single cable.

A computing device integrates a pivotable hinge assembly with magnetic coupling interfaces for modular expansion modules.

One-piece plastic housing merges locking bracket and actuating element to reduce assembly effort while maintaining connection reliability.

An open terminal connector integrates baffles and a unified housing to reinforce structural strength during injection molding.

Rotating the outer shell moves an ejector against a cam surface to pre-eject mating connectors, resolving separation issues from incorrect rotation.

An integrated electrode connector houses an LED impedance indicator within a light-transmitting housing to provide direct visual status feedback.

Offset sheet metal contacts reduce parallel surfaces to lower near-end crosstalk while maintaining connection reliability.

Resilient clamp fingers and anchoring fingers secure non-metallic electrical cables within a fitting body.

Intermediary ferrule prevents crimp damage to cable shield shape while maintaining impedance integrity.

Segmented nested housing and retaining clips secure electronics against water ingress while enabling light visualization through a transparent window.