Coupling Device Connections TRIZ Cases

A decorative glass light integrates a heat-radiating tube with the PCB inside the light body.

A flexible multi-line conductor system with moveable luminaire connectors adapts to position changes along a track.

Segmented tubular metal pipes isolate electric wires to maintain electromagnetic shielding while enabling flexible routing.

Segmented supply connections and plug interfaces transmit energy and data between orthopedic components, reducing device complexity.

Segmented plug and receptacle connectors integrate photoelectric conversion elements to enable flexible circuit board placement.

Segmented comb teeth merge multi-pole cables into terminal blocks, reducing manual connection time.

Integrating conductive and resilient sections prevents shearing during insertion while maintaining secure electrical contact across tight spacing tolerances.

Vertical control terminals project from the AC potential rail to lower loop inductance without expanding the module footprint.

A fastening element moves translationally then rotates to secure a conductor.

Slots enable connectors to adjust position and prevent deformation during orthogonal mating despite assembly tolerance.

A flexible electronic foil integrates mechanical fastening means into its substrate to enable secure attachment without additional components.

A connection hub uses a mechanical switch to toggle data lines while maintaining power delivery.

Integrated housing restrictions constrain leaf spring width motion, eliminating separate support components and reducing manufacturing costs.

Molded pin housings on the board body eliminate separate coupling members, reducing component count and manufacturing complexity.

Motion detecting LED lamp adjusts brightness automatically to reduce energy consumption when no human motion is present.

A modular jumper uses a movable bridging rail to connect insulated contact elements within terminal blocks.

A socket cover with through holes and a self-locking mechanism shields the module, enabling aesthetic customization without increasing structural complexity.

A modular adapter uses a displaceable contact element to connect electrical devices to busbars.

A bus bar assembly integrates conductive parts and a cover plate to electrically connect cell modules.

Segmenting the main board and sub board allows native signals to convert into diverse output formats, reducing development time for varied terminals.

Compliant conductive wires in a dielectric body relieve thermo-mechanical stress from TCE mismatch, enabling reworkability and fine-pitch scaling.

Locating cavities engage mounting lugs to align card guide modules, preventing stress on soldered connections during circuit card insertion.

Direct terminal coupling to flexible flat cable via insulative housing slots eliminates intermediate PCB layers.

Segmented bundling sections reduce hinge passage space while soldering replaces zero insertion force mechanisms to improve connection stability.

A metal blade exerts a pinching force to hold a printed circuit board against a substrate.

A press-fit terminal with a slit structure maintains contact pressure against through hole walls during insertion.

A modular power-delivery system uses circuit cables with male and female connectors of varying pin dimensions to deliver electrical power.

Movable rocker-arm assemblies route cables to clear airflow paths, reducing overheating risks in dense data center racks.

A thermally conductive polymer acts as a heat sink on bus bars to remove Joule heating through conduction and radiation.

Secondary surface-mounted bus board offloads power delivery from primary PCBs.

A lamp holder uses a preload stop to limit attachment torque while maintaining optimal contact pressure between the heat conducting element and the LED.

A solid-state drive integrates separate micro SATA and SATA contact sets on opposite circuit board surfaces to support multiple host interfaces.

Movable current collectors adjust position along the busbar to resolve wiring complexity and installation errors.

Spring clips secure conductors against PCB bump contacts to eliminate bulk resistance and enhance mechanical stability.

Embedding circuitry in the base via a flexible carrier and potting material resolves thermal isolation conflicts while maintaining standard bulb dimensions.

A seam jump connector bridges discontinuous conductive interconnects across textile seams using a flexible substrate.

Bent engagement pieces and lock portions join standing covers, preventing opening from vibration and impact forces.

A flat wire assembly with adjustable blades accommodates intersecting wall configurations, eliminating custom connector inventory costs.

Integrated overmolded seals replace gaskets in rugged handheld housings to maintain IP65 ratings during component replacement, eliminating assembly complexity.

A vertical radio frequency module uses a heat sink extending past the substrate edge to act as both a thermal conductor and ground plane.

A card type light source uses an alignment groove to verify fitting position against a power supply connector.

A compact XFP optical transceiver module integrates multiple semiconductor lasers and an optical multiplexer for high-speed signal conversion.

Soldered connector assemblies replace bolted links on vehicle power module PCBs to eliminate vibration-induced loosening and overheating risks.

An intermediary connector uses elastic clips to clamp the light source plate, preventing deformation while ensuring stable electrical conductivity.

Automatic electrical connectors couple adjacent movable wall panels during extension to provide power outlets.

Insulating end cap with escape space prevents short circuits from thermal expansion in light strip conductors.

Differentiating outer and central standoff heights in an LGA connector housing prevents contact shorts caused by thermal deformation.

A safety switch cable translator transmits mechanical force from an interior actuator to a remote exterior lock mechanism.

Notched DIMMs engage flexible chassis supports to distribute shock and vibration loads, reducing stress on motherboard connectors.