Coupling Device Connections TRIZ Cases

A plug connector uses a sliding mechanism to position contactors and apply controlled pressing force against substrate pads.

Segmenting the control unit into a separable connector assembly allows orientation changes without redesigning the component mounting section.

A modular power delivery system converts AC to DC and chains multiple units to supply adjustable voltage and current.

Removable modular avionics platforms mount within the forward fuselage using frame structures with integrated connectors and cooling systems.

Routing wires from above the circuit board front side reduces stress and space requirements under the board.

A luminaire adapter uses snap connectors to secure solid state light sources without removing existing tombstone sockets.

Segmented land patterns distribute electric line connections across a circuit board, preventing short circuits and breakage in narrow endoscope tubes.

Elastic contact pieces on connection terminals resolve the trade-off between high current flow and connection reliability.

A lighting fixture authentication module verifies auxiliary devices before connecting power and data.

Integrated latch head heaters resolve convective temperature gradients across burn-in boards, ensuring uniform stress for every memory device under test.

Merging protective socket cover with control button reduces housing complexity and saves space while maintaining reliable program selection functionality.

Screw-driven pressor members apply downward force to establish positive contact, eliminating skilled soldering.

Segmented fixing members isolate mechanical stress from electrical connections, reducing conductor module height while maintaining connection reliability.

A universal adapter mount uses a compression plate to urge interchangeable interface plugs through a housing opening.

A retaining member with a wedge latch transmits spring force to hold electric components, preventing metal coating damage on substrate side walls.

Aluminum substrate mounts LED modules and driver circuit board directly, eliminating separate electrical wires.

Nested coupling regions position operating units behind the luminaire, resolving conflicts between device functionality and continuous light line appearance.

Hollow support elements with air passage openings enable airflow through the cavity to cool high-power LEDs beyond the 10 W passive cooling limit.

A bi-directional fan unit features electrical connectors at both ends to serve as either an airflow inlet or outlet.

Integrating a pedestal with the circuit substrate reduces camera module size while maintaining structural stability and heat dissipation.

Segmented busbar profile integrates lighting elements to emit upward light, eliminating shadows that block uniform indirect illumination.

Metal inserts reinforce mating guide portions, preventing scratches and damage from pressing forces.

A fastening device integrates mechanical retention and electrical contact into a single assembly unit.

A terminal block uses configurable connector pins to join busbars across multiple planes.

A rotatable connection arm integrates electrical contacts into aircraft cabin panel fastening systems.

Segmented plated leads maintain alignment precision while reducing cutting equipment wear during flexible printed circuit production.

Asymmetric contacting portions with distinct radii of curvature suppress board damage between adjacent through holes while maintaining holding force.

Segmented base design resolves the contradiction between structural stability and ease of repair by allowing tool-free power cord replacement.

A contactor cooling member uses a C-shaped finned structure to dissipate heat from electrical currents.

A circuit card assembly uses perpendicular PCBs and parallel mating connectors to reduce physical dimensions.

A data transmission stack includes a third grounding element adjacent to the signal layer to direct electric field components.

Convex contact strips reduce cross-sectional dimensions, resolving the trade-off between electrical reliability and visual integration in furniture.

Segmented sensor modules attach externally to valves, eliminating requalification costs when upgrading individual components.

An integrated circuit manages bidirectional power flow between bus connectors, allowing direct device-to-device charging without external infrastructure.

Guide walls and elastic clips secure electronic cards without screws, reducing assembly time.

Soldering a metal sheet between the circuit board and bus reduces impedance and improves contact tightness for high-power applications.

A busbar connection assembly enables direct backup power insertion into the main conductor path.

Immersed LED illumination system adjusts light intensity via sensors to reduce fish stress during feeding.

A probe device with parallel wire probes matches characteristic impedance to enable simultaneous contact with printed wiring board traces.

Distributed converter units supply low voltage along a support structure, reducing power losses and enabling flexible LED unit arrangement.

A spring-loaded clamp interconnect accommodates coefficient of thermal expansion mismatch to reduce shear stress and enable reworkability in optical circuits.

RFID tags store power ratings for PDU outlets, allowing management entities to identify suitable connections and prevent circuit breaker tripping.

Housing a printed circuit in a connector slot covers solder terminations, eliminating separate protection components and reducing assembly complexity.

Integrated cap tracks and a neutral buss assembly capture lug caps, eliminating loss risks while simplifying phase conductor installation.

A connection device selectively provides recharging or data communication based on voltage signals from the terminal.

A lighting apparatus uses two light sources to emit directional and lateral beams for flexible illumination.

A stud bolt groove prevents curved surface formation at the seat intersection to ensure precise terminal alignment.

A lamp socket uses a flexible elastomeric sealing sleeve to create a secure connection with the bulb.

An angled ridge portion guides and offsets wires between adjacent terminal connector rows, reducing space constraints and preventing wire interference.