Coupling Device Connections TRIZ Cases

Directly contacting and jointly fastening stacked bus bar tips removes the intermediate component, cutting connection time and complexity.

One CNI plugin handles veth, SR-IOV VF, and Virtio interfaces to simplify container networking and avoid IP address conflicts.

A holding part keeps the IC package engaged during pressing, then releases it automatically to avoid manual peeling in performance tests.

Rigid contact elements in slotted guides enable repeated, damage-free contact on large flat partners while reducing material fatigue.

Blind-mate optical interfaces on modular opto-electric cards simplify backplane alignment while enabling electrical-to-optical signal conversion.

A low-profile lead-frame connector links offset boards while cutting EMF noise, preserving grounding, and supporting thinner modules.

Pre-plated tubular terminal ends hide sheared non-plated faces, improving solder wettability and reducing solder balls and crack risk.

A substrate layout shields a thermistor from light and heat by placing it between power receiving regions and connection components without direct contact.

A thermally conductive socket and opened cover improve DUT temperature adjustment and probe contact reliability for DRAM testing.

Multilayer flex wiring carries power and signals through a vacuum seal while limiting cryogenic heat leak with RF shielding and a thermal break.

High-temperature film lamination enables a flexible printed circuit with SMT terminals, lower roll-to-roll cost, and reliable signal transmission.

A hollow heat-shrink insulator lets a flexible bus bar bend across height differences without cracking or causing electrical contact faults.

An integrated power supply lets a protocol-converting adapter run without external power, improving mobile transceiver flexibility and deployment.

A low-profile raceway uses flexible arms, removable covers, and wire clips to simplify cable changes without major floor or wall modifications.

Grooved planar cable segments route voltage-sensor leads across battery bus bars with lower bulk, less damage risk, and reduced cross-talk.

By combining busbar and spring materials in the insertion channel wall, this case enables compact, smooth-profile conductor clamping.

A stacked dual-inverter layout routes DC and AC busbars along opposite sidewalls to free space, shorten capacitor paths, and support effective cooling.

Folding a flexible circuit board into multiple levels avoids comb-like branching, improving cutting yield while keeping terminal connections compact.

Shape memory alloy actuation opens and closes connector clamps for reliable, low-profile circuit board interconnects in dense storage systems.

A hinged lamp holder, waterproofing device, and heat-shrink sealing block water ingress at wire exits to keep outdoor light strings reliable.

Controlled coil heating and gasket sealing help a vaporizer handle viscous cannabis oil without leakage, clogging, or PCB disruption.

A swivel and magnetic nesting cable combines USB-C, Lightning, and Micro-USB charging to cut cable bulk without losing fast power or data transfer.

A finned heatsink aligned with the backplane connector draws heat from active devices through the board, reducing thermal resistance and cable flex failures.

Conductive grease boosts busbar electrical and heat transfer, while a thread locking member prevents bolt loosening under vibration.

A merged conductor rail and spring form a compact insertion channel that enables smooth contours, reliable clamping, and lower actuating force.

A pivoting lock secures an upright sub-board in a battery management PCB, preventing card edge separation while reducing cable size and cost.

A nested coil antenna and heat dissipation sheet improve wireless charging and cooling in compact electronics without crowding other components.

Half-width reinforcement plates mounted by connector form cut material use while keeping PCB fixation and plug locking strength.

Separate AC and DC receptacles let RV batteries power devices directly, avoiding double conversion losses when AC power is unavailable.

Blindmate optical, liquid, and electrical connectors let hot-swappable switch line-cards be serviced without cable removal, cutting downtime and errors.

A resin-filled gap and laminated upper layer let parallel busbars stay closely spaced while preserving insulation and semiconductor mounting area.

Dual pressure sensing separates inhalation from altitude changes, cutting false activations and preserving vaporizer battery life.

Independent side-panel bending and a base-mounted attachment element improve PCB component alignment and automated press-in assembly.

A mount-based control board, hinge, magnets, and pogo pins create a lighter attachable second screen with better balance and fewer cables.

A coupled slider and pivoting lever grip DIN rails synchronously, simplifying attachment while improving retention under dynamic loads.

Integrated indicator contacts and a monitoring circuit cut TTFields wiring complexity while detecting disconnection to keep treatment delivery safe.

A ground cage and extended reference planes keep RF connector-to-PCB transitions impedance-matched and resonance-free up to 57 GHz.

Magnetic floating connectors, wire assemblies, and pre-wired spacers simplify IGU installation while protecting wiring and maintaining reliable power delivery.

A base-member stop limits thermal pad compression by bus bars, preventing damaging repulsive force while maintaining stable heat dissipation.

Angled spring contact arms cut plug height while enabling hand-inserted, reversible PCB hole connection with low resistance and minimal board damage.

Guiding elements align and lock the PCB during mounting, reducing contact-element stress and improving module robustness.

Insulation-piercing interconnects replace soldered battery mount plate wiring, making AV power upgrades and plate swaps easier without special tools.

Integrated plastic insulation and a conductive rivet replace glass and soldering to stop lamp base deformation and heavy metal hazards.

Identical connection devices in a mesh power network cut weight, space, and maintenance time while carrying high current and voltage.

Integrated connector units bridge two rail profile areas through a web channel, simplifying assembly while maintaining reliable power and control supply.

Side-mounted connectors, a rear concave section, and impact absorption protect fuel cell HV cables from crash damage and fire.

Connector units bridge two rail lighting sections through a web passage, replacing separate feeders and simplifying assembly.

A detachable lithium-ion battery pack gives vehicles built-in jump-start power, compact packaging, and emergency backup without external cables.

Thin conducting and insulating layers replace solid copper busbars to save nacelle space, cut weight, and improve heat dissipation.