Coupling Device Connections TRIZ Cases

Spaced circuit board and solder buffer absorb vibration to stabilize electrical connections.

A connector joins flexible printed circuit harnesses using sandwiched pins and a housing to create secure electrical links.

A busbar current sensor assembly uses integrated Hall effect sensors to detect magnetic fields for precise current measurement.

A lug assembly housing a printed circuit board monitors current conduction status and power usage for electrical distribution apparatus.

A test terminal block uses dual interlocking positions and a movable unlocking element to secure the plug during removal.

A friction-based vibration suppressing member between opposing surfaces reduces vibration acceleration to prevent terminal breakage in vehicle junction boxes.

Pre-assembled bus bar assemblies plug into receptacles to establish a shared DC bus, eliminating complex series wiring.

A surface-mounted bus bar distributes power directly to add-in cards via integrated connectors on a circuit board.

Segmented coupling system with elastic guillotine locks reduces manual handling complexity and electrostatic discharge risks in single-shot fireworks.

A flexible circuit board section connects angled segments while detent elements lock the housing faceplate to maintain precise orientation.

An integrated control circuit manages power states within a surgical instrument battery pack to optimize energy usage.

A multi-interface line replaceable unit connects interface hardware to multiple connectors for flexible wire route matching.

Variable length hydras eliminate excess cable clutter and installation errors in high density switch racks.

Relocating SFP aggregators to mid-board positions increases port density while consolidating fiber management.

An intermediary adaptor bridges size mismatches between older network blades and newer chassis, enabling reuse without hardware replacement.

A USB2 physical interface transmits debug control signaling through a Type-C connector using self-generated clocks.

Actuating tabs on resilient spring fingers expand the gap to release captured wires, resolving friction issues that damage components during removal.

An adapter bridges slide and post battery form factors, allowing vendors to introduce new technology without alienating customers invested in legacy chargers.

A socket mount integrates cutting grooves to size elastomers for integrated circuit test sockets.

Segmented connector halves nest into recesses to secure thin boards, resolving stability issues while maintaining compatibility with flex circuits.

Homogeneous contact pin arrangement in MQS connectors ensures uniform heating during soldering operations.

Segmented LED modules on a linear rail resolve glare and shadow issues in warehouse storage racks by optimizing light delivery efficiency.

A universal adapter base plate holds both PCI and PCIe relay boards with standardized mounting structures.

A connection module insulating protector uses a support plate to hold external busbars in place.

Segmented PCIe edge finger tabs deliver 500W power without cables, preserving airflow and backward compatibility.

A connector design separates electric and optical transmission sections using a partition to prevent interference between components.

A laminated busbar assembly merges positive, negative, and output current plates into a single structure.

A surface mount technology pad structure uses differential contact strips with converging narrowing to increase impedance and quench resonance.

A peripheral component coupler uses staggered pin rows to boost I/O performance while maintaining a compact PCB footprint.

Index matching gel eliminates air gaps between the solid state light source and display optical light guide, resolving light coupling efficiency losses.

Integrating M.2 and PCIE connectors on one substrate eliminates adapter card costs while maintaining interface compatibility.

An adapter connects standard power plugs to a vehicle inlet, enabling direct electric power supply from the car to external devices.

Overlapping busbar connectors in a slim channel eliminate bulky wired control systems while maintaining reliable electrical coupling.

Ferrite core concentrates induction heat to melt solder alloy on vehicle window glass terminals, preventing flux burning and reducing thermal stress.

Direct mating of right angle connectors on a center backplane shortens signal links, reduces heat dissipation bottlenecks, and lowers upgrade costs.

A power extending board distributes driving voltages via parallel paths to supply electronic devices.

Distributed magnetic bands and high-force clips secure electrified rails without attracting metallic powder to conductors.

Foldable terminal sidewalls compress fragile flat flexible cable conductors, preventing damage while ensuring consistent low-resistance connections.

A modular bus assembly uses a lateral member with offset portions to couple directly to primary buses without spacers.

Integrating control electronics onto a single printed circuit board eliminates bulky cabling, reducing weight and assembly complexity in compact automation.

A modular sensor bus enables wireless control of LED lighting fixtures, replacing complex physical wiring with integrated mesh network connectivity.

A stackable breadboard uses male and female terminals through vertical and side holes for three-dimensional circuit assembly.

Resilient protrusions secure electrical bus members in meter socket assemblies, eliminating separate fasteners to simplify assembly and repair.

Segmenting the CRPS module allows the backplane to convert 12V into 5V and 3.3V, resolving the trade-off between standardization and device versatility.

A fixation guide presses a card PC from multiple sides to secure it in place within an in-vehicle electronic assembly.

Double transition vias minimize parasitic capacitance while jet paste dispensing forms reliable solder joints for 25 Gbps avionics signals.

Inverting the connection interface to a front-facing port eliminates excess cable volume in the cockpit, improving space utilization and design flexibility.

A capacitive proximity sensor uses a piercing contact to electrically connect a flat conductor to a circuit board.

An S-shaped connecting element with elastic legs clamps multiple nuts onto switch cabinet sections, reducing assembly effort and preventing accidental nut loss.