Coupling Device Connections TRIZ Cases

A U-shaped socket mounts along three sides of a motherboard opening to electrically connect and support a semiconductor module.

A lighting system uses a single conductive track with alternating contact and insulation portions to power movable lamps along a guide.

A quick release connecting device uses a pivot portion to enable limited rotational movement for secure engagement.

Leaf spring contact elements diverge to form an inlet chamfer for precise printed circuit board insertion.

Sub-assembly protector holds coated wires in predetermined paths, preventing tangling and misrouting during battery wiring module assembly.

Segmented flanges minimize signal loss by positioning waveguides close to the device under test.

Axial nesting of connector housings reduces device size and vertical protrusion for compact railway installation.

A perpendicular adaptor connects flexible flat cables to terminal holes without bending.

Rear conductor insertion through a pivoting wall eliminates wire fraying and reduces slack requirements in confined meter sockets.

Segmented spring contacts provide discrete positioning zones for the swivel ball, resolving unreliable retention in automotive lamp assemblies.

Pre-assembled wire bridges connect batteries safely, eliminating complex manual wiring and reducing the risk of short circuits during setup.

A flat cable connection structure uses a holder with an integrated cutting blade to form slits in the cover between conductors.

A flexible conductive connecting member uses central recess portions to increase flexibility and reduce stress concentration.

Sloping contact surfaces guide sheet-shaped connection targets into the insertion section, eliminating collisions with upright ends during horizontal insertion.

Dual interface accessory absorbs energy from chargers or packs, converting idle charger consumption into productive work.

Elastic protrusions on a busbar cover expand to allow attachment rotation, exposing busbars for quick connections while maintaining protection from dust.

Anchor features on a mounting plate align layered electronic assemblies, eliminating tolerance stacking deviations and flexible interconnects.

Mechanical connectors replace thermal soldering to couple capacitors to SSD circuit boards, reducing assembly time and preventing moisture damage.

An elongated grid tee integrates conductive paths to distribute low voltage power along suspended ceiling structures.

Segmented functional shafts in the terminal block housing allow simultaneous plug-in and screw connections, resolving assembly flexibility limits.

L-shaped electrical connector adapter bridges battery terminals to back cover contacts, adding wireless charging without reducing active volume.

A socket member and post assembly mechanically couple a contactor bus to a rigid bus bar without threading.

A flexible printed circuit board uses holes and indents to anchor the film to a display panel or inspection jig.

Stacked conductor layers with insulating windows pack more signals into a flat ribbon cable without widening the footprint.

Segmented laminated bus sections lower inductance and circulating currents while enabling a compact, low-profile assembly for locomotive traction motors.

Segmented thermal zones isolate the memory module from motherboards during burn-in testing, preventing component malfunctions and ensuring accurate results.

A bio-signal measurement apparatus uses tool-less connectors to enable plug-and-play charging and data transfer.

A segmented connector expands under fastener pressure to fill air gaps, increasing conductive surface area and enabling high current transfer.

Axial rotation of the switch element closes the electrical circuit only after installation, preventing accidental shock from exposed pins.

Wall part grooves engage flat cable protrusions to resolve insufficient pull-out resistance and prevent electrical connection displacement.

Bonding connection contacts to vapor-deposited metallic layers on OLED carriers using ultrasonic soldering for integrated electrical supply.

Common-end datum alignment reduces misalignment tolerances and manufacturing costs for high-density edgecard connectors.

A segmented LED subassembly connects to a rear junction hub, enabling lamp replacement in confined spaces while maintaining a liquid-tight seal.

A support member with an elastically deforming positioning supporter secures a substrate to enable external connection of exposed electrodes.

Interlocking bus bar portions eliminate screw fastening requirements, resolving the contradiction between positioning reliability and assembly efficiency.

Card adapter module connects peripheral cards to computing platforms via distinct insertion axes, enabling hot swap operations without chassis removal.

A configurable power supply merges AC adapter and Power over Ethernet functions into one unit.

A light module design passes a second circuit board through openings in a first board to form bending portions for secure fixation.

An adjustable socket housing accommodates different LED PCB sizes through movable segments, eliminating the need for multiple specialized housings.

Plastic bracket with snap retaining feature prevents dislodgment under shock and vibration while maintaining thermal coupling to compressor casing.

A detachable camera module integrates a battery and lens assembly into a compact housing to preserve display area on mobile terminals.

A plastic card carrier uses a pivot mechanism to align connectors during rear insertion.

An integrated circuit within a reinforced base member transmits media data while notch members secure flexible wires against mechanical stress.

Segmenting the array into modules with local LO and IF distribution eliminates corporate feed signal losses while maintaining phase control.

A terminal bending tool uses pivot rollers to press and bend conductive terminals simultaneously for precise connector assembly.

A flexible printed circuit cover shields the connection path in display devices.

An insulating housing with a spring-loaded clamping mechanism simplifies installation while ensuring reliable electrical contact across varying conductor sizes.

Integrated connector terminal assembly aligns circuit connectors with lamp housing pads using a 90-degree bend design.

A camera mounting system uses a suction cup base and retention lip to secure devices without screws.