Coupling Device Connections TRIZ Cases

Segmentation of the sensing unit from the light body reduces production costs while maintaining aesthetic appeal through nested adjustment elements.

Integrated thermal release structure in LED units eliminates redesign costs across lamp forms while maintaining emission efficiency.

Segmented wiring harness maintains electrical contact during continuous rotation, preventing wire fraying from twisting stress.

Extending a flexible circuit board between rigid substrates reduces total length and assembly steps for vibration-sensitive OCuLink connections.

Busbar jumper segments connect parallel power chains, accommodating module height variations without cable slack.

A multi-optical axis photoelectric sensor uses a detachable plug piece to encode function information for direct processing circuit configuration.

A PDA terminal features a detachable rear cover that connects to a gun handle with switches for industrial operation.

PCB vias and terminals bridge the CPW antenna and FAKRA connector, resolving impedance mismatch and profile height constraints.

Fixed docking stations enable cordless ultrasound carts to recharge via premises power without trailing cords.

A flashlight uses a movable battery tray and dual-sided contacts to accept multiple battery sizes.

Segmented pin groups in the integrated circuit manage USB 2.0 and 3.0 signals, resolving speed versus compatibility trade-offs.

A control circuit manages bus bar connections via relays and diodes.

Segmented conductive coils and intermediary connectors allow the lamp module to rotate and slide along a rail without losing power.

Integrating a video signal processing chip into an SFP fiber module reduces mainboard complexity by handling HDMI and DisplayPort conversion locally.

Distributed control boxes on a trunk line segment the wire harness, reducing weight and manufacturing costs while maintaining adaptability.

Distributing redundant connection points across the surface minimizes contamination risks from body fluids while maintaining critical device functionality.

Integrating a flat ribbon conductor between laminated glass panes eliminates external routing complexity and reduces damage risks during installation.

Spring elements bridge connector islands to a flexible substrate, absorbing vibrations that disrupt densely packed hard disk drives.

A busbar with a welding groove reduces thickness at the welded portion while maintaining total cross-sectional area.

A battery adapter connects multiple machine-side ports to a single battery-side section.

A pressure contact terminal uses a step connection to isolate the component clip from blade deformation.

A battery connector uses complementary concave and convex arched surfaces to maintain reliable electrical contact between adjacent cells.

A multi-interface conversion device bridges USB, IDE, SATA, and eSATA signals through dedicated bridging units and a switching logic controller.

A support structure guides high-voltage cables along a reference path, resolving connection precision issues caused by cable length tolerance variations.

Separating spikes shear carriers to isolate bus bars, preventing creepage and ensuring reliable electrical isolation in electrified vehicle battery packs.

A connector system joins luminaires to ceiling boxes via sliding tracks and resilient clips.

A bismuth-indium solder joint electrically connects transparent and metal electrodes using thermal compression.

Heat sink insert extracts thermal energy from busway joint pack core to reduce internal temperature and lower material requirements.

A stackable charger and adapter plug assembly integrates multiple detachable plugs for global travel.

Segmented connectors isolate high-speed data signals from power lines, eliminating electrical interference and short-circuit risks in stacked arrangements.

Mirrored pin connectors on equilateral faces allow 180-degree rotation, resolving cable reliability issues and improving assembly ease.

Cantilevered conductive projections replace mechanical connectors to reduce physical size and manufacturing complexity of substrate assemblies.

Press-fitting a bus bar into a PCB opening creates a slot for soldered leads, reducing assembly complexity and improving heat dissipation.

Separation contacts in the supply line enable safe relay exchange during operation, eliminating ignition risk from sparking in explosive environments.

Conductive patterns on balance printed circuit boards drive scanning backlights, reducing manufacturing costs from complex wire connections.

A spring clip applies contact force to bus bars, enabling intuitive assembly without specialized tools.

A substrate assembly uses a cover plate with conductive terminals and connectors to simplify signal coupling.

A lamp mount shapes air flow around the radiation source to enhance convective cooling.

An adapter couples batteries to cordless power tools using mechanical lockouts and specific terminal configurations.

A dimming lampholder integrates a printed circuit board with a switch and dimming circuit to adjust light brightness for compatible bulbs.

Applying distinct acrylic and silicone polymers to specific electronic components creates a multilayer hydrophobic barrier.

A hinge connecting module links driving and control printed circuit boards to increase mounting area while suppressing contact failures during folding.

A vertical PCB connector assembly joins two circuit boards through aligned holes in a dual-case housing.

A vertical wiring harness with a swing member absorbs extra length, eliminating expensive caterpillar covers and reducing bending stress on the cable.

A fixing structure vertically mounts electronic components on a substrate using engaging pins and a securing mechanism.

An interfacing printed circuit board bridges a standardized cable and variable pin grid arrays, eliminating custom cable manufacturing.

A portable charger adjusts output voltage through a detachable adapter mechanism.