Coupling Device Connections TRIZ Cases

Segmented bus bars minimize electromagnetic noise pickup while enabling the inverter assembly to handle currents exceeding 400 amps RMS.

Oblique insertion into the receiving unit scratches oxide layers and absorbs bending forces, ensuring reliable high-current connections without assembly stress.

Parallel busbars connect voltage converters to circuit boards, reducing bulky harness configurations that hinder dielectric fluid circulation.

Elongated busway housing accommodates plug-in devices via removable insulating members positioned between conductive busbars.

Universal mounting plates enable flexible lens positioning to eliminate blind spots without requiring separate housings for different resolutions.

An intermediary component shields fragile printed conductive ink traces from mechanical scraping during contact mating, preserving circuit integrity.

Segmented circuit board assemblies adapt to diverse housing shapes while maintaining reliable electrical connections.

A battery terminal uses a cam lever to grip posts securely without tools.

Auxiliary wirings connect adjacent lighting panels to minimize voltage drop, ensuring uniform brightness despite internal resistance.

Segmenting the insulator into two parts eliminates expensive custom molds while the riveted thimble maintains structural strength.

A fastener with a movable alignment tab biases against assembly parts to snap-lock components securely.

A flexible printed circuit board uses a sensing pattern and driver chip to detect coupling portion separation via capacitance changes.

A portable storage device uses a multi-mode port with selectively active pins to transfer digital media content.

Standardized attachment connectors on a power distribution module reduce installation and manufacturing times by eliminating custom wiring requirements.

A control circuit detects charging schemes and sets conductive paths between connectors, resolving compatibility issues with AFC or QC protocols.

An elevated temperature sensor module provides thermal decoupling from the host printed circuit board surface.

Auxiliary lighting system connects to vehicle electric plug via standardized harness, eliminating labor-intensive splicing and reducing installation time.

Multipurpose ports transport power and data via single connectors, resolving cable clutter from separate interfaces.

Low-modulus conductive washers absorb screw torque and thermal cycling stress to prevent mechanical damage to integrated circuit modules.

A portable wireless speaker arrangement features an exchangeable speaker module and a rigid casing with integrated battery elements.

A light bulb adapter integrates a camera, motion sensors, and wireless interface into a standard socket fixture to eliminate hardwiring costs.

A battery terminal adapter uses segmented wire-receiving holes to connect multiple electrical cables directly to a single threaded electrode.

Encapsulates conductors with gap-free resin under reduced pressure to prevent discharge while maintaining high withstand voltage.

A sensor detects motor unit connection to a router base, preventing unintended activation while maintaining handle grip during operation.

A PCIe card design featuring multiple connectors on opposite edges enables independent point-to-point connections across separate slots.

A universal adapter device secures LED retrofit lamps using flexible arms and a helical spring.

A modular power bus bar integrates conductive core and traces to simplify aircraft electrical connections.

Segmented busbars disperse heat across the array side face while maintaining structural integrity through alternating polarity patterns.

A monitored interface test device opens and closes medium voltage monitoring circuits using biased contacts and a detector.

A magnetically aligned automation device actuates existing toggle and rocker switches via a rack-and-pinion mechanism.

Segmented modular units nest conductive rails inside compact structures, reducing copper usage and panel volume while maintaining high current capacity.

A plug wire type zipper switch lampholder uses a rotating conductive rod to toggle electrical contact between plates.

Series wiring reduces board width and enables thinner devices by arranging electrodes asymmetrically relative to the external connection.

A plug-in power adapter uses internal clips to firmly hold power cable ends for stable electrical conductivity.

Segmented spring tabs allow one-handed fixture mounting, resolving the dexterity bottleneck of traditional two-hand track systems.

Segmented brackets and a hinge saddle absorb wrenching forces to protect solder joints without increasing PCB stiffness.

Integrated power supply housing connects lamp electrodes via direct terminals, eliminating soldering and reducing assembly complexity.

Capacitors placed between conductors match impedances, eliminating signal attenuation caused by reflections in varying tool configurations.

A connecting member with a pressure welding blade press-fits into a flat cable insulator to expose conductors for busbar attachment.

Flexible reinforcement components deform to fill voids between electronic couplings, resolving limited accessibility challenges.

A DIN rail latching device secures electrical equipment using a single-piece conductive spring mechanism that automatically grounds PCBs during installation.

Distinct pin lengths in a PoE connector array engage separate power and signal printed circuit boards, reducing routing space waste.

Telescoping connectors merge with ball mount assembly to prevent wire damage and corrosion from ground contact.

Segmented power tabs soldered into pads transfer high currents while minimizing resistive heat generation.

A segmented board-to-board contact bridge links separate receptacle assemblies on printed circuit boards to enable rapid mechanical and electrical coupling.

Conductive connector interfaces with fuse bulb mount to replace incandescent bulbs, reducing manufacturing complexity and cost.

A clip-on electronics module attaches to specialized garments using probe contacts and sensors.

Bolt cover prevents fastener removal until plug assembly engages primary terminals, blocking accidental reconnection of high voltage batteries.

A flexible electrical connection structure uses conductive projections inserted into recessed pads to enable repeatable assembly.