Coupling Device Connections TRIZ Cases

A hybrid management cable merges Ethernet and serial console links into one conduit.

Extending portions on fixing member guide chip module to prevent conducting terminal collision during assembly.

A lamp base integrates an inductive charging plate with a cavity to conceal speaker power cords.

A storage device integrates two independent units on a shared circuit board with distinct connectors.

A solar night light uses a suction cup mount with a rearward stud and a universal holder to attach ornamental articles.

A touch-safe socket uses a spring-biased movable bridge and threaded carriage to establish electrical contact only when an article is fully screwed in.

A connector uses vertically aligned differential pairs to increase signaling density without additional shielding.

Folded edges house longitudinal seals while rubber annular joints eliminate sliding friction during installation to achieve high protection indices.

A decorative light bulb design integrates power wires through lampshade and holder bases to eliminate auxiliary cables.

Nested adapter assembly integrates auxiliary lighting into Center Height Mounted Stop Lamps without drilling new holes or compromising vehicle body integrity.

Mechanical pressing replaces manual welding to boost electrical connection reliability while simplifying automated LED bulb manufacturing.

Segmented arcuate insulating sheaths compensate for thermal and mechanical stress to maintain reliable electrical contact.

Magnetic elements guide the plug into the correct orientation while a force threshold mechanism allows safe detachment to prevent device damage.

A meter socket adapter integrates AC supply lines and a neutral wire through a cylindrical body with five blade connectors.

Elastic socket fragments align and fix the keyboard frame, reducing assembly time while maintaining reliable electrical connection.

Plastic injection molding encloses a T-shaped frame and piercing pins to automate cable joining, reducing manufacturing failure rates.

An insulation piercing connector with sharp contacts severs wire insulation to attach measuring lines without stripping, reducing installation time and cost.

A nested busbar assembly uses resilient copper flanges to maintain continuous electrical contact pressure along the conductive strip.

Varying the thickness and refractive index of insulating layers in a buffer layer cures polysilicon defects while expanding color reproduction.

A light emitting apparatus uses a reflective part to redirect light toward a transmissive substrate.

A holder device slides along a vehicle power supply rail and uses a rotatable head part to fix the position.

A conversion device bridges USB Type C and other standards via dedicated communication and power wires.

A lamp cap integrates contact breaking means to electrically disconnect circuit elements upon fixture removal.

A pivotable electrical cable connector uses resilient body members and sharp conductors to pierce insulation for direct core contact.

Integrated location modules in hospital power cords transmit real-time device coordinates via cellular networks, eliminating manual scanning inefficiencies.

Standard form factor electronic modules resolve development complexity by enabling scalable vehicle sensor integration.

A V-shaped cable assembly uses an interposing portion to maintain precise conductor spacing without enlarging the outer cover.

A color changing light chain uses a single signal wire to control RGB output via modular screw connections.

An RFID power socket identifies electric vehicles to apply dedicated electricity rates.

Auxiliary antennas capture leaked RF signals in UHD networks, converting harmful interference into useful power for improved isolation.

A universal docking adapter uses a compression plate to project interface connections outwardly through an aperture.

Extended arc-shaped contact front end clears shavings to lower resistance and ensure accurate electrical tests.

Segmenting the illumination module into an installable unit reduces manufacturing complexity and replacement time compared to replacing entire fasteners.

A wireless diagnostic housing transmits electrical and pressure signals to a handheld display device.

A dual-entry cable connector merges two power sources into one unit using a split-shell design.

A canopy lock secures lighting fixtures to canopies using deflectable fingers for resilient attachment without tools.

Segmented conductor members isolate electrical paths to withstand repeated direct lightning currents while maintaining reliable in-line termination.

Mounting the loader lever on the steering wheel hub eliminates separate support frames, reducing structural complexity while maintaining operator ease.

Radial positioning of the plug connection area outside the mechanical component width enables plug removal without disturbing associated hardware.

A metallic one-piece pin contact with a slot enables right-angle printed circuit board connections.

Segmented bus bars enable variable ampacity and mounting orientation while maintaining a standardized connector interface across diverse panelboards.

A power outage socket device merges standard lamp sockets with rechargeable batteries to provide emergency lighting.

Segmented fins attached to the interconnect increase surface area for passive cooling, reducing bus bar weight and system complexity.

Modular electrical system with reconfigurable wiring harnesses eliminates entanglement risks and adapts to varying deck heights.

Segmented power distribution units allow capacity upgrades without powering down critical equipment, resolving scalability bottlenecks.

A modular power adaptor base integrates surface connectors to link expansion modules for expanded I/O capabilities.

Extends RF tuner shielding to mount standard connectors over chassis edges, resolving height constraints while preserving signal integrity.

A memory card adapter uses a conduction plate to form a low-impedance return path for signal lines.

A segmented bushing with a 3-meter pillar section provides dielectric strength above 150 kV without complex installation.