Coupling Device Connections TRIZ Cases

An interconnection device guides shaped-bar ends into contact-making sections via relative rotation to establish electrical connections.

A cabling system routes electrical wires and a fluid conduit through a flexible sheath to deliver suppressant directly to overheated circuits.

Segmented connector sockets allow quick capacitor removal without soldering, resolving repair complexity in storage devices.

A power connection clip routes high voltage direct current to server shelves.

Segmented edge portions with guide and protruding features stabilize solid state drive connectors against vibration while allowing easy detachment.

An interposer multiplexer routes HDMI and USB 2.0 signals to USB 3.0 or PCIe interfaces, reducing device complexity while maintaining interface versatility.

A pin header penetrates a cooling device hole to connect control circuit boards directly.

Segmenting signal routing across two backplanes reduces connector interference and circuit board layers while maintaining standard rack chassis length.

Segmenting the track head into a fixed cassette and interchangeable cover reduces assembly costs by allowing independent replacement of components.

Busbars bond to terminal connections and housings on the same end side of cylindrical energy storages for robust mechanical links.

Rotating socket bases hide unused outlets to prevent electric shock while exposing active ports for plug access.

Print head control circuit separates diagnosis and power cables, preventing ink mist short-circuits for accurate discharge.

Integrating memory cells and controllers on a single wafer eliminates PCBs, reducing signal path length and system complexity.

A USB Type-C adapter board integrates a JTAG connector to form unified signal nets on a single circuit board.

Conductive polymer springfingers on a flexible substrate accommodate non-parallel contact arrays, eliminating planar alignment constraints.

A smart plug device monitors power signal characteristics to detect operational events in connected target devices without additional sensors.

A pressure testing device uses a reversible check valve to control fluid discharge during component load simulation.

Paddle cards rotate disk connectors to slot directly into parallel backplanes, eliminating cables and increasing capacity by over 100 percent.

A shape memory fuse element bridges electrical conductors during normal operation and interrupts current when heated.

A busway with a U-shaped conductor and parallel-sided profile enables straight plug-in connections.

A power distribution unit with a hot-swappable module enables direct communication with remote management systems.

An adapter with conductive plates connects an incandescent lamp holder to an LED lamp, eliminating circuit modifications and reducing replacement time.

Aligning board connecting portions from multiple layers in a single row minimizes the printed circuit board area required for fuse block connections.

A movable member drives clamping pieces to open outward, resolving the difficulty of detaching conducting wires from miniaturized connectors.

A solid state lamp integrates a locking pin and lever system into its base assembly to secure the device within standard sockets.

Rotating the centering device actuates a protective switch, preventing voltage transfer and electric shock hazards.

An oscillation mitigation circuit reduces voltage and current oscillations by at least a factor of ten, protecting load boards from anomalous power behavior.

Segmenting the power distribution unit into replaceable modules allows independent swapping of outlet strips, reducing waste from equipment modifications.

Integrating a power supply into a track housing via thermal paste and segmentation resolves heat management and maintenance access contradictions.

Perpendicular insertion of a flat cable into a circuit board hole eliminates complex connectors, reducing automation equipment costs.

Segmented lamination stacks with angled fingers distribute current and mechanical loads to conduct over 1 million Amps without resistance failure.

A multiple board standoff uses keyhole slots and rotation to interconnect printed circuit boards securely.

Compressible interposer contacts link optical modules to electronic packages, bypassing long host board traces that degrade signal integrity.

Segmenting socket zones with tailored interconnect materials and dimensions accommodates varying signal frequencies while reducing expensive material usage.

Integrated radial stops and undercut locking prevent motor detachment while reducing fastening complexity.

Plastic deformation of spacer member prevents conductor damage during crimping, eliminating precise force control requirements.

Spring-loaded connector pins melt solder upon overheating to automatically break the electrical circuit, preventing upstream fire hazards.

A rotating connector assembly integrates power and network ports on an optical scanner to simplify wiring layouts.

Rigid current rails replace individual cables with a single plug assembly, reducing installation complexity and manufacturing costs.

A push hanger hook uses a sliding cover to conceal the fastening component within its housing structure.

Suspended switch modules isolate micro-switch positioning from lower shell tolerances, ensuring consistent operating feedback.

Relocating a package connector to an integrated heat spreader eliminates RC parasitic effects that degrade signal integrity beyond 40 GHz.

A docking station uses a ventilation layer between casing and cover to create natural air convection paths for heat dissipation.

Segmented conductive thin sections increase contact surface pressure, reducing plating costs and improving reliability.

Segmented planar bus sections arranged in offset parallel planes reduce parasitic inductance and oscillation during high-frequency switching.

An adhesive interconnection system embeds conductive paths in a membrane to join electrical modules via peel-and-stick attachment.

Embedding connectors within the die package eliminates separate PCB components, shortening signal paths and reducing weight.

A rail and slider mechanism supplies stable power to vehicle door glass operation modules, eliminating costly wireless transmission constraints.