Coupling Device Connections TRIZ Cases

A contact device uses a combi clip to establish mechanical and electrical connections between a fixed busbar and a movable tap-off bar.

A wedge converter adapts bi-pin LED bulbs to wedge sockets, enabling universal electrical compatibility across different lighting fixtures.

Segmenting the marking device into a fixed base and replaceable unit reduces downtime for worn part replacement.

Extended locking piece on plate-shaped extension portion prevents flexural deformation during attachment to the locking surface.

Nesting bus bars inside the resin casing reduces capacitor module size while maintaining electrical connection reliability.

Curved conductive paths utilize unused pin areas to equalize wire lengths, reducing resistance differences that cause display signal delays.

A cable integrates a spacing layer between its antenna unit and electrical shielding to maintain electromagnetic field coupling.

Angular connection pins maintain stable electrical contact under vibration, ensuring consistent UV disinfection without complex mechanical locking.

Dual connector devices on parallel printed circuit boards accommodate straight-edged plug-in modules, eliminating stepped edge manufacturing complexity.

A bus bar plate uses a resin through-hole larger than the metal hole to expose the surface for soldering.

A symmetric busbar adapter uses integrated guide slots and retaining lands to secure installation devices without screws.

A sound reflection plate absorbs heat from emission devices and discharges it through speaker module radiation holes.

Metal plating on socket substrate openings and cantilever contacts enhances electrical conductivity.

A cam-actuated latch with a flexible tongue secures a programmable logic controller to a power supply through vertical slot engagement.

A tactile switch assembly uses a flexible circuit folded over itself to reduce physical footprint.

A measurement apparatus isolates crosstalk levels in multi-line phones using signal generators and feeding bridges to quantify interference.

An electrical source measuring unit detects power consumption and triggers a power indicating unit to emit color or audio signals, preventing overload risks.

Integrated locking slides secure the bus connector to the mounting rail, eliminating complex assembly processes for electronic modules.

A connector assembly integrates protrusions into contact pieces to form a locking mechanism that maintains compact height.

A semiconductor lamp base region uses interchangeable electrical contact elements to support Edison, bipin, and bayonet sockets.

A crimping posture-retaining part maintains the bus bar-crimping part orientation during swaging to ensure uniform contact pressure.

Plastically deformed protrusions on side walls constrain substrates against vibration, suppressing rattling in electronic modules.

Slidably inserted connection busbars join power and capacitor packs in a compact submodule, reducing installation space requirements for MMC STATCOM facilities.

An inner tie bar routes charge through a via to electroplate contacts, maintaining SATA distance compliance while preserving voltage signal integrity.

Insulating fixing members secure sheet members and bus bars, preventing sagging and twisting that complicates attachment to power storage elements.

A U-shaped conductor element engages a resilient retaining strip featuring an L-shaped foot to secure electric wires within switchboard terminal blocks.

Recessed housing portions allow fusible elements to deflect independently, isolating solder connections from thermal expansion stresses.

Extending the PCB outline with a threaded-free standoff eliminates complex assembly processes while ensuring reliable grounding and minimizing EMI interference.

A modular cable tap device positions a separate amplifier unit between front and rear sections to boost signal strength.

Directional indicators on axially symmetric LED lamp holders enable precise automated assembly while maintaining waterproof sealing.

Physical module orientation configures signal direction, eliminating complex electronic detection errors and reducing component count in hazardous environments.

A connector uses pre-bent through conductive parts surrounded by an insulating material part to secure stacked substrates.

A short detector applies voltage to module contacts and compares signals to identify unintended electrical connections before damage occurs.

A ground connector uses a pivotable member and threaded post to clamp conductors directly against pedestals.

An LED lamp uses a transmissive enclosure to display branding information while housing LEDs and a heatsink.

Rib structures on covers position bus bars, eliminating complex die design requirements.

An adapting element nests within a casing containing space, resolving protrusion issues that compromise aesthetic appearance and increase component loss risk.

Wrapping a flexible circuit board around a pivot rod routes signals through limited hinge space, reducing wiring complexity and pulling effects.

Edge-to-edge 3D PCB interfaces eliminate intermediate vias to reduce transmission line losses and crosstalk while maintaining signal integrity.

An LED night light uses lenses and holograms to project images onto surfaces.

Edge electrical connectors mount add-in cards in a substantially co-planar configuration, reducing overall height and enabling efficient thermal cooling.

A conductor rail module uses an insulating housing with transverse struts to distribute direct current along a mounting rail.

Removable distribution terminal blocks adapt an electrical current distributor to specific panel layouts.

Interposer recovers CPU interconnect lanes as PCIe connections, resolving physical constraints in dense server designs.

Compressible engaging tabs self-align and lock to wall studs, reducing installation time while maintaining precise conduit positioning.

Reflective inner walls prevent light absorption by fixing members, maintaining emission intensity despite dimensional deviations.

Asymmetric pin angles resist turbulence-induced loosening, maintaining reliable UV lamp connections.

Arc groove positioning member limits rotation angle to prevent optical fiber damage while enabling standard SC connector compatibility.

A capacitor fastening system uses wedging pins and curved collars to secure cylindrical components against a panel.

Flexible deformation portion tilts lock portion to engage locking claw, suppressing half-fitting in bus bar module covers.