Coupling Contact Members TRIZ Cases

Asymmetric T-shaped and chamfered guides block wrong-way male connector insertion to avoid voltage mismatch and ensure reliable power or signal transmission.

A probe-driven sliding mount lets one module retract and protrude during installation, reducing interference in tight assemblies and easing reset.

An integrated lever and bearing-disc layout opens the clamping spring with less effort while keeping terminal width, assembly complexity, and clamping force in balance.

Relocating electrical contacts to the sidewall frees the air inlet for uniform airflow and 1-10 micron aerosol particles for better lung delivery.

Splitting current between PCB power planes and a busbar lowers connector current density and supports higher-power boards with fewer PCB layers.

A latched holding plate lets one contact carrier secure both screw and crimp contacts, cutting connector variant and storage effort.

Elongated shell legs placed closer to the terminal improve grounding and drain noise to the ground layer, reducing EMI re-radiation.

A stepped docking portion and grounding plate bending arms stiffen the connector, reducing sway, deformation, and terminal breakage.

A detachable connecting base and cover let the battery core be removed for recycling while maintaining reliable electrical connection in atomizers.

Composite spring lamellae create multi-point plug-pin contact to lower resistance, ease insertion, and extend connector terminal life.

A naked spacing region and nested shielding shells keep signal contacts isolated from the shell while preserving high-frequency shielding.

An earthing contact guides the carrier element past the contact surface during assembly, reducing wear while keeping connector height low.

Compressible socket contacts mate a pluggable module perpendicularly to boost contact density and protect signal integrity at high speeds.

A movable tongue lets a Type-A USB receptacle accept either plug orientation, cutting alignment time and preventing damage from wrong insertion.

Drop-pocket guide rails let a pluggable module mate transversely with stacked socket contacts, boosting contact density and signal integrity.

Cap-enclosed receiving tip ends suppress reflection and crosstalk, helping high-speed connectors maintain stable transmission up to 60 GHz.

Elastic supporting arms brace spaced terminal assemblies against a supporting block to keep insertion force low and contact stable under misalignment.

A rotating adapter with slip-ring power and signal transfer keeps guidance kit and payload connected despite angular misalignment and avoids wire damage.

A movable terminal plate with elastic support maintains stable power and signal contact between utility ends in semiconductor processes.

A partial discharge sleeve encloses the contact connection area to smooth the electric field and enable higher-voltage, reliable connector operation.