Coupling Contact Members TRIZ Cases

Radially thinned areas in the C-shaped leg provide resiliency while full sections maintain strength against yielding.

A terminal uses a rotatable actuating element to drive a curved cutting edge into an insulated conductor.

Lane port ordering enables dynamic lane reversal that matches logical numbers, maintaining PCIe link stability despite swapped cable configurations.

Segmented elastic arms in the terminal enable rapid force increase then reduction, preventing fastener damage from excessive normal pressure during assembly.

Reversible meter socket block positions phase conductor channels beneath the base to eliminate bending operations and reduce part count.

Tapering profiles and pin-groove engagement self-align generation units on base assemblies, resolving deployment accuracy issues in rugged underwater terrain.

Wider ground contact portions suppress signal distortion at high frequencies by optimizing coupling and intersecting dimensions.

Open receiving portions in a holding member guide mating protrusions, eliminating surrounding structures to reduce connector size.

A miniaturized HDMI plug uses a retention clamp with an anchor and flexing arm to secure the connector interface.

A plug housing forms a gap with its pin module to receive the receptacle wall, creating a nested structural interface.

Segmented contact portions apply high pressure for reliability and low pressure to prevent plating wear during male terminal insertion.

Flexible conductive coils maintain reliable connection under handling stress while preventing damage to fragile small-scale contacts.

An electrical connector contact uses an elastic beam to clamp a retain slot on the contact beam, ensuring secure mechanical engagement.

A plug adapter uses a contact spring and clamping device to enable tool-free connection of flexible cables.

A removable addressing device uses movable contacts to set unique addresses on monitoring units.

Segmented pin arrangements with overlapping vertical mounts mitigate far-end crosstalk between adjacent signal conductors.

A connector with a latching projection and release mechanism for tool-free terminal insertion.

Multiple current paths via connecting arms improve electromagnetic coupling effectiveness while reducing crosstalk in high-density electrical connectors.

A socket assembly with movable electrical contact elements accommodates various plug types through spring biasing.

A USB Type-C male connector uses fewer than twenty-four conductive members to electrically link substrate pads.

Spring-loaded contacts engage via a guide mechanism for direct alignment.

Segmented elastic terminal arms abut housing grooves to increase contact force, resolving insufficient pressure in perpendicular board connections.

A gel cartridge containing conductive tracks submerged in insulating medium simplifies mating procedures between connector halves.

Segmented lug design with weakened sections allows safe one-hole reconfiguration while maintaining UL approval.

Asymmetric locking positions resolve the contradiction between small terminal security and large terminal adaptability.

Floating connector contacts feature orthogonal wide portions that adjust characteristic impedance through elastic deformation.

Elastic deformation of the movable part absorbs vibration without sliding, preventing wear on plug connector terminals.

A terminal fitting uses a plating coating with dispersed Sn—Pd particles to lower friction and insertion force.

Rutile or acicular titanium dioxide reinforced polyimide housings withstand high pressure and velocity conditions to ensure accurate test readings.

A blade terminal contact joins the protective conductor to a conductive housing panel through direct mechanical engagement.

Gas dynamic cold spraying embeds particles into electrical contacts, reducing manufacturing complexity and cost compared to electroplating.

Staggered terminal arrangement with ground shielding reduces crosstalk, enabling stable 112 Gbps signal transmission.

Integral ground bus eliminates separable interfaces to resolve resonant frequency noise spikes and improve mating force control.

One-piece stamped contact element uses dual springs to ensure reliable electrical connection under automotive vibration and moisture.

Segmenting the tube isolates soldering from the plunger, preventing adhesion while minimizing board profile.

A connector terminal uses elastic deformation to maintain stable electrical contact during mating.

Twisting a conductive spiral reduces its diameter to grip wires firmly, solving unreliable crimp connections with small contact areas.

Conical surfaces create a wedge effect that secures the contact bolt against vibration while reducing assembly force.

Outer power terminals on lateral sides of mating joint increase heavy current capacity without expanding connector volume.

A plug connector uses symmetric conductor patterns on a rigid substrate to maintain electrical symmetry and impedance stability.

A plug pin base with conductive elastic pieces accepts replaceable pin sets to match various international electrical standards.

Curving the securing section offsets torsion to prevent detent spring buckling under tensile forces.

A resonance-control protrusion on an electrical contact defines a stub-contact zone that impedes electrical resonance along the mating interface.

Closing portions seal terminal housing space openings to prevent dust and potting material ingress while maintaining reliable electrical connections.

A composite material combines metal with an oxidation inhibitor to form a protective complex.

A pseudo-two-beam spring contact design increases holding force on male pins in miniature receptacle terminals.

Segmented opposing slots create a closed aperture that stabilizes wire bundles against vibration and migration.

A connector contact uses resilient beams confined by ear portions to clamp a first body portion for secure engagement.