Coupling Contact Members TRIZ Cases

A test socket uses conductive particles with through-holes filled with elastic insulation material to maintain stable electrical conductivity.

Optimized Cu-Ni-Si-Co alloy composition balances high strength against electrical conductivity loss through precise solute ratio control.

Terminal protector surrounds FPCB cable terminals to prevent detachment under shock forces.

A connector assembly uses a sliding latch with elastic engaging parts to lock and release mating plugs.

A plug connector lance element with a resilient shaft maintains electrical contact after primary separation.

A reinforcing metal cover part shields the protruding fitting end of an electric connector housing.

Spring sections in the contact socket enlarge the receiving space to accept plugs while a support section stabilizes the assembly against insertion forces.

Caulked aluminum terminal on copper fitting reduces contact resistance by suppressing spring back during crimping.

Coplanar positioning portions engage insulating body grooves to prevent deflection and protect the insulator during assembly.

Segmented shields slide against each other to absorb positional offset and reduce electromagnetic noise without compromising electrical continuity.

A metal contact with a protrusion increases local pressure to suppress galvanic corrosion in automotive engine compartments.

Spring-loaded retractable contacts eliminate stub portions and impedance changes to ensure reliable high-speed signal transmission.

Integrated line and load base assemblies reduce device size and component count, lowering material costs.

A hybrid electrical connector uses segmented contact units to balance mechanical resiliency and mounting retention.

Elastic ground members detach from male pins at spaced intervals to sequence voltage connections and prevent BMS chip damage.

Overlapping angled recesses in the crimping portion break aluminum oxide films to lower contact resistance while maintaining mechanical holding force.

An elastic lance presses against a displaced contact piece to raise force without collapsing the component.

Segmented housings prevent sliding between male and female terminals caused by differing vibration modes, maintaining stable electrical connections.

A third resilient beam preloads two parallel contact beams to increase contact pressure and reduce vibration sensitivity in automotive applications.

Segmented connector terminals use asymmetric movable portions to absorb substrate shifts while increasing cross-sectional area for higher current capacity.

An asymmetric conductive shield absorbs electromagnetic waves between adjacent signal terminals, reducing crosstalk while maintaining high connector density.

Pivoting prongs retract into a narrow safety channel to prevent finger contact with live connectors while maintaining reliable outlet engagement.

Magnetic resonance coupling replaces cables in radio interfaces, eliminating entanglement and housing space constraints.

A positioning unit fixes signal terminal connectors to engagement members by sandwiching exterior portions.

Asymmetric spring members and a projecting portion constrain the male terminal, preventing force cancellation and suppressing sliding wear.

Elastic contact legs in the connector module release internal contacts when foreign objects enter, preventing sudden shorts or breaks.

Segmented spring members with angled extension beams reduce insertion force while maintaining blade retention security.

A single-pole electrical connector uses a rectangular contact pin and protective disk to ensure secure butt connections.

Nesting the busbar connector inside the conductive plate protects fragile contacts from damage while achieving a compact low-profile design.

Air pockets in the dielectric frame reduce insertion loss and enhance signal integrity.

An integrated faceplate seal uses biased flaps to block water ingress, eliminating bulky covers and reducing manufacturing complexity.

Insert molding anchors metal hold downs within insulative housing, resolving fastening reliability issues in low-profile board-to-board connectors.

A connector assembly uses a cable indentation to increase holding force without extra components.

Asymmetric connecting sections reduce differential pitch while wider grounding contacts improve shielding, resolving signal quality trade-offs.

Complementary chamfered connector walls guide mating components into precise alignment, preventing damage during maintenance in limited aircraft spaces.

Inclined webs connect parallel strips via torsion sections, reducing stress concentrations and eliminating beryllium use.

A cantilever spring with dual tines latches onto contact pads to create reliable electrical interconnects without solder or adhesives.

A pivotable unlocking element mechanically deflects locking devices to enable one-handed release of a miniaturized electrical plug connector.

Oblique elastic contact arms adjust dynamically to maintain precise electrical connection between integrated circuit sockets and circuit boards.

A multilayer firing tip joins an iridium discharge end to a nickel-chromium weld end for durable spark plug assembly.

A segmented electrical contact combines a conducting part and supporting part to provide distinct transmission paths.

Identical connectors mate via asymmetric positioning to prevent permanent terminal deformation and reduce manufacturing costs.

A communications outlet uses independent capacitive components to introduce opposite polarity common mode signals onto conductive paths.

Resilient members generate biasing force between plug and receptacle connectors, suppressing frictional forces from relative movement under tensile loads.

An integrated CPA device wraps an elastic arm to prevent unintentional unlocking while simplifying the assembly process.

A plated contact structure uses a copper-alloy base, platinum-group metal layer, and gold-alloy surface for wearable electronic devices.

A press-fit circuit board connector uses compliant mounting terminals to establish mechanical and electrical connections via a single pressing action.

A plug-in wire connection terminal structure uses a leaf spring with an oblique abutment end to provide stable elastic holding for conductors.