Coupling Contact Members TRIZ Cases

A removable dock-and-hub structure replaces tethered cables, maintaining electrode contact for wireless cardiac and temperature monitoring.

A deformation-inducing corner guides locking lance bending to maintain terminal retention in compact connectors without special processing.

A removable dock-hub layout replaces tethered cables, preserving electrode contact while improving comfort and mobility in cardiac and temperature sensing.

A plunger-driven clamp spring keeps constant pressure on the wire terminal, reducing strand relaxation, wire damage, and rising resistance over time.

Elastic contact tabs create defined planar contact in a plug-in connector, increasing contact area and reducing heat at high currents.

A bridge contact inside the insert splits a neutral conductor safely in compact industrial plug connectors while improving grounding and connection reliability.

Elastic seals around the movable contact and protector block liquid intrusion while preserving electrical connection in a compact connector.

Inclined spring terminal flexing limits sliding on sensor contacts, helping compact gas sensors maintain stable electrical connection.

Elastic clip terminals and sidewall-supported contact sections resist insertion stress, preventing deformation and connection failure in battery packs.

A stopper-backed resilient terminal structure limits tab and contact-piece deformation, improving insertion and connection reliability under vibration.

Elastic contact elements bridge two electrical assemblies while compensating spacing offsets, cutting connector height, cost, and HF assembly effort.

A conductive elastomer gasket closes shielding gaps around pogo-pin PCB contacts to prevent signal leakage and simplify base station antenna assembly.

A 3D sliding pin layout packs UK, US, and AU/CN plug standards into a smaller housing while increasing clearance and fuse protection.

External bridging elements and crimped contacts distribute current in a compact plug connector while reducing housing space and failure risk.

Alternating signal and ground pin orientations cut connector crosstalk, improve signal quality, and keep motherboard forces balanced.

Detachable common ground members in socket and plug connectors strengthen PCB grounding paths and improve 128G signal integrity.

A spacer clamping structure cuts assembly friction and housing stress, protecting plating and maintaining stable 112 Gbps connector signals.

A dual-core elastic terminal uses polymer film and segmented lateral bending to prevent metal-layer cracks and keep contact resistance low.

A movable interface support with elastic return and magnetic positioning lets one gamepad fit different phone models and thicknesses.

A dielectric spacer between adjacent solder balls lowers differential impedance and stabilizes 112 Gbps connector signal transmission.

A floating connector module in a mounting frame self-aligns during mating, enabling higher contact density while reducing contact damage risk.

A resilient supporting portion and guided force path prevent connector terminal buckling on rigid circuit boards during mating.

A sliding connecting piece joins hard and soft circuit boards without welding, enabling stable contact, easy replacement, and better sealing.

An integrated metal guide surrounds the connecting portions to remove the housing, keep the connector locked, and limit size growth.

Elastic arms contact a conductive sheet only when both plugs are inserted, combining multi-plug power with a simpler safety interlock.

Corrugated spring sections create multiple contact points that stabilize resistance and connection force under high-current heating.

Integrally formed spring arms absorb vibration and thermal expansion in flat plug-in contacts, reducing fretting corrosion and solder joint stress.

A floating right-angle connector in a split manifold absorbs assembly tolerances and makes low-profile blind mate connectors easier to replace.

A segmented terminal layout shrinks game cartridges while reducing signal noise and preventing early output-terminal contact during insertion.

Different winding geometries let one cable gland contact element fit multiple cable diameters while maintaining EMC contact and current diversion.

Inclined high-frequency terminals and segmented ground-linked shielding reduce crosstalk and improve shield effectiveness in compact connectors.

A resistivity-graded insulating plug spreads DC electric field stress in X-ray tubes to prevent breakdown and extend service life.

A separate piston body and clip protect contact beams during assembly, enabling compact spring-loaded connectors with stable conduction under shock.

Retractable side guides visually align a plug, prevent contact deformation, and discharge static electricity during insertion.

A spring-biased latch and tool-actuated lever keep plug connectors locked during use while allowing controlled removal to prevent accidental disconnection.

Resilient prongs flex through narrow GFCI outlet gaps to avoid wire jamming and keep reliable contact with recessed terminals.

Annular spring-arm segments form a support ring that lowers plugging force while preserving high normal contact force and stable impedance.

An intermetallic or bismuth surface layer protects silver terminals from tarnishing while preserving conductivity and stable insertion forces.

A grooved terminal door and connection duct guide high-voltage battery cables for safer, easier connection to protection units.

A hinged terminal door and connection duct protect high-voltage battery cable connections while keeping power-line hookup safer and easier.

Resilient contact elements and latching beads keep bipolar plate voltage sensing stable despite tolerances, movement, shock, and vibration.

A spring clamp and handle replace screw grounding, enabling tool-free insertion and reliable multi-wire grounding in compact spaces.

A multilayer Zn oxide and polymer coating keeps a cable-shield band clamp intact during deformation and heat, preventing corrosion on aluminum.

A polymer-coated conductive sheet blocks adhesive leakage, lowering contact resistance while preserving high-temperature adhesion and elasticity.

A spring-loaded clamp and plunger keep constant pressure on wires, preventing strand relaxation, overheating, and re-torquing.

A movable sleeve compensates connector tolerances to minimize the air gap at mated terminals while keeping the terminal assembly stationary.

A grounded shielding member between terminal assemblies cuts crosstalk and signal coupling, helping high-speed connectors meet PCIe Gen6 integrity needs.

A removable contact-based control attachment lets homeowners change in-wall power functions without replacing the wired adapter or adding electrical risk.

A two-row terminal layout packs clock, strobe, data, power, and ground contacts into a compact cartridge while limiting noise in high-speed links.

Angled contact sections place 8+2 XLR PCB connector terminals in a common plane, enabling secure mounting on horizontal circuit boards.