Electrically Conductive Connections TRIZ Cases

A detachable connector clamps lamp wire ends to prevent pull-out failures, replacing welding with mechanical fixation for easier maintenance.

Transparent channels in the connecting terminal allow light transmission, eliminating dark spots caused by opaque brackets.

Multi-connection device with terminals protruding in different directions for electrical coupling.

A junction box cover support overlaps the connector housing edge to prevent stress at conductive pattern junctions.

Flanged conductor posts penetrate insulating boards to stabilize heat dissipation and reduce noise in power circuits.

Printed conductive media creates addressable electronic displays with embedded components, reducing manufacturing complexity and cost.

A hardline coaxial connector ferrule incorporates integral teeth and slots to interlock with the body, securing cable positioning during assembly.

A compression member forces a sealing member against encapsulate material to prevent water ingress when aging causes primary separation.

A termination sleeve-equipped MI cable uses non-magnetic stainless steel and titanium to isolate internal conductors from external magnetic fields.

Segmented terminal blocks with deflectable arms adapt electrical connectors to different card edge widths while maintaining structural integrity.

Glue blocks shield soldering points on the printed circuit board, eliminating injection holes that increase manufacturing complexity and costs.

A sliding terminal covering body exposes male tabs automatically, eliminating manual tool use and preventing tab breakage during assembly.

A one-piece mounting mechanism with a connecting spring structure enables translational movement of the moveable claw relative to the immovable claw.

A guide channel with a vertical slit and wing secures cables outside the hinge section.

A deformable sleeve with a stretching web accommodates varying cable diameters while maintaining seal integrity and retention.

A combination connector housing accommodates RJ45 and SFP connectors within a shared footprint using a movable portion to switch between configurations.

Conductive shielding collar with spring arms extends along plug connector housing to establish grounding contact.

Conductive shielding members bridge gaps in L-shaped coaxial terminal curves to establish a continuous electrical path.

A coaxial connector uses a positive stop and compressible coil spring to secure the outer conductor.

A tined spring ferrule lifts to establish electrical continuity, maintaining ground connection despite nut loosening from vibration.

A duplex connector secures two flexible metal conduits to a single rigid tubing using integrated clamping brackets.

A series terminal block uses spring-loaded current bar sections to create reliable electrical connections between adjacent units.

A high-speed electrical connector uses nested conductive shells to provide electromagnetic interference shielding.

A wire-arranging pin with a main fixing part and notch holds secondary winding coil outlets to increase contact area and improve soldering quality.

A wiring adapter with a quick release mechanism separates top and bottom segments to manage physical stress.

A fuel cell connector uses alternating upper and lower housing projections to mount detection terminals at equal intervals without increasing thickness.

A sensor unit output connector uses plug portions and clamp portions to establish electrical connections.

A coaxial connector uses a translucent retainer and telescoping bushing to secure cables.

Integrating a movable adaptor with a service cover eliminates separate handling steps, simplifying connector installation while maintaining terminal access.

A removable spacer extends conductor length within a hollow body, resolving the contradiction between cable handling ease and device volume.

Rotatable coaxial terminals in a shielded housing resolve electromagnetic interference while simplifying installation in tight spaces.

Pin guides on an industrial input output device shell direct male connector pins into female pinholes to establish electrical connections.

Segmenting probe circuits onto separate boards lowers interference and enables selective board replacement to cut testing costs.

Dual springs support a cylindrical fuse at distinct vertical positions, reducing insertion force while preventing slippage during vibration.

A pluggable equipment combination uses a segmented locking arm with a pivot point to release the latching catch.

Integrated terminal lugs engage shell recesses to prevent yawning gaps caused by tightening torque, maintaining insulation integrity without added complexity.

A printer connection checking system detects unit attachment by measuring voltage drop across a signal cable resistance.

A deformable cylindrical casing and slidably engaged barrel radially compress to secure a coaxial cable.

A connector integrates conductive rings within an insulated housing to transmit high-frequency signals.

Sandwiching signal electrodes with in-hollow ground patterns reduces radio emission interference while maintaining consistent signal integrity.

Outer resistance welding through a tube-shaped terminal bonds parallel conductors, reducing material costs and thermal fatigue risks.

A relay module uses a flexible latch to separate the loading box from the seat, enabling direct pin insertion into terminal holes.

A cable compensation area reduces impedance by positioning conductors closer together at the end portion.

Integrated circuit boards within a T-shaped housing provide direct electrical connection points for signal and power lines.

A connector assembly integrates a pull-tab actuated switch to transition the device state before physical separation.

Forming an electrical connector receptacle directly inside the printed circuit board body reduces device thickness while maintaining connectivity reliability.

Dummy wiring with free ends prevents moisture expansion defects in thin boards without adding structural complexity.

Series chokes in the connector circuit equalize unequal time duration signals, suppressing electromagnetic interference and noise.

A diagnostic circuit applies test voltages outside the actuator activation range to monitor wire integrity.

A conductive gasket seals gaps between a shielding cage and device components to provide robust electromagnetic interference protection.