Electrically Conductive Connections TRIZ Cases

A connection terminal uses a displaceable fixing element with a clamping bevel to secure terminal blocks in a wall opening.

An erected portion on the stator housing inner edge suppresses axial and radial rotor movement, eliminating abnormal noise from resin molding deformation.

Stacked cutter and holding plates pierce thicker insulation on larger gauge wires, avoiding expensive welding or crimped lugs.

Aligned inner and outer ring slots enable large connector passage, eliminating size limits and reducing wear on flexible circuits.

Modular signal pair elements replace costly waferized structures, reducing tooling expenses while supporting complex wiring patterns.

A quick electrical power connector system provides supplemental current to existing circuits via modular male and female members.

Resilient metal elements in a wire-to-board connector establish electrical communication, reducing assembly difficulty and pin damage risk.

Split housings feature tight and loose cable holders that disperse bending loads, preventing cable breakage under vibration or shock.

A connector lock arm uses segmented extending portions with different heights to create vertical space for additional structures.

A trigger signal-lighted connector uses a transparent insulation layer to house light-emitting components on an adapter circuit board.

Elastic C-shaped spring mediates nut and inner sleeve contact to prevent signal interruptions from incomplete grounding.

Elastic resin sheath with convex protrusions deforms to seal conductive paths against connector walls.

Integrated housing segments retain LED legs through stopping portions and elongated slots, resolving complex assembly bottlenecks for mass production.

A mounting block embeds multiple terminals and uses a perpendicular interference part to fix the assembly in a guiding groove, simplifying installation.

An identification layer on a PCB connector body features distinct characters against a different colored background to prevent misinsertion during assembly.

Integrated attenuators and hermetic seals reduce thermal energy transfer while maintaining signal integrity in quantum computer connection systems.

Ramp surfaces on deflectable spring fingers provide progressive inward bias to a spring basket, reducing insertion force and preventing permanent deformation.

A cable connector locking element uses a bearing axle to support rotational movement, preventing lever breakage under tensile stress.

A duplex connector secures two independent conduits to a single rigid tubing using U-shaped clamping brackets.

A coaxial connector uses a closed opening portion on the outer conductor terminal to lock housing components and control insertion orientation.

A collapsible embolic protection frame expands into a torus shape to capture debris within blood vessels.

Offset extension pieces add connection capacity without increasing installation space, resolving the trade-off between adaptability and complexity.

Segmented shielding plates interrupt diagonal current paths on insulative boards, reducing antenna effects and stabilizing high-speed signal transmission.

A serial electrical connector merges high-speed coaxial signals with low-speed audio paths inside a single plug housing.

Pivoting toggles guide wires into electrical contact with terminals, eliminating specialized punch down tools.

Elastic connection units compress conductive sheets to secure copper busbars, reducing installation effort and preventing surface damage during assembly.

Rotatable fastening rods enable quick modular reconfiguration of electrical assemblies, while integrated sensor barriers detect the secure attachment state.

Shielding sleeve extends outside housing to allow manual disassembly, preventing sealing sleeve deformation and deterioration during maintenance.

Threaded outer housings engage with an inner body to minimize return losses while preventing moisture ingress through progressive sealing layers.

Segmented terminal cover and dedicated guides route power lines to distinct outlets, preventing incorrect connections between glass-sealed terminals.

Integrating the elastic sealing body with the housing eliminates complex multi-step assembly while ensuring reliable waterproof performance.

Plug-in jumpers connect busbars through functional shafts in a modular honeycomb, resolving rigidity issues from rigid mounting frames.

A power connection interface arranges live and neutral wires on opposite circuit board surfaces to increase trace wire count.

An integrated connection member eliminates separate shield parts, preventing galvanic corrosion and simplifying assembly.

An anti-twist part between the terminal board and intermediate board spaces cable lugs, preventing sparking in explosion-proof electric motors.

Segmented release lever arms immerse into the insulating housing, resolving the trade-off between terminal size and structural stability.

Heat-resistant spring clips maintain contact pressure on copper conductors in bridge assemblies despite high amperage heating.

A flex ribbon connector scheme merges traces and a ground plane into a metal shell to optimize signal paths.

Integrated two-pin plug merges input and output connections into single insertion action, simplifying maintenance in confined 1U spaces.

A method guides a conductor through an electrode recess and folds the tongue over to secure contact.

Segmented insulating lumps isolate terminals from EMI shielding layers, resolving grounding risks while maintaining signal integrity.

An insulative cover isolates exposed shield walls to prevent short circuits while managing electromagnetic interference resonance.

A universal backshell design uses gear-tooth locking to adjust cable angles in the field, eliminating separate tooling costs.

Grounding traces extend beyond signal contacts to establish low impedance reference before data transmission begins.

An intermediary pin guides engaging points into fastening holes, preventing misalignment errors and ensuring reliable electrical connection.

Strain relief member grasps cable braiding and contacts circuit board edges to provide mechanical support.

Integrates a one-piece shielding housing with a press fit on the cable to simplify assembly and ensure reliable electrical contact.

A shielding unit secures a conductive member via press-fitting and folding to ensure reliable electrical conductivity.