Electrically Conductive Connections TRIZ Cases

Integrated barbs and rib-like projections secure the IDC header pin to both housing and PCB, eliminating auxiliary components that increase assembly complexity.

A connector housing integrates a resilient sealing member that extends along the electric wire to shield the joint from external forces.

Internested frame members eliminate complex trace routing to maintain signal integrity while increasing contact density.

A stepped wiring terminal positions conductors to hide leads inside the housing.

A micro plug connector features a metal shell with front and rear covers that double cover the insulative housing to enhance structural integrity.

Unitary inner conductor with planar back angle surface transition reduces impedance discontinuity and assembly complexity in angled coaxial connectors.

Pre-installed gasket provides inherent waterproof protection without post-manufacturing procedures, preventing moisture damage during storage.

Segmented tin plating on a copper strip lowers insertion force while maintaining low contact resistance and preventing peeling in harsh environments.

Vertical stacking of identical switch ICs eliminates intersecting wiring patterns to improve signal isolation and reduce mounting area.

Placement member walls sandwich terminal electrodes to prevent rotation, eliminating substrate positioning holes and increasing component density.

A cable connector spacer sustains copper foil within a metal case slit, preventing breakage and preserving shielding performance.

Segmented tubular packings seal shield terminal and wire gaps within a housing, eliminating hollow sealing caps that compromise waterproof performance.

A strain relief member joins a cable connector assembly to a circuit board via soldered jointing portions for reliable mechanical and electrical connections.

Laser milling creates recesses for preformed antennas, eliminating ultrasonic embedding and reducing mechanical alterations.

Overlapping thermal and signal planes reduce resistance, eliminating cold junction temperature gradients across terminal blocks.

Segmented seal members with flexure regions resolve the trade-off between moisture protection and installation ease by adapting to terminal port lengths.

Geometrically conjugate half-shells unify fixed and withdrawable switch wiring, eliminating component duplication.

A connector system uses broad-side coupled terminals to create a tuned transmission channel for high-speed signaling.

Dual-sided insertion openings enable safe maintenance without opening the control cabinet.

An intermediary gripping sleeve with friction-enhancing patterns enables adequate torque application to prevent loose connections and signal leakage.

Wedge elasticity converts vertical compression into horizontal clamping force, resolving insufficient mating force in thinned high-frequency connectors.

A connector assembly with a compression mechanism that crumples the corrugated outer conductor to establish a secure connection.

A composite assembly integrates a conductive substrate with an electrodeposited dielectric layer to form electrical connectors.

Controlling weld nugget blowhole area ratios below 8.4% resolves connection quality issues caused by insulating coating vaporization during laser welding.

Universal proximal end components reduce manufacturing complexity and cost while maintaining functional performance across active and passive lead types.

A switchgear mechanism integrates connection terminals and pins for direct wire attachment.

A cover member fixing part elastically presses a PCB connector to prevent assembly separation and suppress electromagnetic interference.

Integrated molded pressing surfaces eliminate complex pressing plates to prevent housing damage while ensuring reliable electrical connections.

A coaxial connector uses a ring to convert radial coupler rotation into axial body movement for secure terminal engagement.

A threaded post engages between the braid and dielectric layer of a coaxial cable to enable twisting installation.

Segmented front and rear grooves in a connector locator enable smooth cable bending without excessive stress, allowing compact device design.

Multi-functional plugs open or short circuits in terminal posts, reducing handling complexity and safety risks from multiple separate tools.

Grooved pick-up plates fix conducting wires in position, preventing signal instability and short circuits caused by wire misalignment.

Masking mating interfaces during coating application creates conductive paths through bolts, balancing potentials without extra ground straps.

Interface cable system incorporates a switching element and visual indicator to enable efficient one-handed zeroing, resolving measurement accuracy issues.

A coaxial connector compresses a foam insulating layer to secure the outer conductor and increase inner contact force.

Insulation member shields adjacent conductor pairs to reduce crosstalk and prevent data transmission loss during high-speed splicing.

Inclined spring fingers on a conductive frame maintain electrical contact while accommodating lateral bracket shifting to prevent installation jamming.

A staggered contact arrangement positions differential signal contacts within a hexagonal group of reference contacts to improve high-frequency electrical characteristics.

An inclined portion guides terminal fittings into a connector housing while restrictions prevent loose movements to reduce insertion resistance.

A guide piece positions a conducting pin for resistance welding to a coil connector, replacing complex soldering to reduce production costs.

A removable jack assembly uses a light bar and wire harness to activate LEDs that identify specific cable locations within a distribution system.

An electric meter socket integrates line voltage, output voltage, and neutral wire connections into a single unit.

Recessed current transformers in the terminal block simplify assembly routing for thick wires while maintaining measurement accuracy.

A compression connector flares a coaxial cable outer conductor between ramped surfaces to secure the joint.

Integrating the backshell into the connector housing eliminates separate components, resolving vibration failure risks in aircraft applications.

A coaxial high-voltage component uses a solid polymer insulating body with an integrated control electrode to simplify manufacturing.

A modular high-density connector assembly uses bifurcated contact tips to ensure reliable electrical engagement within a compact frame.

Overmolded frame with spring pins grips device edges, eliminating lint accumulation while enabling easy manual attachment.

Segmented expansion coupling housing enables direct visual inspection of internal grounding components without conduit disconnection.