Electrically Conductive Connections TRIZ Cases

A clamping apparatus with a deformable second part secures cable armour layers, resolving misalignment risks from multiple cone sizes.

Segmented power source pads distribute voltage across the organic light emitting display panel to minimize electrical resistance.

A shield connector uses resilient locking pieces to secure collective and individual core shield shells on a common housing.

Split solder portions position via corner contact and secure through solder filling, eliminating alignment adjustments during assembly.

A connection bridge uses a flanged insulating sleeve to lock within a housing while allowing rotation for bridging.

Stamped and formed outer ferrule controls impedance by sandwiching cable braid, reducing manufacturing costs for FAKRA connectors.

Moves plating lead-ins to internal PCB layers, eliminating residual lines that cause short-circuits and appearance defects.

Protruded electrodes with varying heights absorb warpage to protect brittle insulating films from thermal stress.

A connector cable design limits consecutive high-speed differential signal pairs to two using ground terminals and non-high-speed lines.

Half-open contact chambers and longitudinal ribs fix pin contacts in a split sleeve, eliminating separate fixing sleeves with bores.

Elastic arm portions secure the outer conductor, preventing insulator deformation and stabilizing electric characteristics during high-temperature soldering.

A power outlet device integrates light emitting diodes within prong-holes to illuminate socket positions directly.

A dead end connector tab extends across the clevis gap to constrain eyebolt rotation during assembly.

Removable dividers with a sliding dovetail joint enable tool-free maintenance, reducing damage risk from high torque forces during wiring installation.

A locking hub nut uses a rounded rim to guide wiring through conduit without damaging insulation during installation.

Hollow metallic electrode with paper insulation surrounds four conductors, reducing electric field stress in 750 kV HVDC transformers.

Regulating protrusions on the receptacle wall contact the terminal portion to suppress posture inclination and reduce connection resistance.

Semipermeable membranes in through holes enable heat dissipation and waterproofing for reliable chip operation.

A standardized interface circuit connects panel controls to motor power units via a relay, eliminating custom wiring complexity and assembly errors.

Nesting a conductive wire spring within a garment recess eliminates snap protrusion and maintains stable electrical contact during strenuous activities.

Beam projections ensure precise alignment between conductive patterns, resolving positioning reliability issues in housingless connectors.

Vertical positioning slots and horizontal stop portions in the outer casing secure the circuit board, preventing detachment from cable pull forces.

A communications jack uses a segmented flexible printed circuit board with crimped contacts to provide localized electrical compensation for signal paths.

Segmented parallel plates reduce crosstalk and electromagnetic interference while simplifying high-density cable connections.

Conductive filler eliminates air cavities between outer conductor and insulator, ensuring constant impedance for high-frequency signals.

A test coaxial connector probe uses a single continuous elastic structure to reduce height.

An assisting wire with lower stretchability than the outer tube restrains tube movement, reducing stress on core wire connectors during bending.

Mechanical sensors detect seal orientation via arbor interaction, eliminating complex optical monitoring and reducing processing errors.

A connector assembly uses a latching mechanism to snap the contact connecting bolt into the carrier, ensuring secure electrical connections.

A junction box cover integrates restricting walls to secure wire harnesses within U-shaped grooves.

A mini-coaxial connector uses a threaded adapter with wedge members to grip the cable sheath.

Pre-compacted insulating powder in insulated conductor splices reduces electric field intensities to prevent breakdown at high voltages.

A conductor organizing sled aligns twisted pair conductors within a modular plug assembly.

A flexible circuit substrate folds over a recessed encapsulation to support integrated circuits.

Adjustable piercing terminals accommodate thicker Category 6A wires, enabling installers to terminate cables in the field without pre-assembled assemblies.

A coaxial connector nut with a knurled tubular body and flanged head provides enhanced hand grip, eliminating separate tightening tools.

A connector spring plate flares outward and deflects inward to accumulate force while a stabilizer guide presses the face plate back to its regular position.

An inner shell encloses exposed wire portions at the connector interface to prevent electromagnetic interference leakage while enabling easy engagement.

Riveted buckles join shell halves into one unit, clamping wires to stop oscillation damage.

A flexible tubular sealing element rotates around its longitudinal axis to reduce inner diameter and tightly surround conduits.

A cable gland uses a snap-on connection to clamp an elastic sealing ring between the gland body and gland ring for secure assembly.

Conductive terminals feature piercing and positioning walls to secure thin cables in wearable smart clothes.

An integrated socket assembly combines the lamp housing and junction box into a single unit using push-in wire connections.

A leadframe electrical connector uses coplanar transition contacts encased in a dielectric frame with vertically staggered mating contacts.

Pre-assembled plug connections terminate conductors on the vehicle body and head module, eliminating cramped post-assembly wiring work.

A coaxial cable connector attachment tool uses a threaded bore and stop surface to secure connectors without damaging the cable.

Snap-fit coupling elements decouple rail assembly from panel mounting, eliminating device dismantling and reducing control cabinet installation costs.

A cable connector assembly uses an insulative housing to arrange USB and audio connectors in a compact, upright configuration.