Electrically Conductive Connections TRIZ Cases

Forward-extending shell portions enable height reduction without compromising EMI shielding or mating reliability.

Removable RF connector attaches thin wire antenna to PCB, reducing damage risks during installation while maintaining aesthetic appearance.

Metal sleeves and fasteners shield heat shrink tubing against impact and flammability hazards while preserving electrical insulation.

Position-coded insulating bushes guide connecting pins through a housing line channel to maintain pressure-tight sealing.

Folding connector housing aligns teeth to pierce sheath, eliminating tool requirements and preventing core damage during assembly.

A sealing assembly uses a biasing member to compress flowable sealant around an elongate member.

Intermediary semiconductor chips reduce wire length, preventing deformation and short-circuits during resin sealing.

A guided wave communication system directs electromagnetic waves along transmission media interfaces to induce non-fundamental propagation modes.

A shielding connector with integral clamping and earthing strips eliminates separate braids.

Partition walls in the cover body isolate tin-plated terminals, preventing whisker growth from causing electrical shorts without requiring nickel plating.

Metal pins establish electrical connections for early detection, avoiding unnecessary power consumption from read retries on empty slots.

A PSM coaxial connector uses a gap-free internal structure with controlled ventilation channels to transmit high-frequency signals.

A support frame secures shield clamps to mounting rails using a receiving device that fixes busbars in any angular position.

A shield connection element with a central flat soldering section and adjacent crimp sections.

An asymmetric guide surface extends along the pin insertion portion to direct contact regions into socket clamping portions.

A plug connector uses thin conductive layers and overlapping wall sections to shield electromagnetic waves within a plastic contact chamber.

An integrated connector with a flexible region adjusts to connect terminals at opposing angles, eliminating wire crossings from multiple installations.

A plug connector integrates a position assurance element with sliding portions and an abutting block to secure the assembly.

A plug connector pulling aid integrates a conductive section to serve as both a removal grip and cable shield support.

A ferrule crimps to cable front segments, sandwiching metallic braiding between the ferrule and reinforcement members to prevent inner structure damage.

Tapered press-in hole geometry maintains radial clearance during insertion, preventing plated surface abrasion while ensuring reliable axial connection.

A fitting uses an elastomeric internal seal and metal-to-metal interface to create a fluid-tight barrier around armored cable.

Spring features in the engagement component secure stripped wire portions while integrated seals provide weatherproofing without complex assembly steps.

Distinct terminal connection schemes on a shared data bus provide identity codes that eliminate manual configuration and reduce installation complexity.

A coaxial cable connector uses a compression sleeve to urge flexible fingers radially inward for secure mechanical engagement.

Flat boundary blocks resin from covering contacts, maintaining electrical reliability and preventing short-circuits.

A grip ring with a wedge surface and bias tabs engages the outer conductor to secure mechanical retention within the connector body.

Segmented chambers decouple high-power and low-power conductors to prevent electromagnetic interference while reducing manufacturing complexity.

A lead assembly connects flip-chip interconnects to printed circuit boards using extended lateral portions.

A multi-cable connector uses a fixing unit with notches to abut connecting heads and hold cable assemblies securely.

A shield terminal uses a segmented outer conductor with guide means to simplify assembly positioning.

Integrated base and cover units enable three-dimensional component mounting, eliminating separate boards to reduce assembly complexity.

Segmented housing parts arrange connection terminals in distinct parallel rows, resolving the trade-off between device modularity and manufacturing complexity.

A metallic cap protects the fragile center pin of a 75 ohm MCX connector jack from damage caused by misaligned plug insertions.

An integrated seal device applies radial force to prevent axial movement while shielding coaxial connectors from corrosion and signal interference.

Dual hooks and troughs distribute stress across multiple engagement points, preventing component separation during cable insertion.

A connector release element employs a toggle lever mechanism to displace locking tabs, resolving the trade-off between secure connection and complex unlocking.

Nested inner and outer contact bases within an insulator body improve wear resistance while maintaining electrical conductivity in small devices.

Nested bent plate crimping portions with asymmetric hooks connect multiple coaxial cables in parallel while minimizing space between adjacent connections.

A push-on high frequency differential interconnect system with a segmented tubular body and dielectric member enables blind mating of electrical conductors.

Segmenting the ground bridge bar into distinct paths prevents random wire bonding, eliminating coupling noise while maintaining structural integrity.

A pipe break valve eliminates sealing means by using gaps between a slide and housing as throttle ducts, reducing component complexity.

A sliding shield extension covers elongated apertures to prevent EMI leakage during connector mating.

A cable connection structure uses an insulation coupling strip to maintain wire spacing during assembly.

A connector assembly uses a compression nut to press a sealing ring against the body, forming a tight seal around the conduit.

A trailer towing connector integrates a resistive component to establish an electrical ground path between the vehicle and trailer circuits.

Segmented rear body assembly reduces coupling force by transitioning movable retention members to secure cables without cumbersome tools.

Accessory plug contact alignment features guide terminal block insertion for stable electrical switching apparatus connections.

An elastic fixing element secures plug connector modules in a holding frame, preventing unintentional disassembly during operation.