Electrically Conductive Connections TRIZ Cases

An upward-extending lump in the connector spacer physically isolates adjacent contact rows, reducing electromagnetic cross-talk interference.

Single waterproof member seals multicore wires from outer sheath to connector housing, reducing length and diameter while maintaining reliability.

Pre-formed inclined portions guide binding members to correct positions while restricting portions prevent backward movement during vibration.

A connector secures corrugated tubes using retaining projections spaced at common pitch multiples and a binding band.

A reusable sealing assembly uses a deformable cylindrical gasket and locking mechanism to secure electrical interconnections.

Segmented spacer fingers create open-front and rear passageways that resolve unreliable wafer engagement while ensuring firm contact fixation.

A shield frame combines a sheet metal core with overmolded conductive elastomer to provide z-axis compliance and x-y stiffness.

Multi-layer substrate structure aligns conductive paths to simplify terminal mounting and enable adjacent noise reduction element placement.

A pivotable terminal clamp puller uses a dovetail fastening mechanism to detachably secure the grip section for ergonomic handling.

Segmented sealing parts and unified holding elements resolve the trade-off between assembly ease and sealing reliability in cable feed-throughs.

Lateral undercut surfaces create extra plug spaces on side walls, resolving front-face congestion and optimizing cable routing in constrained mounting areas.

An inverted skirt on a cable shield connector guides insertion into the housing while maintaining electrical continuity.

A communication jack uses a single-stage crosstalk compensation circuit to cancel near-end interference.

Segmenting the gasket eliminates embossing steps, reducing manufacturing complexity while maintaining reliable EMI shielding.

Asymmetric land widths and uneven connection distributions reduce thermal expansion stress, enabling high-density semiconductor connections.

A modular functional component upper part connects to lower parts via standardized mechanical and electrical interfaces.

Extending a shield contact portion in the thickness direction joins opposing shields, eliminating slits that compromise electromagnetic wave blocking.

A quick connector socket uses a rotating housing to manage cables and prevent dislocation.

An actuating limb extends from the clamping spring to relocate the release element access point, resolving the trade-off between safety and installation size.

Outer support wall stabilizes wires during trimming to prevent deflection, eliminating incomplete cuts and electrical shorting risks.

Segmented connectors mounted on a helical bobbin prevent cable entanglement and reduce tension stress during rotation.

Pivoting terminal covers prevent electrical shock risks from exposed L-shaped terminals while simplifying maintenance access.

Soldered HF litz wire in a plug-in connector reduces skin effect and thermal stress during high-current transmission.

External terminal locking tabs on a wire harness joint connector reduce projection thickness while maintaining locking force against vibration.

A camlock connector uses a rotating fulcrum peg to drive pin elements through insulation for secure electrical contact.

Segmented dielectric barriers separate individual contact zone shields, eliminating noise coupling paths that degrade return loss in standard RJ-45 connectors.

Staggered contact depths distribute mating force across stages, reducing peak load while maintaining high connection reliability.

Annular tooth on inner sleeve grips coaxial cable spacer, eliminating hexagonal compression tool requirement.

A universal cable system uses a keyed profile and self-crimping connectors to simplify low-voltage wiring installation.

A connector assembly uses preformed cable bends and a pull tab recess to arrange conductors within a compact housing.

Detecting terminals open circuits upon full connection completion, preventing false noise interference judgments.

A wiring circuit substrate uses a metal support layer terminal section to enhance mechanical strength and reduce contact resistance.

Curved LED sidewalls facing an optical element transmit light through a receiving hole in a metal shell, resolving shielding versus transmission trade-offs.

Rotating hollow sleeves align plug holes with internal clamping parts, accommodating diverse plug orientations while shielding unused contacts from dust.

Segmenting the power distributor isolates ESD-sensitive components in a plug-in module, reducing handling complexity and manufacturing costs.

Adjustable clamping module secures offset network cables using pivoted members, resolving contact consistency issues without increasing part complexity.

Segmented flex circuit accesses BGA pins through standoff region without increasing package height, enabling design fault detection.

A connection switching device uses an insulating projection to parallel connect inspection circuits to antenna and transmission paths.

An elastic coding ring fits into a seat on the screw body to prevent confusion during assembly and storage of similar calibration elements.

A lateral insertion receptor connector secures a cable end connector through side engagement to reduce overall assembly height.