Vehicle Connectors TRIZ Cases

Segmented cable routing resolves diameter flexibility trade-offs by moving a protective pipe between positions.

A spring-loaded primary connector extends from a ground enclosure to engage a vehicle chassis port, resolving alignment issues without complex sensors.

Lock retainers prevent terminal locks from moving to a release position, ensuring secure positioning without increasing connector size.

Placing electrical connections inside hydrogen tanks prevents arcs without adding weight or complexity.

An asymmetric connector design creates a water drainage gap between elliptic and circular attachment portions, simplifying mold manufacturing.

Removable insulating body and releasable conductive inserts enable safe dismounting, resolving damage risks during maintenance.

Symmetric mating members reduce manufacturing costs by eliminating separate locking components.

A header connector uses press-fit compliant pins for signal and ground contacts to replace soldering.

Integrated PCB retention arms secure edge connectors against vibration, eliminating manual reconnection costs in automotive lighting modules.

Segmented cores with radial inserts stabilize fragile elements during injection molding, reducing breakage risk while maintaining seal integrity.

An L-shaped electrical connector integrates housing and contacts into a single assembly with openings for component insertion.

A flexible compression lock secures the plug contour to prevent accidental disengagement.

An elastic ring combines movable and fixed body portions to ensure proper alignment while preventing circuit damage.

A wireless power feeding device uses a locking band and ground sensing electrode to securely fix the receiving unit.

A rail vehicle electric connecting device merges mechanical and electrical components for direct port-to-port coupling.

A portable power distribution unit features a structurally rigid housing with a foot-hold step portion for secure operator handling during high wattage connections.

A connector packing incorporates a resin ring notch and tapered thick portion to prevent rising, resolving biting issues that compromise waterproof performance.

Magnetic connection force releases during accidental drive-off to prevent damage while alignment features ensure proper mating.

Segmented drainage channels isolate fluid paths within the housing to prevent electrical contact between discharge routes.

Dielectric potting in the cable connection housing reduces spatial requirements while ensuring reliable heat dissipation and electrical insulation.

An intermediary retaining arm limits fuse ejection distance and speed, preventing loss during replacement.

Integrated cover device secures vehicle diagnostic sockets against unauthorized access.

An angled flexible circuit area anchors in a connector pocket, eliminating multiple specialized plug types and simplifying manufacturing steps.

A hermaphroditic electrical connector uses a specialized latch strike plate to ensure consistent uncoupling forces.

Spring-loaded stabilizers in a trailer coupler maintain electrical contact during vehicle movement, preventing decoupling while allowing rotational shifts.

A spring-loaded damper actuator displaces a cord cleat to manage cable length, preventing pinching damage between vehicle components.

A compact antenna fastening device uses resilient spring metal sheets to secure the component within a bodywork opening.

Angled tooth geometry distributes mechanical stress to prevent loosening of coil connections under vibration.

Segmented guiding portions create spaces for braid passage, maximizing functional distance and preventing collector contact in motor vehicle starters.

Segmenting the connector housing into separable inner and outer units allows maintenance access while preserving sealing integrity.

Biometric authentication replaces mechanical keys in a soft lock system, resolving the trade-off between security and operational convenience.

A conducting terminal uses a resilient element and end cap to secure electrical connections.

Embedding conductors in a rigid raft and sealing the connector housing reduces harness weight while protecting against engine vibration.

A connector device uses an axis portion to rotate between open and closed positions for terminal mating.

A split shield cable fixing structure uses a braid fixing member to secure the electric wire braid within an annular mounting groove.

A connector housing bundles current and control signal conductors with a proximity sensor to detect aircraft port alignment.

A charging connector lever uses a metal plate reinforcing portion to strengthen the resin latch against stress.

A socket housing uses a backshell with a locking slider to secure the contact insert and rear harness connection.

Segmented cam grooves prevent guide rail damage during insertion, resolving the trade-off between operability and reliability.

Shared switching lines actuate multiple units to connect vehicle contacts, reducing drive switch count and cabling complexity while preventing faulty connections.

Friction welding breaks oxide layers on aluminum and copper contacts to prevent galvanic corrosion while maintaining high electrical conductivity.

An intermediary seal fills clearances between projecting tubular components and cover insertion holes, preventing water intrusion into the vehicle body.