Vehicle Connectors TRIZ Cases

Clamped sealing elements within a tubular sleeve enclose conductive joints, resisting temperature fluctuations that degrade standard shrinkable sleeves.

A stranded drain wire contacts the foil shield to provide a ground connection for vehicle data transmission cables.

Guide groove and pin system secures lever position to prevent detachment from vehicular vibrations while maintaining compact size.

A single lock member secures both the charging inlet lid and connector via electromagnetic actuation.

A quick connect assembly mechanically couples busbars to electrical terminals using push fittings and clamping mechanisms.

Deflectable terminal locking pieces project outwardly to verify wire insertion depth, resolving inspection difficulties without adding components.

Integrated dual-shell connector reduces component count and chafing interference while enabling straightforward maintenance in gas turbine engines.

Load contact module positions temperature sensor away from mounting portion to ensure accurate thermal readings.

Partition walls with interlocking projections and recesses form liquid-tight seals between busbars, preventing short-circuiting in bolted connectors.

An electropneumatic control system regulates current collector pressing force by combining basic and additional pressures to prevent contact interruptions.

Lock plate slides along rail to engage bolt member, resolving insufficient engaging strength in high-speed vehicle connectors.

A vehicle network connector assembly uses a conductive shielding member to protect pin pairs from electromagnetic interference.

A connector integrates a pressure spring device onto the contact carrier to convert plugging force into orthogonal contact pressure.

Spring contact element cuts insulation and clamps cable to prevent electrical failure under vibration.

Segmenting the charging plug into a permanent body and replaceable wear part reduces replacement costs while maintaining reliable electrical contact.

Alternating long and short side orientations in dual rows increase fuse capacity without expanding the vehicle electrical connection box volume.

Segmenting the protective layer into nested inner and outer tubes resolves tearing risks during repeated deflection while maintaining insulation integrity.

Integrates coaxial coolant channels within insulated electrical conductors to remove heat during power transfer.

Spring contacts project from a housing to latch onto a ring contact, reducing fitting complexity and cost while ensuring reliable electrical connection.

A rotatable connector leg features a radial cross-section creating point or line contact with the bearing inner surface.

An insulated housing covers exposed metal parts during tool insertion, preventing operator contact with conductive surfaces.

Segmented cassette housing enables rapid intermediate terminal exchange without wire detachment in electric vehicle charging connectors.

Dual axial securing mechanisms stretch and compress housing sections to maintain connection stability across wide temperature ranges.

Interlocking ribs and slots on the connector body guide the shield into a fixed position, preventing contact arm damage from shield folds.

A flexible electrical connection device adapts to varying plug connector geometries through selective contact elements.

An elastically deformable adhesive seals electrical connectors by compressing within the receptacle to block moisture ingress.

A double busbar with an insulator stacks conductors to cancel electromagnetic fields while maintaining electrical isolation at contact points.

Integrating a soft elastomer component into a hard plastic housing reduces cable line buckling susceptibility at entry openings.

A mixed braid ribbon conductor combines copper and stainless steel wires to maintain electrical conductivity while providing mechanical strength.

A switching device disconnects the signal line to enable safe plug removal from a motor vehicle charging connection.

Busbar-side and holder-side engagement portions align the holder axis, preventing play that compromises O-ring waterproofness.

Integrating conductive terminals into a bicycle fixing seat allows charging during engagement, resolving the lack of power access for parked bikes.

Integrated guide case with nested storage spaces reduces device volume while simplifying installation of movable body power supply structures.

An elastic relay terminal absorbs assembly tolerances to maintain stable contact pressure in high-voltage vehicle driving power systems.

Segmented actuator design maintains locking reliability during electrical failures while compact bellows seal against moisture and dust.

A charging gun uses a metal heat dissipation member to fix terminals and manage thermal loads.

A fluidically sealed enclosure protects electrical joints on transparent panes using a sealing material that fills the internal volume.

Terminal escape space absorbs screwing plate bending displacement to prevent resin housing cracking without requiring high dimensional accuracy.

Heat-activated adhesive film bonds a flat conductor to a cable before plastic encapsulation, eliminating pre-potting steps and reducing material costs.

Dielectric oil coats the hyperboloid pin inside a split-line chamber, preventing corrosion from repeated tailgate removal.

Aircraft ground power cable uses CCA-15 conductors and a central support element to reduce physical mass.

A modular electrical connector assembly uses interchangeable covers with tab-and-receptacle terminals for secure engagement.

Flexible-member staging device retains connectors in a cavity to eliminate adhesive tape removal complexity during robotic assembly.

A plug housing integrates a sliding guide and ramp surface to drive a contact body against the conductive element, securing the electrical connection.

Retention member disengages from terminal engagement portion to permit movement, resolving cumbersome nut removal while maintaining electrical connectivity.

A peripheral groove intercepts salt-containing liquids before they reach the shield-side sealing member, preventing aged deterioration of the connector seal.

A coaxial electrical connector for strut rods uses an elastomeric tubular seal to allow tilting while maintaining a sealed connection.

An ejector mechanism uses an actuator to force electric vehicle charging connectors out of ports, allowing drivers to exit vehicles during adverse weather.

A junction box cover uses an engaging projection and positioning walls to hold a standby position without springs.

Integrating electromechanical and semiconductor submodules into a single module reduces wiring harness weight while eliminating contact arcing.