Vehicle Connectors TRIZ Cases

Integrated slider and spring mechanism locks connector lids automatically, preventing accidental disconnection during tractor implement operation.

A hook terminal uses pressure lugs to apply friction against cable strands for secure axial fixation.

A motor vehicle charging connector uses a motor-driven flap to pivot and entrain the cover for automatic closure.

A traction battery charging arrangement uses an electrical safety loop to instantly switch off the charging current upon detecting a fault condition.

Ferrite beads mounted on the circuit board filter electromagnetic interference in CAN FD communication, reducing connector volume and weight.

A receptacle housing integrates a bottom drainage through-hole to discharge accumulated water via gravity.

Perpendicular elastic metal piece maintains reliable electrical conductivity with heating elements under vibration stress conditions.

A terminal connection structure uses a clip terminal to sandwich electric-contact portions, reducing housing width by enabling vertical stacking.

Interlocking connecting block parts with conductive terminals and insulating resin members enable scalable electric component integration.

A CPA element connector assembly enables safe power transmission through mechanical verification of mating status.

Diagonal locking hooks interact with the contact carrier to prevent dislodgement during assembly, ensuring reliable positioning under load.

Integrating a plastic sealing element with the contact carrier eliminates separate assembly steps while ensuring reliable longitudinal water tightness.

An automated charging system uses insertion funnels and guide pins to move a plug into a socket, eliminating manual handling that soils clothing.

Elastic tabs in the connector housing contact terminal sidewalls to compensate for clearance changes caused by vibrations and temperature variations.

Synchronized twist and winding directions in composite cables simplify wire termination procedures.

Opposing arms with flexible contacts engage identical terminals, preventing axial movement and reducing manufacturing complexity.

A pivotally mounted locking element uses a flexible sealing membrane to protect the connector interface.

A protector-equipped wire harness uses a slidable member and receiver to fix components without protruding locks.

A trailer socket integrates a protective circuit with voltage reduction components to manage electrostatic charges at the vehicle interface.

A releasable connection device joins power electronics and transmission housings with a sealed interface for electrical continuity.

A connector housing holds a temperature sensor end face in direct abutment against the terminal for thermal conduction.

An oblique fixing device reinforces the conductor crimp region, resolving size-strength trade-offs for reliable connections.

Shared connector housing integrates two wire-side terminals into a single harness end connector for dual circuit assembly engagement.

Transverse pin arrangement reduces module volume and enables automated assembly.

A connection connector uses a selective detachment section to electrically separate circuit paths within a flat cable assembly.

Dual accommodation spaces enable detachable fixing of various built-in parts, reducing production costs and enhancing repair flexibility.

Metal contact member maintains elastic force against plastic creep deformation, ensuring stable engagement with reference potential members.

An integrated interlock plate manages connector sequencing without custom parts, reducing system costs while ensuring technician safety.

Segmented locking mechanism prevents terminal ejection during assembly while maintaining compact connector housing size.

Weatherproof connector prevents overheating fires via thermostat cutoff while asymmetric locking resists accidental disconnection during continuous motion.

A ring-shaped contact element expands the surface area of a high-voltage connector to improve heat dissipation.

A plug connection uses a part-spherical end face and trumpet-shaped depression to create a self-centering axial spring-loaded contact mechanism.

Third holding means intercepts tensile forces near cable connections, preventing ferrite element stress during misaligned insertion.

An in-line fused connector integrates a fuse subassembly within an outer housing to manage high voltage power distribution.

Drainage inducing members on the back side of drain holes promote water flow, preventing freezing accumulation that blocks plug-in vehicle connector operations.

A linear locking electrical connector uses a ring and arm mechanism to secure mating components together.

Segmented sheet metal grounding contact prevents distal end protrusion from manufacturing tolerances, ensuring reliable airbag squib connector mating.

Sprung retaining elements engage connector stems to secure the electrical connection on a fan shroud.

A plug-in coupling system uses contactless communication to transmit data and energy between a vehicle and transport unit.

Segmenting the connector into fixed and detachable elements resolves the trade-off between multi-standard compatibility and connection security.

A connector restriction portion abuts the electric wire-side connector to constrain movement along the insertion axis.

A vehicle-mounted block heater cord extender uses a telescopic arm to reach power outlets while keeping the unit attached to the car.

Segmented main and sub-housings unite via coupling side surfaces to adjust pole counts without altering the mating connector locking structure.

Segmented electrical plug connections reduce signal crosstalk at 10 Gbit/s rates by using conductive shield planes between detachable conductor groups.

A terminal connection structure uses a movable attachment section to hold fixtures in an overlapping state.

A grommet-equipped connector uses a flange protrusion guided by an internal groove to simplify the mounting structure.

A connector assembly uses a spring-loaded coupling member to link power cables.

A power connector with external terminals and current shunts couples battery conductors to a management system.

A cable connector sleeve uses radial constriction to enclose support webs, securing electrical contact and mechanical positioning.

Nested elastic seals inside the conductive shell prevent water ingress without increasing structural complexity or assembly steps.