Vehicle Connectors TRIZ Cases

A rocker arm integrates shutter control and plug locking to resolve complexity while ensuring vandal resistance.

Sealed connecting conductors inside a nonconductive main body secure electrical connections within the terminal block against vibration and shock instability.

Spring-loaded locking elements store mechanical energy to unlock EV charging plugs during power failures, ensuring safe operation without electrical supply.

A sliding device connector accommodates synthetic resin shrinkage during cooling to prevent structural damage.

Differentiated radii distribute pressure to prevent breakage while securing electrical conductivity in lightweight vehicle components.

A connector with a circular soldering foot and downward lip recess distributes thermal stresses across the glass surface.

Universal adapters enable integration of diverse vehicle connectors into one housing, reducing design complexity and assembly costs.

Movable support device aligns automotive lamp connectors along a perpendicular axis, eliminating extended cables that cause entanglement.

Deformable retainer clip augments retention force between wire harness and PCB connectors, preventing unintentional separation in automotive LED headlamps.

A movable cover shields the lock release portion, preventing premature lever rotation and ensuring reliable switch timing.

A wiring module routes power supply lines along a structural reinforcement to minimize total length while housing branch parts for overcurrent protection.

A connector cap uses a recessed portion to guide tubular insertion into the housing cavity.

Dielectric insulation elements constrain the angle of inner contacts in mini-coaxial connectors, simplifying assembly and reducing manufacturing complexity.

A board connecting connector uses notched cylindrical terminals with separate elastic deformation and inspection portions for stable electrical contact.

Integrated gas cooling channel dissipates heat from the plug-in connection, eliminating complex coolant systems and corrosion risks in automotive applications.

A modular electrical plug device separates universal internal components from type-specific outer housings to simplify manufacturing.

An integral spring element prevents intermediate positions in electrical connectors, ensuring reliable contact without complex locking mechanisms.

A divided seal mold uses an elliptical protect tube to block molding compound infiltration while keeping EPB and WSS cables separated.

A terminal base holder secures the bolt head circumference to distribute rotational forces during assembly.

Over-moulded insulation surrounds electrical contacts in a crankcase connector to maintain seal integrity.

A connector bracket employs a rail structure and band portion to prevent detachment under directional loads during vehicle assembly.

Segmented Ag-Sn alloy plating improves wear resistance and reliability while reducing plating time and cost.

Inclined annular resin members create elastic interference seals, preventing plastic deformation and water invasion under high pressure.

An integrated conductive member eliminates separate pipes to reduce manufacturing complexity while maintaining shape retention and electromagnetic shielding.

A charging plug incorporates a metal reinforcing element to absorb locking forces and prevent plastic deformation.

Wireless high-voltage interlocking loop uses RFID-enabled electrical connectors with conductive shielding to verify proper seating.

A planar bus bar welds core conductors inside a conductive sleeve, eliminating fan-out geometry and reducing splicing device length by 38%.

A guider on the partition wall restricts plug coupling positions, preventing sealing member separation during insertion.

Asymmetric fitting geometry prevents rotation during connection, eliminating component tangling and damage in train junction boxes.

Integrated shunt resistor protrusions prevent wire harness rotation under vibration, eliminating extra clamping parts and reducing sensor complexity.

A sealed connector system integrates a capacitor assembly and busbar to provide grounded electrical connections.

A cable holding structure uses a rubber plug and binding member to clamp electrical wires securely.

A terminal fitting through hole contour uses varying radius circles to manage stress distribution during ultrasonic welding.

A hardware interface adapter modulates data signals onto an existing charging cable data line to enable bidirectional communication.

A protruding lid bead reinforces the opening area strength to prevent water intrusion into the casing during vehicle vibration.

Sawtooth-shaped strain relief elements deform wire insulation into recesses, restricting axial movement without damaging the jacket.

Ground-connected contact elements surround signal contacts to form an electromagnetic shield within the connector body.

A charging plug connector guides compressed air to power contacts for thermal management.

A movable cover flap exposes either an AC or DC charging port while a latching mechanism secures the selected interface.

Pre-bending the lead section before molding allows insertion through a minimal opening, preventing foreign matter ingress while maintaining location precision.

A power terminal aligns crimping wings and a weld area along a longitudinal axis to join wire leads.

Pre-mating deflection of the connector latch improves dimensional control while resisting permanent set under compression.

A vehicle bus bar consolidates ground connections to simplify assembly.

Floating control modules and sprung guides reduce wiring complexity while enabling damage-free maintenance in aircraft power systems.

Segmented cable brackets with dynamic latching resolve installation difficulties and destruction requirements while maintaining consistent tension.

A sun visor connector positions the terminal via a pressing portion abutting the bracket, preventing misalignment and ensuring stable contact.

A vehicle antenna assembly uses a rotating wire connector to adjust power wire direction for flexible installation.