Vehicle Connectors TRIZ Cases

Power-flow sensing locks the EV charging connector during charging to prevent detachment, maintain coupling, and reduce unplugging risks.

A nosebox master circuit and addressed connector slaves share power and control over trailer wiring, cutting dedicated lines while supporting added devices.

Integrated resistor mounting in a locking connector shortens CAN bus routing, cuts cable stubs, and simplifies diagnosis and maintenance.

A thermally conductive support routes heat from the contact element to a PCB sensor, cutting heat loss and simplifying charging assembly.

Fluid-suspended terminals use magnetic clamping and liquid metal contact to keep power-rail connection stable on uneven terrain and prevent arcing.

A dual-seal rear case drains water from the fitting chamber while keeping the connector backside dry and simplifying terminal assembly.

Interchangeable keying heads prevent aircraft connector insertion errors while reusing one connector body across different power levels.

Axially stepped connector pins increase overmould contact area to resist fuel leakage and protect electrical connections in high-pressure fuel systems.

Heat storage material inside the connector housing absorbs terminal heat during high-current charging to suppress temperature rise.

A front-rear sliding inner housing protects terminal connecting portions while keeping connector side walls thin for high-speed communication.

Tiered conductor rod connections separate electrical and pneumatic paths to maintain stable high-voltage power delivery on mining work machines.

Road-embedded power and return lines use conductive tires and elastic breakers to power EVs in motion, cutting battery weight while extending range.

Multimodal optical, radio, and range sensing tracks trailer and breakaway cable status in real time, reducing manual checks and missed disconnections.

Press-worked slits and resilient tubular pieces cut charging terminal cost while preserving conductivity and limiting heat under large currents.

A removable front-mounted spotlight lights the charging inlet directly, cutting light-guide cost and making replacement easier.

Metal reinforcement in EV charging socket fastening regions absorbs plug torque and prevents housing breakage under high loads.

A movable inserted seat lets a bicycle frame connector align and detach cleanly from a hub motor, easing installation and maintenance.

Reinforcement at multilayer strip ends boosts pull-out strength and prevents metal flakes for stable battery pack connections.

A dual-nib terminal lock combines rigid housing support with a flexible retainer arm to raise shear strength and keep insertion force acceptable.

Mechanically actuated charging contacts replace high-power cables and short to earth at rest to improve vehicle charging safety and handling.

A planar seal with rim-wall passages, ribs, and sealing lips blocks liquid entry at wire and cover interfaces in angled connectors.

An integrated coolant channel in the charging connector controls battery heat during high-voltage aircraft charging, enabling faster recharging.

A ledge-locked nut and anti-rotation terminal create a vibration-resistant vehicle earthing point without threaded assembly errors.

An arc-shaped root on the terminal installation part reduces vibration fatigue during ultrasonic welding and keeps the protective cap secured.

A multi-contact disconnecting assembly separates power and signal paths under load while preserving battery potential access and suppressing arcs.

Wrapping the cantilever root and bridging arm in the frame body prevents backward folding while preserving lead elasticity and clamping length.

Integrated coolant flow through the connector targets cable hot spots, lowering operating temperature without heavier passive cooling.

Clip and slot connection features join exposed flexible-circuit traces to device terminals, saving space while allowing reliable replacement.

Compressed grommets and metal isolation breaks block moisture and gas ingress at cable exits, preserving insulation resistance through thermal cycling.

A split barcode on the connector body and CPA closes only when fully mated, enabling reliable post-assembly verification by sensors.

An embedded insulator separates the conductor from conductive resin at the exposed connector, preventing galvanic corrosion in wet conditions.

An uncoupling plug connector simplifies steering sensor assembly by releasing its carrier during installation for reliable electrical contact.

Switching magnetic contactors by operating mode cuts unnecessary power to vehicle electronics while preserving accurate stray-capacitance ground fault detection.

A pressure-opened vent routes thermal runaway gases through a radiator path to cool flow, trap particulates, and protect marine battery packs.

Wrapping the cantilever fixed ends and bridging arms in the frame body prevents root folding while preserving clamping elasticity.

A detachable microcontroller-based adapter links existing solenoid valves to LIN bus control, cutting power use without valve replacement.

Loose-fit guide and recessed portions absorb steering shaft eccentricity, enabling smooth rotary connector motion and stable rotation transfer.

A conductive loop in the EV charge coupler housing detects damage or separation, stops current flow, and enables remote service alerts.

Direct rail-mounted contacts replace seat wiring and connectors, preventing exposure damage while preserving full seat movement and control.

An annular-groove insulating cap and turn-lock assembly extend creepage distance in a coaxial connector to meet motorcycle safety specs.

A movable alignment adapter locks the connector during high-force events while preserving low-force self-alignment during mating.

Segmented 3D metal-sheet connectors use bends as stiff springs to support battery cells, absorb vibration, and tolerate shape variation.

Bent sheet-metal segments form a 3D connector that supports battery poles and damps vibration to reduce mechanical and electrical failures.

A translucent inner well and opaque outer body combine sealing, centering, and backlighting to protect vehicle charging ports with fewer parts.

Piercing clamp contacts replace soldering and riveting to simplify cable-to-board wiring while improving connection stability and maintenance.

Axial locking and a thin solid outer conductor help coaxial cable assemblies resist EMI, vibration, and strain in high-speed vehicle data links.

A heat storage body in the charging terminal absorbs Joule heat during energization, limiting connector temperature rise with lighter conductors.

A constrained terminal pad layout limits lead-free solder stress in vehicle window glass, reducing cracks and surface peeling while keeping bond strength.

Straight side-exit wires and coplanar terminals shrink vehicle connector installation space while simplifying routing and waterproofing.