A pivotable latching element and evoloid gear stage cut rotary latch-pawl friction, enabling compact, lower-power door lock opening.
A sealed through-hole and dry-wet housing split enable manual emergency unlocking while blocking moisture and dirt from the drive.
A compact lever-and-spring flush door handle keeps a smooth exterior while adding manual deployment and key-based backup during electronic failure.
A spring- or handle-reset emergency release enables tool-free door lock opening after drive failure while staying concealed behind trim.
A single-bolt latch with frame-side electronics fits thin camper doors, enabling solenoid, key, and inside lever operation without door wiring.
A bidirectional slotted link separates engagement and disengagement paths to stabilize the coupling lever and prevent lock malfunctions.
Separate pin paths in a bidirectional slotted link stabilize a vehicle lock coupling lever and prevent disruption-prone motion.
A cam-and-lever handle mechanism reduces play, wear, and tolerance sensitivity while keeping vehicle door handle extension smooth and secure.
A shared release lever enables motorized and manual pawl lifting while blocking manual actuation in idle stroke without extra coupling parts.
A single motor and actuator gear handle both power release and crash unlock, keeping the vehicle latch compact and operable in collisions.
One motor drives pawl release, double-pull mechanical release, and child lock functions to cut door latch size, complexity, and cost.
A pre-tensioned leg spring helps a motor vehicle lock drive overcome door sealing pressure with lower motor load and simpler gearing.
A linearly displaceable coupling lets a two-part release lever decouple under blockage so the pawl returns home and the door can close.
An integrated locking linkage simplifies vehicle door lock transmission while keeping child-safety engagement secure and stable.
A stacked movable-arm locking module adds child safety to vehicle door locks while cutting structure complexity and saving installation space.
Coordinated mechanical and electrical release kinematics keep the locking lever unlocked after e-release, preventing vehicle lockout.
An interchangeable override lever lets one vehicle door latch meet one- and two-motion release rules without separate latch designs.
An integrated position indicator stops the motor at deployed and recessed handle positions, avoiding stall wear and external limit switches.
Parallel mechanical and electrical release paths keep the locking lever unlocked after opening, preventing vehicle door lockout.
A common-shaft latch layout fits electrical and mechanical door release functions into limited space while preserving modularity and override features.
An interchangeable override lever shape lets one vehicle door latch meet one- or two-motion release rules without redesign.
Separate shafts for the mechanical lever and electric gear wheel cut door latch thickness while keeping both release paths independent.
A central opening lever with separate electric and mechanical pivot points cuts latch thickness while preserving independent door release.
When a release motor fails, a manual cancellation mechanism decouples latch levers so the vehicle door can still be closed securely.
GPS, Bluetooth, and smartphone authentication let a vehicle door lock open only at the delivery location, with offline emergency access.
A spiral-groove actuator shifts the ratchet in one rotation, shrinking door lock layout and cutting parts, noise, and rebound.
An actuator-driven locking arm secures the refuse vehicle tailgate automatically, cutting cycle time and extra actuator complexity.
A single motor reconfigures the latch between power-only release and crash-ready mechanical opening, keeping the assembly compact and economical.
A switchable coupling lets a blocked locking pawl return to the lowered position, preserving vehicle lock closure in motorized or manual use.