The present disclosure is directed to integration of a manually-controlled lock release mechanism into a vehicle closure system to permit manual actuation of the lock mechanism within a closure latch assembly in the event of a power loss situation. The lock mechanism that can be manually shifted from a child-locked state to a child-unlocked state via actuation of a manually-operable lock release actuator located along the B-pillar of the vehicle.

A closure latch assembly for a motor vehicle closure system includes a power release mechanism and an inside handle release mechanism mechanically connected to an inside door handle. The power release mechanism is used to shift the inside handle release mechanism from a normally Disengaged operating state to an Engaged operating state. In the Disengaged state, the inside handle release mechanism is uncoupled from the latch release chain of components to prevent latch release via actuation of the inside door handle. In the Engaged state, the inside handle release mechanism is coupled for the latch release chain of components to permit latch release via actuation of the inside door handle. The power release mechanism only shifts the inside release mechanism from its Disengaged state into its Engaged state in the event of an emergency condition.

A closure latch assembly for a motor vehicle closure system includes a power release mechanism and an inside handle release mechanism mechanically connected to an inside door handle. The power release mechanism is used to shift the inside handle release mechanism from a normally Disengaged operating state to an Engaged operating state. In the Disengaged state, the inside handle release mechanism is uncoupled from the latch release chain of components to prevent latch release via actuation of the inside door handle. In the Engaged state, the inside handle release mechanism is coupled for the latch release chain of components to permit latch release via actuation of the inside door handle. The power release mechanism only shifts the inside release mechanism from its Disengaged state into its Engaged state in the event of an emergency condition.

A closure latch assembly for a motor vehicle closure system having a latch mechanism, a latch release mechanism for releasing the latch mechanism, and an outside backup release mechanism operable, in cooperating with the latch mechanism and the latch release mechanism, to provide an external latch release function and a separate and distinct latch reset function. The external latch release function is initiated by a first-key actuation operation associated with a door-mounted key release mechanism. The latch reset function is initiated, after the external latch release function, via a second key-actuated operation associated with a reset device on the closure latch assembly.

A vehicle door presenting system includes an actuator striker positioned at one of a vehicle body surface or a vehicle door, and an actuator positioned at the other of the vehicle body surface or the vehicle door and engagable with the actuator striker. The actuator is configured to move the vehicle door between a fully closed position and a partially open position via interaction between the actuator and the actuator striker. The actuator includes a retaining portion to maintain engagement with the actuator striker. The retaining portion retains the vehicle door in the partially open position to prevent the vehicle door from moving toward a fully open position.

The invention relates to a locking system (100) for a movable part (101), in particular a door or a lid, of a vehicle, comprising: a handle (10) fixed relative to the movable part (101) in a normal operation of the vehicle for opening or closing the movable part (101), a lock (20) for locking or unlocking the movable part (101), and an actuator (30) for actuating the lock (20). According to the invention, the actuator (30) can be arranged at a distance from the lock (20).

A closure latch assembly for a motor vehicle closure system includes a power release mechanism and an inside handle release mechanism mechanically connected to an inside door handle. The power release mechanism is used to shift the inside handle release mechanism from a normally Disengaged operating state to an Engaged operating state. In the Disengaged state, the inside handle release mechanism is uncoupled from the latch release chain of components to prevent latch release via actuation of the inside door handle. In the Engaged state, the inside handle release mechanism is coupled for the latch release chain of components to permit latch release via actuation of the inside door handle. The power release mechanism only shifts the inside release mechanism from its Disengaged state into its Engaged state in the event of an emergency condition.

A motor vehicle door lock device comprises a locking mechanism, a locking motor, an electric release mechanism, an opening lever, and an outside handle. An ECU includes an authenticating portion. When the authenticating portion authenticates a signal from a transmitter and the locking mechanism starts switching from a locking state to an unlocking state by the locking motor, ECU controls a releasing motor so that the electric release mechanism is actuated because a switch detects door-opening action of the outside handle. The locking mechanism is switched to the unlocking state without contacting the opening lever from a direction where the opening lever cannot be actuated. A locked door can be opened with the outside handle at a single action and prevents a panic.

A motor vehicle door lock apparatus includes a meshing mechanism to mesh with a striker, a locking and unlocking mechanism switches between an unlocking state where a meshing can be released and a locking state where a meshing cannot be released, a control unit to authenticate a transmitter signal and to enable an outside operation switch when the transmitter is authenticated with the transmitter situated outside a vehicle, and an electric releasing mechanism to release a meshing as a result of the control unit driving the releasing motor to activate a releasing operation based on the outside operation switch when the control unit authenticates the transmitter, and the control unit switches from an authenticating state to a non-authenticating state when the transmitter outside the vehicle leaves an authenticating area and drives a locking and unlocking motor activating a locking operation when the control unit is switched to the non-authenticating state.

The present disclosure is directed to integration of a manually-controlled lock release mechanism into a vehicle closure system to permit manual actuation of the lock mechanism within a closure latch assembly in the event of a power loss situation. The lock mechanism that can be manually shifted from a child-locked state to a child-unlocked state via actuation of a manually-operable lock release actuator located along the B-pillar of the vehicle.