The disclosure relates to a mechanism for controlling reclining movement of a vehicle seat back. A pair of pawls are engageable with an articulated slidable ratchet arm to latch the seat at a desired reclining position. The pawls are manually movable to an unlatched condition relative to the ratchet arm under the control of a pair of pawl control plates that both float the arm and positively orientate the pawls relative thereto.
The disclosure relates to a quick release latch mechanism for controlling reclining movement of a vehicle seat back. A spring loaded pawl is engageable with an articulated slidable arm to latch the seat at a desired reclining position. The pawl is pivoted so as to bias the arm away from the teeth thereon due to an angular relationship between the pawl and arm when the arm is released for movement. A cam plate having a lost motion connection with a manual operator controls opening of the latch mechanism.
The disclosure relates generally to latch mechanisms for controlling reclining movement of a vehicle seat back and more particularly to a seat back latch that precludes audible "ratcheting" of the latch thereof. A spring loaded pawl is engageable with an articulated slidable arm to latch the seat at a desired reclining position. The pawl is pivoted so as to bias the arm away from the teeth thereon due to an angular relationship between the pawl and arm when the arm is released for movement.
A vehicle seat includes a pivoted seat back and a slide lock mechanism mounted in the linear support on the seat and adjustable with respect to the support to lock the seat back in various reclined positions.
An improved motor vehicle seat hinge mechanism which includes an inertia sensitive latching device which prevents forward rotation of the seat back in the event of sudden vehicle deceleration. The vehicle seat hinge mechanism according to this invention improves over prior art designs by providing a quadrant component which does not present objectionable rearward protrusions which interfere with rear seat occupants while entering and egressing from the rear seat area and, further, avoids the presentation of sharp projections which could cause tearing and wearing of interior trim fabrics. The seat back hinge mechanism further includes a cam plate which biases the inertia sensitive latching device such that it is in a position to latch when the seat back is in its normal position. Due to the use of the cam plate, the seat hinge according to this invention is less sensitive to malfunctions caused by hinge component misalignment.
A spring loaded latch mechanism for controlling tilting movement of a seat back relative to a seat frame to which it is pivoted, includes an elongated rod having one toothed face and only one end connected to the seat, a latch frame connected to the seat and supporting the other end of the rod for reciprocation therewithin, a pawl adapted to releasably engage the teeth, a manually-operated handle, and a cam interconnecting the handle and the pawl to drive the pawl into and from engagement. In one embodiment similar latch mechanisms are provided, one on each side of the seat with the mechanism opposite to the handle being a slave having a free-floating cam plate and a lever plate driven by the operator, actuation of the slave cam plate resulting from the lever plate being rotated thereagainst independently of the master latch mechanism on the handle side.