VEHICLE DOOR LATCH
A vehicle latch, including: a retention plate; a housing; a cover, the retention plate being secured to the housing and the housing is secured to the cover; a claw pivotally mounted to the retention plate; a pawl pivotally mounted to the retention plate; an outside handle lever securable to either a rod or a cable located outside of the housing of the latch; an inside release lever that is pivotally mounted to the housing via a pivot, the pivot being integrally formed with the housing such that they are formed as a single component, wherein the cover includes two retaining features to hold the inside release lever in position on the pivot, a first one of the two retaining features is located proximate to a tip of the pivot and a second one of the two retaining features is located at an opposite side of the tip of the pivot such that portions of the release lever is rotationally received between the two retaining features; and a fastener for securing the cover to the housing.
1 . A vehicle latch ( 10 ), comprising:
a retention plate ( 12 );
a housing ( 14 );
a cover ( 16 ), the retention plate being secured to the housing and the housing is secured to the cover;
a claw ( 18 ) pivotally mounted to the retention plate;
a pawl ( 20 ) pivotally mounted to the retention plate;
an outside handle lever ( 42 ) securable to either a rod ( 22 ) or a cable ( 24 ) located outside of the housing of the latch;
an inside release lever ( 70 ) that is pivotally mounted to the housing ( 14 ) via a pivot ( 127 ), the pivot ( 127 ) being integrally formed with the housing ( 14 ) such that they are formed as a single component, wherein the cover ( 16 ) includes two retaining features to hold the inside release lever ( 70 ) in position on the pivot ( 127 ), a first one ( 73 ) of the two retaining features is located proximate to a tip of the pivot ( 127 ) and a second one ( 75 ) of the two retaining features is located at an opposite side of the tip of the pivot ( 127 ) such that portions of the release lever ( 70 ) is rotationally received between the two retaining features ( 73 , 75 ); and
a fastener for securing the cover ( 16 ) to the housing ( 14 ).
2 . The vehicle latch ( 10 ) as in claim 1 , wherein the rod is secured to the outside handle lever with a rod lever ( 34 ) pivotally mounted to the retention plate.
3 . The vehicle latch ( 10 ) as in claim 2 , wherein the outside handle lever is operatively coupled to a lock lever ( 52 ) and the lock lever ( 52 ) is operatively coupled to a pawl lifter ( 54 ), which is in turn coupled to the pawl.
4 . The vehicle latch ( 10 ) as in claim 3 , wherein the outside handle lever is spring biased a spring.
5 . The vehicle latch ( 10 ) as in claim 1 , wherein the outside handle lever is spring biased a spring.
6 . The vehicle latch ( 10 ) as in claim 1 , wherein the outside handle lever is operatively coupled to a lock lever ( 52 ) and the lock lever ( 52 ) is operatively coupled to a pawl lifter ( 54 ), which is in turn coupled to the pawl.
7 . The vehicle latch ( 10 ) as in claim 1 , wherein a cable ( 24 ) is secured to the outside handle lever.
8 . The vehicle latch ( 10 ) as in claim 7 , wherein the outside handle lever is spring biased a spring.
9 . The vehicle latch ( 10 ) as in claim 7 , wherein the outside handle lever is operatively coupled to a lock lever ( 52 ) and the lock lever is operatively coupled to a pawl lifter ( 54 ), which is in turn coupled to the pawl.
10 . The vehicle latch ( 10 ) as in claim 7 , wherein the cable passes through a cable connector ( 56 ) that is secured to the housing.
11 . The vehicle latch ( 10 ) as in claim 1 , wherein the inside release lever is operatively coupled to a lock lever ( 52 ) such that movement of the inside release lever will cause the desired movement of lock lever and accordingly operation of the latch.
12 . The vehicle latch ( 10 ) as in claim 1 , further comprising a spring ( 74 ) for providing a biasing force to the inside release lever.
13 . The vehicle latch ( 10 ) as in claim 1 , further comprising a central door lock sector ( 28 ) that is configured for use with the cable or the rod.
14 . The vehicle latch ( 10 ) as in claim 1 , further comprising a mechanical child lock mechanism ( 30 ), the mechanical child lock mechanism includes a child lock lever ( 76 ) that is rotatably mounted to housing, a portion of the child lock lever extending through a slot ( 78 ) in the housing which operably couples the child lock lever to a child lock link ( 80 ) such that movement of the child lock lever will cause a corresponding movement of the child lock link, and the child lock lever includes a slot ( 82 ) that allows a key or tool to be inserted into the slot in order to rotate the child lock lever, and an extension ( 84 ) that extends from the child lock lever, the extension extends outwardly from the cover of the latch so that child lock lever ( 76 ) may be manipulated without a tool or key inserted in slot.
15 . The vehicle latch ( 10 ) as in claim 14 , wherein the rod is secured to the outside handle lever with a rod lever ( 34 ) pivotally mounted to the retention plate.
16 . The vehicle latch ( 10 ) as in claim 15 , wherein the outside handle lever is operatively coupled to a lock lever ( 52 ) and the lock lever ( 52 ) is operatively coupled to a pawl lifter ( 54 ), which is in turn coupled to the pawl.
17 . The vehicle latch ( 10 ) as in claim 14 , wherein a cable is secured to the outside handle lever.
18 . The vehicle latch ( 10 ) as in claim 17 , wherein the outside handle lever is operatively coupled to a lock lever ( 52 ) and the lock lever is operatively coupled to a pawl lifter ( 54 ), which is in turn coupled to the pawl.
19 . The vehicle latch ( 10 ) as in claim 1 , further comprising an inside release bypass lever ( 83 ) rotatably received on the pivot ( 127 ) and the inside release lever ( 70 ) is rotatably received on the inside release bypass lever ( 83 ).
20 . The vehicle latch ( 10 ) as in claim 19 , wherein the pivot the inside release bypass lever ( 83 ) is integrally formed with a boss ( 71 ) extending from the inside release bypass lever ( 83 ), the inside release bypass lever ( 83 ) and the boss ( 71 ) being formed as a single component and the inside release leaver ( 70 ) is rotatably received on the boss ( 71 ) of the inside release bypass lever ( 83 ).