Double acting snap-in glass retention for a vehicle door
View Patent ↗A snap-in glass carrier, engageable with a window regulator for snap fitting a door glass having a glass retention hole to the carrier, comprises a carrier base, a regulator attachment extending from the carrier base, a glass retention portion and a finger. The glass retention portion extends from the base spaced from the window regulator portion to define a gap for the glass. The finger, cantilevered from the base, includes a vertical portion extending parallel to the support finger on the same side of the glass as the support finger, a retention tab extending from the vertical portion into the gap that engages the retention hole, a hinge point adjacent to the glass carrier base and located on the same side of the gap as the window regulator attachment, and a spring leg extending through the gap from the hinge point to the vertical portion.
1. A snap-in glass carrier engageable with a window regulator assembly for snap fitting a movable door glass having a glass retention hole to the snap-in glass carrier, the snap-in glass carrier comprising:
a glass carrier base;
a window regulator attachment portion extending from the glass carrier base;
a glass retention portion extending from the glass carrier base parallel to and spaced from the window regulator attachment portion to define a gap configured to receive the door glass therein; and
a snap finger, extending and cantilevered from the glass carrier base, including a vertical portion extending parallel to a support finger on a same side of the door glass as the support finger, a retention tab extending from the vertical portion into the gap and configured to operatively engage the glass retention hole, a hinge point adjacent to the glass carrier base and located on the same side of the gap as the window regulator attachment portion, and a spring leg extending through the gap from the hinge point to the vertical portion, the hinge point having a stiffness that is less than the stiffness of the vertical portion.
2. The snap-in glass carrier of claim 1 wherein the glass retention portion includes a pair of support fingers extending from the glass carrier base to a pair of free ends and a support beam extending between and supported by the pair of free ends of the support fingers, and an upper glass catch extending from the vertical portion away from the gap, adjacent to and engageable with the support beam when a window pull-out load is induced in the snap-in glass carrier.
3. The snap-in glass carrier of claim 2 wherein the support beam includes a sloped surface facing away from the glass carrier base that extends toward the gap as the sloped surface extends toward the glass carrier base.
4. The snap-in glass carrier of claim 1 wherein the retention tab includes a lower glass catch extending toward the glass carrier base from the retention tab, the lower glass catch being configured to engage with an edge of the glass retention hole.
5. The snap-in glass carrier of claim 1 wherein the retention tab includes a tapered surface facing away from the glass carrier base that tapers toward the glass carrier base as the retention tab extends outward into the gap.
6. The snap-in glass carrier of claim 1 wherein the window regulator attachment portion includes a glass thickness adjustment pad extending into the gap to define a width of the gap between the glass thickness adjustment pad and the glass retention portion.
7. A snap-in glass carrier engageable with a window regulator assembly for snap fitting a movable door glass having a glass retention hole to the snap-in glass carrier, the snap-in glass carrier comprising:
a glass carrier base;
a window regulator attachment portion extending from the glass carrier base;
a glass retention portion extending from the glass carrier base parallel to and spaced from the window regulator attachment portion to define a gap configured to receive the movable door glass therein, the glass retention portion including a pair of support fingers extending upward from the glass carrier base to a pair of free ends and a horizontally extending support beam extending between and supported by the free ends of the support fingers; and
a snap finger, extending upward and cantilevered from the glass carrier base generally parallel to the support finger, including a vertical portion extending parallel to the support finger on a same side of the door glass as the support finger, a retention tab extending from the vertical portion into the gap and configured to operatively engage the glass retention hole, a hinge point adjacent to the glass carrier base and located on the same side of the gap as the window regulator attachment portion, a spring leg extending through the gap from the hinge point to the vertical portion, and an upper glass catch extending from the snap finger away from the gap, below and engageable with the support beam when a window pull-out load is induced in the snap-in glass carrier.
8. The snap-in glass carrier of claim 7 wherein the retention tab includes a tapered surface facing upward that tapers downward as the retention tab extends outward into the gap.
9. The snap-in glass carrier of claim 7 wherein the retention tab includes a lower glass catch extending downward from the retention tab, the lower glass catch being configured to engage with a lower edge of the glass retention hole.
10. The snap-in glass carrier of claim 7 wherein the support beam includes a sloped surface facing upward that extends toward the gap as the sloped surface extends downward.
11. The snap-in glass carrier of claim 7 wherein the window regulator attachment portion includes a glass thickness adjustment pad extending into the gap to define a width of the gap between the glass thickness adjustment pad and the glass retention portion.
12. The snap-in glass carrier of claim 7 wherein the vertical portion includes a free end and the upper glass catch extends from the snap finger adjacent to and below the free end.