Rotational bar for drawer slide latch operation
A rotating bar may be used to unlatch a drawer of a cabinet. In some embodiments a drawer slide used to extendably mount the drawer within the cabinet includes a latch comprised of a tab coupled to an inner member and a catch to receive the tab on an outer member. The tab may be part of a release lever, which may be actuated by an arm coupled to the rotating bar, to release the latch.
1. A drawer slide latch and release mechanism, comprising:
a release lever pivotably mounted to a web of an inner member of a drawer slide, the release lever being part of a structure including a tab for engagement in a catch of an outer member of the drawer slide, the tab of the structure including the release lever positionable within the catch with the release lever in a first position, and the tab of the structure including the release lever positioned free of the catch with the release lever in a second position, different than the first position; and
a rotating bar coupled to an arm, the rotating bar including a manipulable surface for use in displacing the manipulable surface towards a drawer to which the drawer slide is to be mounted, to cause rotation of the rotating bar, the arm positioned to engage the release lever on rotation of the rotating bar so as to move the release lever to the second position.
2. The drawer slide latch and release mechanism of claim 1 , wherein the arm is coupled to the rotating bar so as to rotate with the rotating bar, with the arm dimensioned to contact the release lever on rotation of the rotating bar.
3. The drawer slide latch and release mechanism of claim 1 , wherein the catch is formed of a cutout in a web of the outer member.
4. The drawer slide latch and release mechanism of claim 1 , wherein the rotating bar is mounted horizontally within end caps.
5. The drawer slide latch and release mechanism of claim 4 , wherein the arm is within a volume defined by one of the end caps.
6. The drawer slide latch and release mechanism of claim 5 , wherein the release lever extends into the volume defined by the one of the end caps.
7. The drawer slide latch and release mechanism of claim 6 , wherein the arm is fixedly coupled to the rotating bar.
8. The drawer slide latch and release mechanism of claim 4 , wherein at least one of the end caps includes an exterior surface that serves as a rotational stop for the rotating bar.
9. The drawer slide latch and release mechanism of claim 8 , wherein the exterior surface of the end cap that serves as the rotational stop for the rotating bar includes a rounded or curved portion.
10. The drawer slide latch and release mechanism of claim 9 , wherein the exterior surface of the end cap that serves as the rotational stop for the rotating bar includes a convex curved surface.
11. The drawer slide latch and release mechanism of claim 8 , wherein the exterior surface of the end cap that serves as the rotational stop for the rotating bar is a continuous surface.
12. The drawer slide latch and release mechanism of claim 11 , wherein the rotational stop is a rotational stop for the rotating bar when the release lever is in the second position.
13. The drawer slide latch and release mechanism of claim 5 , wherein the rotating bar is coupled to a further arm, the further arm positioned to contact an interior surface of the one of the end caps such that the interior surface of the one of the end caps serves as a rotational stop for the rotating bar.
14. The drawer slide latch and release mechanism of claim 2 , wherein the arm is on an outer piece fixed in position with respect to the rotating bar.
15. The drawer slide latch and release mechanism of claim 14 , further comprising a mounting plate affixable to a front of the drawer, the mounting plate including an extending plate having a projection on one side, and wherein the outer piece includes a radial slot dimensioned to receive at least a portion of the projection, with ends of the radial slot positioned so that contact between the projection and the ends of the radial slot serve as rotational stops for the rotating bar.