Accessory mounting track with T-bolt alignment
A track is provided with a geometry that automatically aligns a T-bolt with the opening at the terminal end of the track to make the use of the T-bolt and track combination faster and easier, and allow single-handed installation of T-bolts and accessories using T-bolts with slotted accessory mounting tracks.
1. An exemplary accessory mounting track comprising:
an interior bounded at least partially by opposing upper walls and opposing side walls, the interior being shaped to receive a head of a T-bolt, and
alignment geometry at an opening at a terminal end of the track in communication with the interior of the track, the alignment geometry comprising:
a rotation feature configured to cause the T-bolt to rotate, and
a stop feature configured to cause the T-bolt to stop rotating and generally align the T-bolt with the interior of the track, wherein the alignment geometry is at least partially defined by a perimeter wall, which defines a pocket that bounds a physical space dimensioned and configured to receive the head of a T-bolt, wherein the perimeter wall is shaped to form a first side wall that extends longitudinally from a first side wall of the track at an opening at a terminal end of the track, the perimeter wall extending about the physical space and returning back to a second side wall that extends into a second side wall of the track at the opening at the terminal end of the track so as to extend longitudinally from the second side wall of the track, and wherein an inner surface of the perimeter wall is bumped out to form the rotation feature, which is encountered by a flange of the head of the T-bolt upon moving the T-bolt in a longitudinal direction toward the opening at the terminal end of the track.
2. The track of claim 1 , wherein the rotation feature is presented to one side of the alignment geometry, and thus is presented to one side in relation to the interior of the track proximate the opening at the terminal end of the track.
3. The track of claim 1 , wherein the bumped out inner surface of the perimeter wall is configured so that, when the head of the T-bolt encounters the bumped out inner surface, the bumped out inner surface causes the head to rotate.
4. The track of claim 1 , wherein a distal end of the alignment geometry, farthest from the track, provides a first clearance for the rotation of the head of the T-bolt.
5. The track of claim 4 , further comprising a second clearance provided beyond the rotation feature, the second clearance being configured to permit the head of the T-bolt to continue to rotate until a leading flange of the head of the T-bolt encounters the bumped out inner surface of the perimeter wall, which stops the T-bolt from rotating at a point in which the head of the T-bolt is positioned in a longitudinal direction in relation to the track.
6. An exemplary accessory mounting track comprising:
an interior bounded at least partially by opposing upper walls and opposing side walls, the interior being shaped to receive a head of a T-bolt, and
alignment geometry at an opening at a terminal end of the track in communication with the interior of the track, the alignment geometry comprising:
a rotation feature configured to cause the T-bolt to rotate, and
a stop feature configured to cause the T-bolt to stop rotating and generally align the T-bolt with the interior of the track, wherein the alignment geometry is at least partially defined by a perimeter wall, which defines a pocket that bounds a physical space dimensioned and configured to receive the head of a T-bolt, the perimeter wall being shaped to form a first side wall that extends from a first side wall of the track at an opening at a terminal end of the track.
7. The track of claim 6 , wherein the perimeter wall extends about the physical space and returns back to a second side wall of the track at the opening at the terminal end of the track.
8. The track of claim 6 , wherein an inner surface of the perimeter wall defines the rotation feature, which is encountered by the a flange of the head of the T-bolt upon moving the T-bolt in a longitudinal direction toward an opening at the terminal end of the track, the rotation feature being presented to one side of the alignment geometry, and thus is presented to one side in relation to the interior of the track proximate the opening at the terminal end of the track.
9. The track of claim 8 , wherein the rotation feature is configured to rotate the head of the T-bolt when the head of the T-bolt encounters the rotation feature.
10. The track of claim 8 , further comprising a second clearance provided beyond the first alignment feature, wherein continued movement of the T-bolt causes the head of the T-bolt to continue to rotate until a leading flange of the head of the T-bolt encounters the inner surface of the perimeter wall that forms a stop feature, which stops the T-bolt from rotating at a point in which the head of the T-bolt is positioned in a longitudinal direction in relation to the track.