Automated bin packing tool
A system automatically loads a bin with a filled deformable container such as a sack of produce being conveyed along horizontal rollers. A movable support structure has a coupling end attachable to a robotic arm, and a lifting end supporting a plurality of parallel rods. By means of the robotic arm and a programmable logic controller, the plurality of parallel rods can be positioned between and parallel to the horizontal rollers, raised when the container is conveyed to a loading position above the parallel rods, moved to a predetermined position above the bin, and rotated to allow the container to slide downward along the parallel rods and into the bin under force of gravity. The loading sequence can be repeated a number of times, changing the predetermined position each time to stack a plurality of the containers in a desired configuration such as overlapping rows of offset sacks.
1. A system for automatically loading into a bin an object conveyed along horizontal rollers, the system comprising:
a movable support structure having a coupling end configured for attachment to a motive force, and having a lifting end supporting a plurality of parallel rods;
means for positioning the plurality of parallel rods between and parallel to the horizontal rollers;
means for raising the parallel rods when the object is conveyed to a loading position above the parallel rods;
means for moving the parallel rods horizontally to a predetermined position above the bin; and
means for rotating the parallel rods about a horizontal axis through a predetermined angle to allow the object to slide downward along the parallel rods and into the bin under force of gravity;
wherein the rotating means comprises an axle coupled to two or more of the parallel rods.
2. The system of claim 1 wherein the plurality of parallel rods are configured to raise a filled deformable container being conveyed along the horizontal rollers.
3. The system of claim 1 further comprising a programmable controller configured to actuate one or more of the means.
4. The system of claim 3 wherein the programmable logic controller is configured to cause actuation of each of the means in a sequence, the sequence repeated a number of times to load into the bin a plurality of objects, such that each time the moving means is actuated, the parallel rods are moved to a subsequent predetermined position above the bin, wherein each subsequent predetermined position is offset from an immediately previous predetermined position to create spacing between adjacent objects that slide into the bin.
5. The system of claim 1 wherein the positioning means comprises the motive force.
6. The system of claim 1 wherein the rotating means comprises one or more pneumatic cylinders.
7. The system of claim 1 further comprising means for rotating the parallel rods within a horizontal plane about a vertical axis.
8. A system for automatically loading into a bin an object conveyed along horizontal rollers, the system comprising:
a movable support structure having a coupling end configured for attachment to a motive force, and having a lifting end supporting a plurality of parallel rods;
means for positioning the plurality of parallel rods between and parallel to the horizontal rollers;
means for raising the parallel rods when the object is conveyed to a loading position above the parallel rods;
means for moving the parallel rods horizontally to a predetermined position above the bin; and
means for rotating the parallel rods about a horizontal axis through a predetermined angle to allow the object to slide downward along the parallel rods and into the bin under force of gravity; and
one or more guide plates extending between the moveable support structure and the parallel rods.
9. The system of claim 8 wherein the one or more guide plates comprise a static guide plate and a hinged guide plate.
10. The system of claim 8 wherein the one or more guide plates includes a corrugated lower edge.
11. The system of claim 10 wherein spacing between corrugations of the corrugated lower edge correspond to spacing between the horizontal rollers.