Bin partitions to improve material flow
View Patent ↗An insert in the form of a bin partition improves flow of powder or particulate material once installed into an existing bin. The insert has a triangular shape with a baffle on top of it covering a portion of the partition. The partition changes the shape of the exit area of a bin and enables better control of powder or particulate material flow, thus preventing bridging and uncontrolled flooding while filling the bin's hopper.
1. An insert system adapted for positioning within a hopper of a toner container, comprising:
a partition adapted to divide the hopper into at least two funnel areas; and
a baffle adapted to deflect powder coming directly out of the toner container, said baffle being positioned perpendicular to and on top of and over the center of said partition in order to cover a portion of said partition to prevent the direct dynamic impact of newly dumped powder and thereby prevent bridging and “rat-holing”.
2. The insert system of claim 1 , wherein said partition comprises at least one panel.
3. The insert system of claim 1 , wherein said partition includes at least three panels.
4. The insert system of claim 3 , wherein said panels are triangular-like in cross-section.
5. The insert system of claim 4 , wherein said panels are positioned about 120° apart.
6. The insert system of claim 1 , wherein said baffle includes a plurality of slopes that reach an apex over the center of said partition and with a portion of said slopes of said baffle positioned on top of each of said at least two funnel areas to prevent bridging of the powder coming directly out of the container.
7. A bulk material bin, comprising:
an upper section for storing bulk material;
a lower section disposed below and in communication with said upper section for receiving bulk material from said upper section for discharging bulk material from said bin,
a partition adapted to divide said lower section into at least two funnel areas; and
a baffle positioned perpendicular to and on top of said partition and adapted to deflect powder coming directly into said lower section, said baffle being positioned over the center of and cover a portion of said partition.
8. The bin of claim 7 , wherein said partition comprises at least one panel.
9. The bin of claim 7 , wherein said partition includes at least three panels.
10. The bin of claim 9 , wherein said panels are triangular-like in cross-section.
11. The bin of claim 9 , wherein said panels are positioned about 120° apart.
12. The bin of claim 7 , wherein said baffle includes a plurality of slopes that reach an apex over the center of said partition and with a portion of said slopes of said baffle positioned on top of each of said at least two funnel areas to prevent bridging of the bulk material.
13. A device for controlling the flow of material through a bin having a hopper with an opening at its bottom, comprising:
an insert adapted to be placed into said bin and rest against a wall of said bin and terminate just before said opening at the bottom of said bin, said insert including a partition adapted to divide said hopper into at least two funnel areas; and
a baffle positioned perendicular to and on top of said partition and adapted to deflect powder coming directly into said hopper, said baffle being positioned over the center of and cover a portion of said partition.
14. The device of claim 13 , wherein said partition comprises at least one panel.
15. The device of claim 13 , wherein said partition includes at least three panels.
16. The device of claim 15 , wherein said funnel areas are triangular-like in cross-section.
17. The device of claim 15 , wherein said panels are positioned about 120° apart.
18. The device of claim 13 , wherein said baffle includes a plurality of slopes that reach an apex over the center of said partition and with a portion of said slopes of said baffle positioned on top of each of said at least two funnel areas to prevent bridging of the bulk material.