Swing auger drive attachment system

• US 8,272,493 B1
• Filed: 05/28/2010
• Issued: 09/25/2012
• Est. Priority Date: 05/28/2010
• Status: Active Grant

• Current Assignee: Jogger Industries LLC
• Original Assignee: Greg L. Grengs
• Inventors: Grengs, Greg L.
• Primary Examiner(s): Crawford, Gene
• Assistant Examiner(s): Campbell, Keith R
• Application Number:
  US12/789,458
• Time in Patent Office: 851 Days
• Field of Search: 198/300, 198/301, 198/302, 198/312, 198/313, 198/315, 198/317
• US Class Current: 198/300
• CPC Class Codes: B65G 33/24 Details
• CPC Class Codes: B65G 41/008 frames mounted on wheels or caterpillar for movement on rail tracks B65G41/02
• CPC Class Codes: B65G 67/24 Unloading land vehicles

Abstract

A swing auger drive attachment system for remotely moving a swing auger in a circular arc. The auxiliary drive attachment generally includes one or more mounting brackets each having a plurality of openings, the openings adapted to align with preexisting wheel mounting holes of a swing hopper to vertically adjustably attach the mounting bracket. The mounting bracket also being horizontally angularly offset so an attached wheel is aligned with a curved directional path of the swing hopper. Connected to the mounting bracket is a drive motor having a drive shaft and a wheel connected, the wheel having a coupler assembly to rotationally connect and disconnect the wheel from the drive shaft to provide motor-driven power to the wheel or allow free-rotation of the wheel. A control unit in communication with the drive motor may be connected to a remote controller or an onboard manual controller.

Claims

1. A drive attachment unit for a swing hopper, said swing hopper being connected to a swing auger and said swing hopper having preexisting mounting holes for a rotational wheel, said drive attachment unit comprising:

a mounting bracket having a plurality of openings therethrough, said openings adapted to align with preexisting mounting holes of a swing hopper for being connected thereto;

a drive motor supported by said mounting bracket, said drive motor having a drive shaft extending therefrom which is operatively rotated by said drive motor;

a wheel connected to said drive shaft, said wheel having a coupler assembly to rotationally couple and uncouple said wheel from said drive shaft to provide motor-driven power to said wheel via being coupled to said drive shaft or allow free-rotation of said wheel about said drive shaft via being uncoupled from said drive shaft, said coupler assembly being comprised of a coupler rotationally coupled to said wheel, wherein said drive shaft extends through said coupler and wherein said coupler has an opening extending through; and

a control unit in communication with said drive motor, said control unit adapted to control an operation of said drive motor.

2. The drive attachment unit of claim 1, including a pair of drive attachment units, each said drive attachment unit separately mounted to a swing hopper.

3. The drive attachment unit of claim 2, wherein said pair of drive attachment units operate independently of each other.

4. The drive attachment unit of claim 1, wherein said wheel is angularly offset with respect to a connected swing hopper.

5. The drive attachment unit of claim 4, wherein a longitudinal axis of said mounting bracket is angularly offset with respect to a connected swing hopper.

6. The drive attachment unit of claim 1, wherein said plurality of openings include an upper opening and a plurality of lower adjustment openings for adjusting a height of said wheel.

7. The drive attachment unit of claim 1,

wherein said drive shaft includes a first opening aligned with said opening of said coupler and a second opening positioned forwardly of said first opening and said coupler;

and

a pin secured to said drive shaft for retaining said wheel upon said drive shaft, wherein said pin extends through said opening of said coupler and said first opening of said drive shaft to rotationally couple said wheel to said drive shaft and wherein said pin extends through said second opening of said drive shaft and is positioned forwardly of said coupler to rotationally uncouple said wheel from said drive shaft.

8. The drive attachment unit of claim 1, including a remote controller connected to said control unit for operating said control unit.

9. The drive attachment unit of claim 1, including a manual controller connected to said control unit for operating said control unit.

10. A swing auger drive attachment system, comprising:

a swing auger connected to a main auger;

a swing hopper connected to said swing auger, said swing hopper having an inner end and an outer end, said inner end adjacent said swing auger and said outer end opposite said swing auger;

a plurality of outer wheels rotatable along said outer end of said swing hopper, said plurality of outer wheels connected to said outer end of said swing hopper;

a plurality of inner wheels rotatable along said inner end of said swing hopper, said plurality of inner wheels connected to said inner end of said swing hopper;

at least one drive motor mechanically connected to at least one of said plurality of inner wheels to drive said inner wheel, said at least one drive motor having a drive shaft rotatably coupled to said inner wheel;

said inner wheel having a coupler assembly to rotationally couple said inner wheel to said drive shaft, said coupler assembly being adjustable to uncouple said inner wheel from said drive shaft for said inner wheel to spin freely about said drive shaft and independent of said drive motor, said coupler assembly being comprised of a coupler rotationally coupled to said wheel, wherein said drive shaft extends through said coupler and wherein said coupler has an opening extending through; and

a control unit in communication with said at least one drive motor, said control unit adapted to control said drive motor.

11. The drive attachment unit of claim 10, wherein said at least one drive unit includes a pair of drive units, each said drive unit mechanically connected to a different said inner wheel and each said drive unit independently operated.

12. The drive attachment unit of claim 10,

wherein said drive shaft includes a first opening aligned with said opening of said coupler and a second opening positioned forwardly of said first opening and said coupler;

and

a pin secured to said drive shaft for retaining said wheel upon said drive shaft, wherein said pin extends through said opening of said coupler and said first opening of said drive shaft to rotationally couple said wheel to said drive shaft and wherein said pin extends through said second opening of said drive shaft and is positioned forwardly of said coupler to rotationally uncouple said wheel from said drive shaft.

13. The drive attachment unit of claim 10, including a remote controller connected to said control unit for operating said control unit.

14. The drive attachment unit of claim 10, including a manual controller connected to said control unit for operating said control unit.

15. A swing auger drive attachment system, comprising:

a swing auger connected to a main auger;

a swing hopper connected to said swing auger, said swing hopper having an inner end and an outer end, said inner end adjacent said swing auger and said outer end opposite said swing auger;

said swing hopper having a pair of inner wheel supports, each of said inner supports having a plurality of mounting holes;

a pair of outer wheels rotatably along said outer end of said swing hopper, said pair of outer wheels connected to said outer end of said swing hopper;

a pair of mounting brackets having a plurality of openings, said plurality of openings align with said plurality of mounting holes to secure said pair of mounting brackets to said pair of inner supports via a plurality of fasteners;

a pair of inner wheels each secured to a mounting bracket of said pair of mounting brackets and rotatable along said inner end of said swing hopper;

each of said inner wheels angular offset with respect to said swing hopper, said inner wheels angular offset to be aligned with and follow a curved directional path of said swing hopper;

a pair of drive motors each mechanically and independently connected to a respective said inner wheel of each said mounting bracket, said pair of drive motors each having a drive shaft rotatably coupled to said inner wheel;

each said inner wheel having a coupler assembly to rotationally couple said inner wheel to said respective drive shaft, said coupler assembly being adjustable to uncouple said inner wheel from said drive shaft for said inner wheel to spin freely about said drive shaft and independent of said respective drive motor, said coupler assembly being comprised of a coupler rotationally coupled to said wheel, wherein said drive shaft extends through said coupler and wherein said coupler has an opening extending through; and

at least one control unit in communication with said pair of drive motors, said control unit adapted to control said pair of drive motors.

16. The drive attachment unit of claim 15, wherein a longitudinal axis of said mounting bracket is angularly offset with respect to a connected swing hopper.

17. The drive attachment unit of claim 15, wherein said plurality of openings include an upper opening and a plurality of lower adjustment openings for adjusting a height of said wheel with respect to said swing hopper.

18. The drive attachment unit of claim 15,

wherein said drive shaft includes a first opening aligned with said opening of said coupler and a second opening positioned forwardly of said first opening and said coupler;

and

a pin secured to said drive shaft for retaining said wheel upon said drive shaft, wherein said pin extends through said opening of said coupler and said first opening of said drive shaft to rotationally couple said wheel to said drive shaft and wherein said pin extends through said second opening of said drive shaft and is positioned forwardly of said coupler to rotationally uncouple said wheel from said drive shaft.

19. The drive attachment unit of claim 15, including a remote controller connected to said control unit for operating said at least one control unit.

20. The drive attachment unit of claim 15, including a manual controller connected to said control unit for operating said at least one control unit.