Grain auger mover

• US 8,118,151 B1
• Filed: 01/10/2011
• Issued: 02/21/2012
• Est. Priority Date: 01/10/2011
• Status: Expired due to Fees

• Current Assignee: Lynn Jesse
• Original Assignee: Lynn Jesse
• Inventors: Jesse, Lynn
• Primary Examiner(s): Bidwell, James R
• Application Number:
  US12/930,537
• Time in Patent Office: 407 Days
• Field of Search: 198/300, 198/313, 198/315, 280/767, 180/16, 180/19.1, 414/326, 414/523
• US Class Current: 198/315
• CPC Class Codes: B65G 33/14 comprising a screw or screws enclosed in a tubular housing
• CPC Class Codes: B65G 41/002 Pivotably mounted
• CPC Class Codes: B65G 41/008 frames mounted on wheels or caterpillar for movement on rail tracks B65G41/02

Abstract

A grain auger mover assembly is disclosed which may be used to move either a conventional grain auger or a grain auger having a swing hopper auger associated therewith. The grain auger mover of this invention is remotely controlled.

Claims

1. A mover for moving a grain auger including an auger tube, comprising:

an elongated and upstanding main support having an upper end, a lower end, a first end, a second end, a first side and a second side;

a horizontally disposed first elongated axle secured to said main support at said first end thereof adjacent the lower end thereof at said second side thereof;

said first axle extending transversely from said main support;

a first drive wheel rotatably mounted on said first axle;

a horizontally disposed second elongated axle secured to said main support at second end thereof adjacent the lower end thereof at said second side thereof;

said second axle extending transversely from said main support;

a second drive wheel rotatably mounted on said second axle;

a reversible electric drive motor mounted on said main support which drives said first and second drive wheels in first and second directions with respect to said main support;

first and second longitudinally extending collars secured to said upper end of said main support in a horizontally spaced-apart manner;

a first bracket having an upper end and a lower end;

said lower end of said first bracket being positioned outwardly and below said upper end of said first bracket;

said upper end of said first bracket being selectively removably secured to said main support adjacent said upper end thereof at said first side thereof intermediate said first and second ends thereof;

said lower end of said first bracket being selectively removably secured to said main support at said first side thereof;

a third axle secured to said lower end of said first bracket which is parallel to said first and second axles;

a support wheel freely rotatably mounted on said third axle;

said support wheel being selectively removably mounted on said third axle;

a hitch ball secured to said upper end of said first bracket;

a hitch ball coupler selectively removably mounted on said hitch ball;

an elongated support arm having first and second ends;

said support arm having its second end fixed to said hitch ball coupler and extending therefrom;

a first tube clamp selectively pivotally secured, about a horizontal axis, to said second end of said support arm;

a length adjustable jack having upper and lower ends;

said lower end of said jack being operatively secured to said hitch ball coupler;

and a second tube clamp secured to said upper end of said jack;

said first and second clamps adapted to be selectively removably secured to the auger tube;

an elongated steering handle having inner and outer ends;

said inner end of said steering handle including a transversely disposed first sleeve which is adapted to be received between said first and second collars;

and a pivot pin extending through said first collar, said first sleeve and said second collar;

said steering handle adapted to pivot said main support with respect to said lower end of said jack and said hitch ball coupler;

the actuation of said motor causing said first and second drive wheels to move the grain auger.

2. The mover of claim 1 wherein said drive motor is remotely controlled.

3. The mover of claim 1 wherein said lower end of said jack is pivotally secured to said hitch ball coupler.

4. The mover of claim 1 wherein said mover may be converted into a mover for a swing hopper auger including a swing hopper auger tube by:

(1) removing said support wheel from said third axle;

(2) disconnecting said lower end of said jack from said coupler;

(3) disconnecting said upper end of said jack from said second clamp;

(4) disconnecting said hitch ball coupler from said hitch ball;

(5) connecting said lower end of said jack to said main support;

(6) attaching a third clamp onto the swing hopper auger tube;

(7) pivotally securing the upper end of said jack to said third clamp; and

(8) securing said third clamp to said first and second collars of said main support.

5. The mover of claim 4 wherein said third clamp includes a second sleeve which is positioned between said first and second collars and wherein a pin is extended through said first collar, said second sleeve and through said second collar.

12. The mover of claim 4 wherein said first bracket may also be removed from said main support when converting the mover for use with a swing hopper auger.

6. In combination with a first grain auger including an auger tube, and a second grain auger including a swing hopper auger having a swing hopper auger tube;

a grain auger mover assembly for use in moving either the first grain auger or the second grain auger, comprising;

an elongated and upstanding main support having an upper end, a lower end, a first end, a second end, a first side and a second side;

a horizontally disposed first elongated axle secured to said main support at said first end thereof adjacent the lower end thereof at said second side thereof;

said first axle extending transversely from said main support;

a first drive wheel rotatably mounted on said first axle;

a horizontally disposed second elongated axle secured to said main support at second end thereof adjacent the lower end thereof at said second side thereof;

said second axle extending transversely from said main support;

a second drive wheel rotatably mounted on said second axle;

a reversible electric drive motor mounted on said main support which drives said first and second drive wheels in first and second directions with respect to said main support;

first and second longitudinally extending collars secured to said upper end of said main support in a horizontally spaced-apart manner;

a first bracket having an upper end and a lower end;

said lower end of said first bracket being positioned outwardly and below said upper end of said first bracket;

said upper end of said first bracket being selectively removably secured to said main support adjacent said upper end thereof at said first side thereof intermediate said first and second ends thereof;

said lower end of said first bracket being selectively removably secured to said main support at said first side thereof;

a third axle secured to said lower end of said first bracket which is parallel to said first and second axles;

a support wheel freely rotatably mounted on said third axle;

said support wheel being selectively removably mounted on said third axle;

a hitch ball secured to said upper end of said first bracket;

a hitch ball coupler selectively removably mounted on said hitch ball;

an elongated support arm having upper and lower ends;

said support arm having its lower end fixed to said hitch ball coupler and extending therefrom;

a first tube clamp selectively pivotally secured, about a horizontal axis, to said upper end of said support arm;

a length adjustable jack having upper and lower ends;

said lower end of said jack being secured to said hitch ball coupler;

and a second tube clamp secured to said upper end of said jack;

said first and second clamps adapted to be selectively removably secured to the auger tube of the first grain auger;

an elongated steering handle having inner and outer ends;

said inner end of said steering handle including a transversely disposed first sleeve which is adapted to be received between said first and second collars;

and a pivot pin extending through said first collar, said first sleeve and said second collar;

said steering handle adapted to pivot said main support with respect to said lower end of said jack and said hitch ball;

the actuation of said motor causing said first and second drive wheels to move the first grain auger;

said grain auger mover assembly also being usable with the second grain auger by;

(1) removing said support wheel from said third axle;

(2) disconnecting said lower end of said jack from said coupler;

(3) disconnecting said upper end of said jack from said second clamp;

(4) disconnecting said hitch ball coupler from said hitch ball;

(5) connecting said lower end of said jack to said main support;

(6) attaching a third clamp onto the swing hopper auger tube;

(7) pivotally securing the upper end of said jack to said third clamp; and

(8) securing said third clamp to said first and second collars of said main support.

7. The combination of claim 6 wherein said third clamp includes a second sleeve which is positioned between said first and second collars and wherein a pin is extended through said first collar, said second sleeve and through said second collar.

8. The combination of claim 7 wherein said third clamp includes a pin with said upper end of said jack being pivotally secured to said pin of said third clamp.

9. The combination of claim 6 wherein said electric drive motor is remotely controlled.

10. The combination of claim 6 wherein said lower end of said jack is pivotally secured to said coupler when the mover assembly is being used to move the swing hopper auger.

11. The combination of claim 6 wherein said first bracket may also be removed from said main support when said mover is going to be used with the second grain auger.