Hydraulic drive for a feed auger

• US 5,305,866 A
• Filed: 12/04/1992
• Issued: 04/26/1994
• Est. Priority Date: 12/04/1992
• Status: Expired due to Fees

• Current Assignee: Sudenga Industries Inc.
• Original Assignee: Sudenga Industries Inc.
• Inventors: Bechler, Ronald F., Stewart, Ronald S.
• Primary Examiner(s): Valenza, Joseph E.
• Application Number:
  US07/986,120
• Time in Patent Office: 508 Days
• Field of Search: 198/311, 198/314, 198/589, 198/668, 414/526
• US Class Current: 198/311
• CPC Class Codes: B65G 33/32 Adaptations of bearings or couplings for supporting and connecting screws B65G33/16 takes precedence
• CPC Class Codes: B65G 65/22 Screws

Abstract

A feed auger for transporting particulate material to a main auger which has a drive shaft driven by a direct mechanical connection from a PTO of a tractor vehicle. The feed auger is attached to a hopper at one end and pivotally mounted to the main auger at the other end such that particulate material entering the hopper is transported through the feed auger and into and through the main auger. The feed auger is driven by a hydraulic system operated from the drive shaft of the main auger, the hydraulic system providing independent control of the operation of the feed auger.

Claims

1. In an auger arrangement having a main auger, a feed auger operatively arranged with respect to the main auger such that particulate materials can be transported through the feed auger and the main auger, a support structure for supporting the main auger and the feed auger, and a mechanical drive means for driving the main auger from power derived from an external power source, the improvement comprising:

a hydraulic assembly mounted on the auger arrangement, the hydraulic assembly including a hydraulic motor responsive to pressurized hydraulic fluid for driving the feed auger, and a hydraulic pump for supplying pressurized hydraulic fluid to the hydraulic motor; and

connecting means operatively connecting the hydraulic pump to the mechanical drive means to drive the feed auger.

2. The auger arrangement of claim 1, further comprising control means for controlling hydraulic fluid to the hydraulic motor such that operation of the feed auger can be varied relative to the main auger.

3. The auger arrangement of claim 1, wherein the connecting means includes a first sprocket coupled to the mechanical drive means and a second sprocket coupled to the hydraulic pump, the first sprocket operatively engaging the second sprocket.

11. The auger arrangement of claim 1, wherein the hydraulic assembly further includes a hydraulic reservoir for supplying hydraulic fluid to the hydraulic pump.

12. The auger arrangement of claim 1, wherein said hydraulic pump is mounted on the main auger.

13. The auger arrangement of claim 11, wherein the hydraulic reservoir is mounted on the support structure.

4. An auger arrangement for transporting particulate material comprising:

a main auger having a main auger tube, a helical main auger flight rotatably mounted within said main auger tube, a discharge spout at an upper end of the main auger tube, and an inlet at a lower end of the main auger tube;

frame means for supporting the main auger tube with the upper end raised relative to the lower end;

drive coupling means for connection to an external power source;

first mechanical connection means communicating drive from the drive coupling means to the main auger flight;

a feed auger having a feed tube, a helical feed auger flight rotatably mounted within said feed auger tube, and a downwardly depending discharge spout at a discharge spout at a discharge end of the feed auger flight operable with the inlet of the main auger tube; and

hydraulic drive means mounted on the auger arrangement, the hydraulic drive means including a hydraulic motor responsive to pressurized hydraulic fluid for driving the feed auger flight, a hydraulic pump for supplying pressurized hydraulic fluid to the hydraulic motor, and a hydraulic reservoir for storing and supplying hydraulic fluid to the hydraulic pump, and

second mechanical connection means operatively connecting the hydraulic pump to the drive coupling means for driving the feed auger flight.

5. The auger arrangement as in claim 4, wherein the hydraulic pump is mounted to the main auger.

6. The auger arrangement as in claim 4, wherein said inlet of the main auger tube is enclosed by a boot having an opening therein for receiving and pivotally coupling said discharge spout of the feed auger.

7. The auger arrangement as in claim 4, wherein the drive coupling means is arranged to connect to a power takeoff.

8. The auger arrangement as in claim 4, wherein the second mechanical connection means includes a first sprocket coupled to the main auger flight and a second sprocket coupled to the hydraulic pump, the first sprocket operatively engaging the second sprocket.

9. The auger arrangement as in claim 4, further comprising mounting means for mounting the feed auger on the main auger such that the discharge spout of the feed auger is arranged to discharge particulate material into the inlet of said main auger such that particulate matter can be transported from a hopper to the feed auger flight to the main auger flight to the discharge spout of the main auger, the mounting means being arranged to allow the feed auger to be pivoted relative to the main auger.

10. The auger arrangement as in claim 4, further including control means for controlling hydraulic fluid to the hydraulic motor such that operation of the feed auger can be varied relative to the main auger.

14. The auger arrangement as in claim 4, wherein the hydraulic assembly further includes a hydraulic reservoir mounted on the support structure for supplying hydraulic fluid to the hydraulic pump.