Vacuum conveyor with intake nozzle and sleeve

• US 10,017,332 B2
• Filed: 03/08/2017
• Issued: 07/10/2018
• Est. Priority Date: 06/14/2016
• Status: Active Grant

• Current Assignee: Brandt Agricultural Products Limited (Brandt Industries Limited)
• Original Assignee: Brandt Agricultural Products Limited (Brandt Industries Limited)
• Inventors: Carteri, Jonathan Robert, Broberg, Nicholas, Kaeding, Michael Ryan, Peutert, Chance
• Primary Examiner(s): DILLON JR, JOSEPH A
• Application Number:
  US15/453,487
• Publication Number:
  US 20170355536A1
• Time in Patent Office: 489 Days
• Field of Search: 406 39, 406 41, 406114, 406115, 406116, 406151, 406152, 406153, 406194
• CPC Class Codes: B65G 2201/042 Granular material
• CPC Class Codes: B65G 53/24 Gas suction systems
• CPC Class Codes: B65G 53/42 Nozzles

Abstract

A vacuum conveyor for conveying granular material and an intake nozzle for the vacuum conveyor is provided. The vacuum conveyor can have a vacuum section operative to create a vacuum in the housing, an intake to allow granular material to the housing, a variable length hose section and an intake nozzle. The intake nozzle can include an intake end, an output end and a body extending between the ends with a plurality of apertures passing through the body. A sleeve for the intake nozzle can be sized to fit around the body positionable in different positions relative to the body to cover and uncover the various apertures.

Claims

1. A vacuum conveyor for conveying granular material, the vacuum conveyor comprising:

a frame;

a housing supported by the frame;

a vacuum section operative to create a vacuum in the housing;

an intake to allow granular material into the housing;

a variable length hose section having a distal end and a proximal end, the distal end of the hose section connectable to the intake; and

an intake nozzle comprising;

an intake end;

an output end connectable to the proximal end of the hose section;

a body extending between the intake end and the output end;

a plurality of apertures passing through the body;

a sleeve sized to fit around the body, the sleeve positionable in at least two positions relative to the body and comprising;

a plurality of first vent apertures, each first vent aperture positioned on the sleeve to uncover one of the plurality of apertures in the body when the sleeve is positioned in a first position relative to the body; and

a plurality of second vent apertures, each second vent aperture positioned on the sleeve to uncover one of the plurality of apertures in the body when the sleeve is positioned in the first position relative to the body and when the sleeve is positioned in a second position relative to the body.

2. The vacuum conveyor of claim 1 further comprising at least one group wheel operably connected to the frame.

3. The vacuum conveyor of claim 2 further comprising a hitch assembly connected to the frame.

4. The vacuum conveyor of claim 1 wherein the vacuum section is connected to a discharge conveyor section and wherein granular material that travels through the hose section into the vacuum conveyor is directed into the discharge conveyor section.

5. The vacuum conveyor of claim 4 wherein the conveyor section comprises an auger and has a discharge spout.

6. The vacuum conveyor of claim 1 wherein each first vent aperture positioned on the sleeve uncovers the one of the plurality of apertures in the body only when the sleeve is positioned in the first position relative to the body.

7. The vacuum conveyor of claim 1 wherein the sleeve further comprises a plurality of unperforated cover sections, each unperforated cover section covering one of the plurality of the apertures in the body when the sleeve is in a third positon relative to the body.

8. The vacuum conveyor of claim 7 wherein each unperfortated cover section is provided adjacent to one of:

one of the plurality of first vent apertures; and

one of the plurality of second vent apertures.

9. The vacuum conveyor of claim 8 wherein the unperforated cover sections adjacent to one of the plurality of first vent apertures cover apertures in the body when the sleeve is positioned in the second position relative to the body.

10. The vacuum conveyor of claim 1 wherein each first vent aperture completely uncovers the one of the plurality of apertures in the body when the sleeve is positioned in the first position relative to the body.

11. The vacuum conveyor of claim 1 wherein each second vent aperture completely uncovers the one of the plurality of apertures in the body when the sleeve is positioned in the first position relative to the body and when the sleeve is positioned in the second position relative to the body.

12. The vacuum conveyor of claim 1 wherein each second vent aperture is larger than each first vent aperture.

13. The vacuum conveyor of claim 1 wherein the second vent apertures are positioned closer to the intake end of the intake nozzle than the output end.

14. The vacuum conveyor of claim 1 wherein the body of the intake nozzle is generally cylindrical.

15. The vacuum conveyor of claim 1 wherein the apertures in the body of the intake nozzle are provided only in a bottom half of the body of the intake nozzle.

16. The vacuum conveyor of claim 1 wherein each aperture in the body of the intake nozzle has a corresponding ramp.

17. The vacuum conveyor of claim 16 wherein each ramp slopes inwards from an inner surface of the body of the intake nozzle towards a centerline of the intake nozzle.

18. The vacuum conveyor of claim 17 wherein an upstream end of each ramp substantially coincides with the inner surface of the body of the intake nozzle, the ramp sloping inwards from the inner surface of the body of the intake nozzle to a downstream end of the ramp.

19. The vacuum conveyor of claim 18 wherein the aperture is adjacent to and underneath the downstream end of the ramp.

20. An intake nozzle for a vacuum conveyor, the intake nozzle comprising:

an intake end;

an output end connectable to a hose section of a vacuum conveyor

a body extending between the intake end the output end;

a plurality of apertures passing through the body;

a sleeve positionable in at least two positions relative to the body and comprising;

a plurality of first vent apertures, each first vent aperture positioned on the sleeve to uncover one of the plurality of apertures in the body when the sleeve is positioned in a first position relative to the body; and

a plurality of second vent apertures, each second vent aperture positioned on the sleeve to uncover one of the plurality of apertures in the body when the sleeve is positioned in the first position relative to the body and when the sleeve is positioned in a second position relative to the body.

21. The intake nozzle of claim 20 wherein each first vent aperture positioned on the sleeve uncovers the one of the plurality of apertures in the body only when the sleeve is positioned in the first position relative to the body.

22. The intake nozzle of claim 20 wherein the sleeve further comprises a plurality of unperforated cover sections, each unperforated cover section covering one of the plurality of the apertures in the body when the sleeve is in a third position relative to the body.

23. The intake nozzle of claim 22 wherein each unperforated cover section is provided adjacent to one of:

one of the plurality of first vent apertures; and

one of the plurality of second vent apertures.

24. The intake nozzle of claim 23 wherein the unperforated cover sections adjacent to one of the plurality of first vent apertures cover apertures in the body when the sleeve is positioned in the second position relative to the body.

25. The intake nozzle of claim 20 wherein each first vent aperture completely uncovers the one of the plurality of apertures in the body when the sleeve is positioned in the first position relative to the body.

26. The intake nozzle of claim 20 wherein each second vent aperture completely uncovers the one of the plurality of apertures in the body when the sleeve is positioned in the first position relative to the body and when the sleeve is positioned in the second position relative to the body.

27. The intake nozzle of claim 20 wherein each second vent aperture is larger than each first vent aperture.

28. The intake nozzle of claim 20 wherein the second vent apertures are positioned closer to the intake end than the output end.

29. The intake nozzle of claim 20 wherein the body is generally cylindrical.

30. The intake nozzle of claim 20 wherein the sleeve has a handle.

31. The intake nozzle of claim 20 wherein the apertures are provided only in a bottom half of the body.

32. The intake nozzle of claim 20 wherein each aperture has a corresponding ramp.

33. The intake nozzle of claim 20 wherein each ramp slopes inwards from an inner surface of the body towards a centerline of the intake nozzle.

34. The intake nozzle of claim 33 wherein an upstream end of each ramp substantially coincides with the inner surface of the body, the ramp sloping inwards from the inner surface of the body to a downstream end of the ramp.

35. The intake nozzle of claim 34 wherein the aperture is adjacent to and underneath the downstream end of the ramp.