Adjustable auger assembly for a trencher
An adjustable auger assembly for a trencher including an auger housing and a position attachment assembly. The auger housing having a central auger tube having a first end and a discharge end opposite the first end. An auger shaft is positioned within the auger tube and is rotatable relative to the central auger tube. At least one material inlet is positioned one of at the first end and between the first end and the discharge end. The position attachment assembly has a first component member coupled to the trencher, and a second component member coupled to the auger housing. The first component member is movably positionable relative to the second component member, to, in turn, adjust the position of the auger housing relative to the trencher.
1. An adjustable auger assembly for a trencher, the trencher having a boom having a rotating set of teeth that can rotate about the boom, the adjustable auger assembly comprising:
an auger housing having a central auger tube having a first end and a discharge end opposite the first end, with an auger shaft positioned therewithin, the auger shaft being rotatable relative to the central auger tube, and at least one material inlet positioned one of at the first end and between the first end and the discharge end; and
a position attachment assembly having a first component member structurally configured to be coupled to the boom trencher, and a second component member coupled to the auger housing, with the first component member being slidably positionable relative to the second component member, to, in turn, adjust the position of the auger housing relative to the trencher, with the discharge end being slidably positionable along the boom so that the discharge end is slidably positionable along the boom.
2. The adjustable auger assembly of claim 1 wherein the position that is adjustable is a vertical position of the auger housing relative to the trencher.
3. The adjustable auger assembly of claim 2 wherein the first component member comprises a saddle member, the saddle member having opposing side walls defining a channel, with the second component comprising a beam member having a central body slidably positionable within the saddle member.
4. The adjustable auger assembly of claim 3 wherein at least one side wall includes a structure, with the beam member having a corresponding structure, to provide alignment during slidable engagement.
5. The adjustable auger assembly of claim 4 wherein the at least one side wall includes a plurality of guide pins, and the beam member having a corresponding protrusion to slidably interface with the guide pins, so as to provide alignment during slidable engagement therebetween.
6. The adjustable auger assembly of claim 4 wherein each side wall includes a plurality of guide pins, the beam member having a corresponding protrusion on either side thereof to slidably interface with the guide pins, so as to provide alignment during slidable engagement therebetween.
7. The adjustable auger assembly of claim 1 wherein the position adjustment assembly further includes an adjustment member configured to slidably urge or maintain the second component member in a desired position relative to the first component member.
8. The adjustable auger assembly of claim 7 wherein the adjustment member comprises a winch member mounted on one of the second component member and the first component member and a cable that is coupled to the winch at one end and fixedly coupled to the other of the second component member and the first component member, or a structure fixedly coupled thereto.
9. The adjustable auger assembly of claim 8 wherein the winch is mounted on the first component member and the cable includes a second end coupled to the auger frame.
10. The adjustable auger assembly of claim 9 wherein the winch comprises a dual winch member, having a first cable member and a second cable member, with the second end of both of the first cable member and the second cable member being coupled to the second component member on either side of the winch.
11. The adjustable auger assembly of claim 1 further comprising a material feed assembly having a discharge end that is coupled to the material inlet.
12. The adjustable auger assembly of claim 11 wherein the material feed assembly further comprises a first hopper having a storage container, a hopper auger tube coupled to the first hopper at the bottom end thereof, and a hopper auger shaft augmented by an auger motor, with the hopper auger shaft positioned within the hopper auger tube, to, in turn, direct material through the discharge end and, in turn, into the material inlet.
13. The adjustable auger assembly of claim 12 further comprising a second hopper positioned opposite the first hopper, the second hopper having a storage container, a hopper auger tube coupled to the first hopper at the bottom end thereof, and a hopper auger shaft augmented by an auger motor, with the hopper auger shaft positioned within the hopper auger tube, to, in turn, direct material through the discharge end and, in turn, into the material inlet.
14. The adjustable auger assembly of claim 1 wherein the central auger tube is inwardly angled relative to the boom, to, in turn, allow for a material that extends out of the discharge end to be directed inwardly at the boom and downwardly along the boom.