초록 ▼

Disclosed herein is an attachment and vehicle that includes a left loader arm, a right loader arm, and a boom arm operatively attached to the left loader arm and the right loader arm. The boom arm extends in substantially the same direction that both the left loader arm and the right loader arm exte

Disclosed herein is an attachment and vehicle that includes a left loader arm, a right loader arm, and a boom arm operatively attached to the left loader arm and the right loader arm. The boom arm extends in substantially the same direction that both the left loader arm and the right loader arm extends, is positioned between the left loader arm and the right loader arm, and includes a rotating mechanism at a first end for attaching and rotating a vertical column for installation in the ground. The attachment includes a first hydraulic cylinder attaching the left loader arm with the boom arm and a second hydraulic cylinder attaching the right loader arm with the boom arm. The first and second hydraulic cylinders exact rotation on the boom arm, and the first and second hydraulic cylinders extend at least substantially perpendicular to the plane of rotation of the boom arm.

대표청구항 ▼

1. An attachment for a loader vehicle comprising: a left loader arm attachable to the loader vehicle;a right loader arm attachable to the loader vehicle such that the left and the right loader arms are raisable and lowerable with respect to the loader vehicle in unison;a boom arm operatively attache

1. An attachment for a loader vehicle comprising: a left loader arm attachable to the loader vehicle;a right loader arm attachable to the loader vehicle such that the left and the right loader arms are raisable and lowerable with respect to the loader vehicle in unison;a boom arm operatively attached to the left loader arm and the right loader arm, wherein the boom arm extends in the same or substantially the same direction that at least a portion of both the left loader arm and the right loader arm extends, wherein the boom arm is positioned between the left loader arm and the right loader arm, and wherein the boom arm includes a rotating mechanism at a first end for attaching and rotating a vertical column for installation in the ground;a first hydraulic cylinder pivotally attached to the left loader arm and the boom arm at a first midpoint location along a length of the boom arm;a second hydraulic cylinder pivotally attached to the right loader arm and the boom arm at the first midpoint location along a length of the boom arm; anda base portion extending between the left loader arm and the right loader arm, wherein the boom arm is swivelably and tiltably attached to the base portion at a second midpoint location along a length of the boom arm;wherein the first hydraulic cylinder pivots about the left loader arm and the second hydraulic cylinder pivots about the right loader arm to exact both swiveling rotation, wherein the first end of the boom arm rotates left and right towards the left loader arm and the right loader arm respectively, and tilting rotation, wherein the boom arm rotates up and down on the boom arm about the base mount, wherein the swiveling rotation and the tilting rotation occur simultaneously to move the first end of the boom arm in an arc, and wherein the first and second hydraulic cylinders extend at least substantially perpendicular to the boom arm and at least substantially perpendicular upwards from the ground when the attachment for the loader vehicle is attached to the loader vehicle. 2. The attachment for the loader vehicle of claim 1, wherein the first and second hydraulic cylinders are configured to exact rotation on the boom arm by moving the first end in a left direction to a leftmost position and also moving the first end in a right direction to a rightmost position, wherein the first hydraulic cylinder extends and the second hydraulic cylinder retracts when the first end of the boom arm is moved in the left direction, and wherein the first hydraulic cylinder retracts and the second hydraulic cylinder extends when the first end of the boom arm is moved in the right direction. 3. The attachment for the loader vehicle of claim 2, wherein the boom arm moves in an arc over the ground such that the boom arm is closest to the ground in the leftmost and rightmost positions, and farthest from the ground in a midpoint position between the leftmost and rightmost positions. 4. The attachment for the loader vehicle of claim 1, wherein the left loader arm and the right loader arm are configured to raise and fall simultaneously to lift and lower the boom arm. 5. The attachment for the loader vehicle of claim 1, further comprising a controller in operable communication with the loader vehicle configured to control movement of the attachment, wherein the controller is movable a distance from the loader vehicle while in use such that an operator can operate the attachment at the distance from the loader. 6. The attachment for the loader vehicle of claim 1, wherein the boom arm is configured to apply a constant downward pressure into the ground when installing the vertical column attached to the first end, and wherein the constant downward pressure is a preset pressure. 7. The attachment for the loader vehicle of claim 1, wherein the first hydraulic cylinder is attached to an end of the left loader arm and extends to a first location along the length of the boom arm, wherein the second hydraulic cylinder is attached to an end of the right loader arm and extends to the first location along the length of the boom arm. 8. The attachment for the loader vehicle of claim 1, wherein the rotating mechanism at the first end of the boom arm is attached to the boom arm by a mechanism that is rotatable on two axis. 9. An attachment for a loader vehicle comprising: a left loader arm attachable to the loader vehicle;a right loader arm attachable to the loader vehicle such that the left and the right loader arms are raisable and lowerable with respect to the loader vehicle in unison;a first hydraulic cylinder pivotally attached to the left loader arm;a second hydraulic cylinder pivotally attached to the right loader arm; anda base portion extending between the left loader arm and the right loader arm;a boom arm attached to the first and second hydraulic cylinders at a first midpoint location along a length of the boom arm, the boom arm swivelably and tiltably attached to the base portion at a second midpoint location along the length of the boom arm,wherein the boom arm extends in the same or substantially the same direction that at least a portion of the left and right loader arms extend at a midpoint position, wherein the boom arm is positioned between the left loader arm and the right loader arm at the midpoint position, and wherein the first hydraulic cylinder pivots about the left loader arm and the second hydraulic cylinder pivots about the right loader arm to cause the boom arm to rotate about the left and right loader arms such that an end of the boom arm travels in an arc such that the boom arm both swivels and tilts simultaneously about the base portion at the second location. 10. A modified loader vehicle comprising: a main body;a left loader arm attached to the main body;a right loader arm attached to the main body, the left and right loader arms configured to be raised and lowered in unison with respect to the main body;a boom arm operatively attached to the left loader arm and the right loader arm, wherein the boom arm extends in the same or substantially the same direction that at least a portion of both the left loader arm and the right loader arm extends at a midpoint position, wherein the boom arm is positioned between the left loader arm and the right loader arm at the midpoint position, and wherein the boom arm includes a rotating mechanism at a first end for attaching and rotating a vertical column for installation in the ground;a first hydraulic cylinder pivotally attached to the left loader arm, the first hydraulic cylinder pivotally attached to the boom arm at a first midpoint location along a length of the boom arm; anda second hydraulic cylinder pivotally attached to the right loader arm, the second hydraulic cylinder pivotally attached to the boom arm at the first midpoint location;a base portion extending between the left loader arm and the right loader arm, wherein the boom arm is swivelably and tiltably attached to the base portion at a second midpoint location along the length of the boom arm;wherein the first hydraulic cylinder pivots about the left loader arm and the second hydraulic cylinder pivots about the right loader arm to exact both swiveling and tilting rotation simultaneously on the boom arm about the base portion at the second position such that the first end travels in an arc with respect to the main body. 11. The loader vehicle of claim 10, wherein the first and second hydraulic cylinders are configured to exact rotation on the boom arm by moving the first end in a left direction to a leftmost position and also moving the first end in a right direction to a rightmost position, wherein the first hydraulic cylinder extends and the second hydraulic cylinder retracts when the first end of the boom arm is moved in the left direction, and wherein the first hydraulic cylinder retracts and the second hydraulic cylinder extends when the first end of the boom arm is moved in the right direction. 12. The loader vehicle of claim 11, wherein the boom arm moves in an arc over the ground such that the boom arm is closest to the ground in the leftmost and rightmost positions, and farthest from the ground in a midpoint position between the leftmost and rightmost positions. 13. The loader vehicle of claim 10, wherein the left loader arm and the right loader arm are configured to raise and fall simultaneously to lift and lower the boom arm. 14. The loader vehicle of claim 10, further comprising a controller in operable communication with the loader vehicle configured to control movement of the attachment, wherein the controller is movable the distance from the loader vehicle while in use such that an operator can operate the attachment at a distance from the loader. 15. The loader vehicle of claim 14, wherein the boom arm is configured to apply a constant downward pressure into the ground when installing the vertical column attached to the first end, and wherein the constant downward pressure is a preset pressure. 16. The loader vehicle of claim 10, wherein the rotating mechanism at the first end of the boom arm is attached to the boom arm by a mechanism that is rotatable on two axis. 17. The loader vehicle of claim 10, wherein the first and second hydraulic cylinders extend at least substantially perpendicular to the plane of rotation of the boom arm.