Aerial lift platform with dielectric anchor

1. A platform for use with an aerial lift vehicle, comprising:

a bucket including a first bottom wall and at least one first side wall, and a first hole in one of said first bottom wall and said first side wall;

a bucket liner received within said bucket, said bucket liner including a second bottom wall and at least one second side wall, and a second hole in one of said second bottom wall and said second side wall, said second hole in alignment with said first hole; and

an anchor assembly extending through said first and second holes, said anchor assembly comprising:

an internal anchor disposed internally within said bucket liner; and

a cover assembly disposed externally of said bucket, said cover assembly made of a dielectric material and covering a portion of said anchor assembly which extends externally of said bucket to electrically isolate said internal anchor from an environment external of said bucket.

2. The platform of claim 1 , wherein said first hole is in said first side wall of said bucket, and said second hole is in said second side wall of said bucket liner, said first and second side walls together being one of front walls, rear walls, left walls and right walls.

3. The platform of claim 1 , wherein said anchor assembly further comprises an anchor member including said internal anchor and a shaft, said shaft extending through said first and second holes, and said cover assembly further comprises a housing disposed externally of said bucket, said housing receiving an end of said shaft.

4. The platform of claim 3 , wherein said cover assembly further comprises a cover attached to said housing, said cover and said housing each made of a dielectric material for electrically insulating said shaft end from an environment external of said bucket.

5. The platform of claim 3 , wherein said shaft end is threaded, and said anchor assembly further includes a nut threaded onto said threaded end of said shaft to draw said internal anchor, said side wall of said bucket liner, said side wall of said bucket, and said housing together with no electrically conductive paths present between an interior of said bucket liner and the environment external of said bucket.

6. The platform of claim 3 , further comprising an anchor plate including a hole through which said shaft is received, said anchor plate one of embedded within said first side wall of said bucket or disposed on an external side of said first side wall of said bucket.

7. The platform of claim 3 , further comprising an external anchor plate captured between said side wall of said bucket and said housing, said external anchor plate including an external anchor disposed externally of said housing.

8. The platform of claim 1 , further comprising an insulating pad disposed between said internal anchor and said side wall of said bucket liner.

9. The platform of claim 1 , wherein said at least one side wall of said bucket liner defines an upper edge disposed opposite said bottom wall of said bucket liner, said internal anchor disposed beneath said upper edge in a direction from said upper edge toward said bottom wall of said bucket liner, and

said internal anchor disposed at least 6 inches beneath said upper edge in a direction from said upper edge toward said bottom wall of said bucket liner.

10. A platform for use with an aerial lift vehicle, comprising:

a bucket including a first bottom wall and at least one first side wall, and a first hole in one of said first bottom wall and said first side wall;

a bucket liner received within said bucket, said bucket liner including a second bottom wall and at least one second side wall, and a second hole in one of said second bottom wall and said second side wall, said second hole in alignment with said first hole; and

an anchor assembly extending through said first and second holes, said anchor assembly comprising:

an internal anchor disposed internally within said bucket liner, said internal anchor including a shaft extending through said aligned first and second holes, said shaft having an end disposed externally of said bucket; and

a cover assembly made of a dielectric material and covering said shaft end whereby said internal anchor is electrically isolated from an environment external of said bucket.

11. The platform of claim 10 , wherein said first hole is in said first side wall of said bucket, and said second hole is in said second side wall of said bucket liner, said first and second side walls together being one of front walls, rear walls, left walls and right walls.

12. The platform of claim 10 , wherein said cover assembly includes a housing disposed externally of said bucket liner and receiving said shaft.

13. The platform of claim 12 , wherein said cover assembly further comprises a cover attached to said housing, said cover and said housing each made of a dielectric material for electrically insulating said shaft end from the environment external of said bucket.

14. The platform of claim 10 , wherein said shaft includes a threaded end, and said anchor assembly further includes a nut threaded onto said threaded end of said shaft to draw said internal anchor, said side wall of said bucket liner, said side wall of said bucket, and said nut together with no electrically conductive paths present between an interior of said bucket liner and the environment external of said bucket.

15. The platform of claim 10 , wherein at least one said second side wall of said bucket liner defines an upper edge disposed opposite said bottom wall of said bucket liner, said internal anchor disposed beneath said upper edge in a direction from said upper edge toward said bottom wall of said bucket liner, and

said internal anchor disposed at least 6 inches beneath said upper edge in a direction from said upper edge toward said bottom wall of said bucket liner.

16. A bucket liner for use with a platform of an aerial lift vehicle, comprising:

a bottom wall and at least one first side wall, and a hole extending entirely through one of said bottom wall and said side wall; and

an anchor assembly extending entirely through said hole, said anchor assembly comprising:

an internal anchor disposed within said bucket liner; an external component disposed externally of said bucket liner; and

a cover assembly disposed externally of said bucket liner, said cover assembly made of a dielectric material and covering said external component whereby said internal anchor is electrically isolated from an environment external of said bucket liner.

17. The bucket liner of claim 16 , wherein said hole is in said side wall of said bucket liner, said side wall being one of a front wall, a rear wall, a left wall and a right wall.

18. The bucket liner of claim 16 , wherein at least one said first side wall of said bucket liner defines an upper edge disposed opposite said bottom wall of said bucket liner, said internal anchor disposed beneath said upper edge in a direction from said upper edge toward said bottom wall, and

said internal anchor disposed at least 6 inches beneath said upper edge in a direction from said upper edge toward said bottom wall.

19. The bucket liner of claim 16 , wherein said bucket liner also includes a second side wall, a front wall, and a rear wall, wherein said first and second side walls, said bottom wall, said front wall and said rear wall together define a rectilinear configuration.

20. The bucket liner of claim 16 , wherein said internal anchor includes a shaft with a threaded end, and said anchor assembly further includes a nut threaded onto said threaded end of said shaft to draw said internal anchor, said side wall of said bucket liner, and said nut together with no electrically conductive paths present between an interior of said bucket liner and the environment external of said bucket liner.