Double rolling basket attachment

1. An agricultural tillage implement, comprising:

a frame member;

a secondary frame member;

a positioning arm assembly which connects the frame member to the secondary frame member;

a side hanger assembly coupled to the secondary frame, the side hanger assembly including a substantially vertical leg fixed to the secondary frame at one end thereof and a horizontal beam having first and second ends and a pivotal connection to the other end of the substantially vertical leg between the first and second ends;

a first rolling basket connected to the first end of the horizontal beam;

a second rolling basket connected to the second end of the horizontal beam; and

wherein the first and second rolling baskets are connected to the horizontal beam each about an axis of rotation and the pivotal connection is at least as close as adjacent to a line between the axis of rotation of the first and second rolling baskets;

wherein pivotal connections between the horizontal beam and (a) the first rolling basket, (b) the second rolling basket, and (c) the vertical leg are in a horizontal alignment; and

wherein first and second rotation stops are positioned on the horizontal beam such that one of each of the first and second rotation stops is positioned near each lateral edge of the vertical leg to limit the degree of rotation between the vertical leg and the horizontal beam.

2. The agricultural tillage implement of claim 1 , wherein the positioning arm assembly further composes a bracket, a positioning arm, and a force applicator, wherein the bracket is pivotally connected at one end to a portion of the frame member and the bracket is pivotally connected at an opposite end to a lower pivot connection of one end of the positioning arm, wherein the force applicator is connected at one end thereof to at least a portion of the bracket and at an opposite end to an upper pivot connection of the one end of the positioning arm, wherein the positioning arm is connected at an opposite end thereof to the secondary frame member, and wherein the force applicator moves the positioning arm to pivot at least at the upper and lower pivot connections to move the secondary frame member upward and downward.

3. An agricultural tillage implement, comprising:

a frame member;

a secondary frame member;

a positioning arm assembly which connects the frame member to the secondary frame member;

a double rolling basket assembly coupled with the secondary frame member, the double rolling basket assembly including:

a first rolling basket;

a second rolling basket behind the first rolling basket;

first and second hanger assemblies at opposite ends of the first and second rolling basket, each of the first and second hanger assemblies having a substantially vertical leg fixed to the secondary frame member and a horizontal beam pivotally connected to the vertical leg thereof;

each horizontal beam of the first and second hangers having rotatable connections to the first basket and the second basket;

wherein the first and second rolling baskets are connected to the horizontal beam each about an axis of rotation and the pivotal connection is at least as close as adjacent to a line between the axis of rotation of the first and second rolling baskets;

wherein pivotal connections between the horizontal beam and (a) the first rolling basket, (b) the second rolling basket, and (c) the vertical leg are in a horizontal alignment; and

wherein first and second rotation stops are positioned on each horizontal beam such that one of each of the first and second rotation stops is positioned near each lateral edge of each vertical leg to limit the rotation of the horizontal beams relative to the substantially vertical legs.

4. The agricultural tillage implement of claim 3 , further comprising a plurality of positioning arm assemblies, each positioning arm assembly of the plurality of positioning arm assemblies further comprising a bracket, a end to a portion of the frame member and the bracket is pivotally connected at an opposite end to a lower pivot connection of one end of the positioning arm, wherein the force applicator is connected at one end to at least a portion of the bracket and at an opposite end to an upper pivot connection of the one end of the positioning arm, wherein the positioning arm is connected at an opposite end thereof to the secondary frame member, and wherein the force applicator moves the positioning arm to pivot at least at the upper an lower pivot connections to move the secondary frame member upward and downward.

5. The agricultural tillage implement of claim 4 , further comprising a second double rolling basket assembly coupled with the secondary frame member, the second double rolling basket assembly including:

a forward basket aligned with the first rolling basket;

a rearward basket behind the forward basket and aligned with the second rolling basket;

third and fourth hanger assemblies at opposite ends of the forward and rearward baskets, each of the third and fourth hanger assemblies having a substantially vertical leg fixed to the secondary frame member and a horizontal beam pivotally connected to the substantially vertical leg thereof;

each horizontal beam of the third and fourth hanger assemblies having rotatable connections to the forward basket and the rearward basket;

wherein said forward and rearward rolling baskets of the second double rolling basket assembly are connected to the horizontal beam each about an axis of rotation and the pivotal connection is at least as close as adjacent to a line between the axis of rotation of the first and second rolling baskets of the second double rolling basket assembly;

wherein pivotal connections between each horizontal beam and (a) the forward basket, (b) the rearward rolling basket, and (c) the vertical leg are in a horizontal alignment; and

wherein first and second rotation stops are positioned on each horizontal beam such that one of each of the first and second rotation stops is positioned near each lateral edge of each vertical leg to limit the degree of rotation between the vertical leg and the horizontal beam.