Skid for stacking hay bales

Claim 1

A hay bale stacking sled adapted to be dragged behind a hay baler comprising: (a) means for attaching said sled to the rear of said hay baler, (b) a transversely extending platform mounted on the forward portion of said sled for supporting a stacking operator thereon, (c) said platform being rigidly affixed to a runner on each side of said sled, said runners being parallel and each having an upwardly curved forward end to facilitate the dragging of the sled along the ground, (d) a bale-supporting assembly comprising, a transverse member adjacent the trailing edge of said platform, a plurality of bale-supporting arms extending rearwardly from said transverse member between said runners and adapted to support hay bales stacked thereon, a pair of parallel rearwardly extending frame elements positioned above said runners and connected to said transverse member, supporting elements pivotally connecting said frame elements to the front and rear of said runners to permit said assembly to be moved from a horizontal raised bale-carrying position to a horizontal lowered, bale-depositing position adjacent to the ground, means for raising and lowering said assembly, (e) a bale-positioning arm, said arm having one end connected to said platform and extending rearwardly therefrom, said bale-positioning arm being parallel and positioned above and outwardly from one of the rearwardly extending frame elements on one side of said bale-supporting assembly, the bale-positioning arm and said frame element being disposed relative to each other such that a line drawn between the inside edge of said arm and the inside edge of said rearwardly extending frame element forms an angle with the plane formed by the bottom surfaces of said runners of at least 55°, whereby the first bale to be loaded on the bale-supporting assembly by the operator is laid against one of the bale-supporting arms, the rearwardly extending frame element and the bale-positioning arm so that the long cross-sectional service of the bale will form an angle of at least 55° with the ground, a second row of bales being similarly laid against the first bale, and a third row of bales being similarly laid against the second row of bales, thereby forming a stack of bales wherein the bottom of each bale forms an angle of 10° to 35° with the ground to thereby provide a stable pyramidal stack while positioned on the bale-supporting assembly and when transferred to the ground.