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    • 2. 发明授权
    • Drive mechanism for windrow inverters
    • 货架变频器的驱动机构
    • US5272860A
    • 1993-12-28
    • US907467
    • 1992-07-01
    • Albert F. BarilCecil R. SudbrackRichard E. Jennings
    • Albert F. BarilCecil R. SudbrackRichard E. Jennings
    • A01D57/20A01D84/00A01D80/00
    • A01D84/00A01D57/20
    • A drive mechanism for a windrow inverter having a crop pick-up mechanism operable to elevate a windrow of crop material from the ground onto a transversely moveable draper conveyor is disclosed wherein the draper conveyor is rotatably driven by a hydraulic motor operable to rotate the draper conveyor in opposing lateral directions. The crop pick-up mechanism is driven by a ground drive mechanism. A power transfer device including a movable power transfer gear provides the option of interconnecting the drive mechanisms for the draper conveyor and the crop pick-up mechanism upon disconnection of one of the drive mechanisms. A second movable transfer gear provides another option of mechanically driving the operation of the draper conveyor, in either lateral direction. A wing draper attachment mounted on the frame of the windrow inverter is drivingly coupled to the draper conveyor for rotatable operation therewith.
    • 公开了一种用于货架逆变器的驱动机构,其具有可操作以将作物材料的堆料从地面提升到横向可移动的输送机上的作物拾取机构,其中,所述输送机由液压马达可旋转地驱动,所述液压马达可操作以使所述输送机 在相反的横向。 作物拾取机构由地面驱动机构驱动。 包括可移动传递齿轮的动力传递装置提供了在断开其中一个驱动机构时将驱动机构互连到用于输送机和裁切拾取机构的选项。 第二可移动传动齿轮提供了在横向方向上机械地驱动滚筒输送机的操作的另一种选择。 安装在货架逆变器的框架上的翼形件附件驱动地联接到该打印机输送机上,以便与其一起转动。
    • 3. 发明授权
    • Method of forming a stack of bales of crop material
    • 形成一堆作物材料的方法
    • US5547334A
    • 1996-08-20
    • US515078
    • 1995-08-14
    • Albert F. Baril
    • Albert F. Baril
    • A01D90/08B65G57/22
    • A01D90/08
    • An automatic bale wagon for forming a weather resistant block shaped stack from a plurality of similarly shaped bales as the bale wagon picks up and handles bales during traversal of a field in which a plurality of formed bales have been deposited. A first tier is formed by placing a plurality of bales within a generally rectangular configuration, and a tie tier is formed by placing a plurality of bales within a generally rectangular configuration similar in shape to the rectangular configuration of the first tier, the outermost of which bales in the tie tier not being in alignment with the bales in the first tier. The tie tier is positioned above the first tier. A tight top tier is then formed by placing a plurality of bales in a generally rectangular configuration similar in shape to the rectangular configuration of the tie tier. Adjacent ends and side surfaces of all bales in the top tier are contiguous, the outermost of which bales are not in alignment with the bales in the tie tier. The tight top tier is positioned above the tie tier whereby the contiguous relationship of the bales provides a barrier for resisting the entry of moisture via the top of the stack.
    • 一种自动捆包车,用于在多个形成的捆包已经沉积的田地穿过期间,捆扎货车拾起并处理捆包,从多个类似形状的捆中形成耐候性块状堆叠。 通过将多个捆放置在大致矩形的构造中而形成第一层,并且通过将多个捆放置在类似于第一层的矩形构造的大致矩形的构造中形成连结层,其最外层 领带中的捆包不符合第一层的捆包。 领带层位于第一层之上。 然后通过将多个捆放置成类似于连接层的矩形构造的大致矩形的构造来形成紧密的顶层。 顶层中所有捆包的相邻端和侧面是相邻的,其最外面的捆不与捆扎层中的捆包对齐。 紧密的顶层位于捆扎层之上,由此捆的连续关系提供了阻止经由顶部的水分进入的屏障。