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    • 7. 发明授权
    • Composting machine
    • 堆肥机
    • US5348103A
    • 1994-09-20
    • US931956
    • 1992-08-19
    • Gordon A. J. ChiddicksChristopher C. Lee
    • Gordon A. J. ChiddicksChristopher C. Lee
    • A01B33/02C05F17/02
    • C05F17/0235A01B33/02Y02P20/145Y02W30/43
    • A composting machine is used with an elongated reactor with flails mounted in a frame that moves longitudinally from a finishing end to a starting end during a processing pass. The flails move the organic material in the reactor along the reactor toward the finishing end. The flails are radially mounted on a shaft and the shaft rotates during the processing pass causing the flails to rotate as well. During a return pass, the flails can be made to occupy a horizontal plane so that the frame can return to the finishing end without raising the shaft vertically. Further, a skirt can be mounted adjacent to the flails to limit the distance that the material is moved by the flails. The distance of the skirt from a leading edge of the flails can be increased during the processing pass from the finishing end to the starting end. This allows the machine to be much more efficient as the level of the organic material can be maintained nearly constant from the starting end to the finishing end. With previous machines, the flail mechanism is moved vertically upward during the return pass so that the flails will clear the material.
    • 堆肥机与细长的反应器一起使用,该反应器具有安装在框架中的连接件,其在加工过程中从最终端纵向移动到起始端。 烟囱将反应器中的有机材料沿着反应器移动到完成端。 导管径向地安装在轴上,并且轴在加工过程中旋转,导致连续的转动也是如此。 在返回通道期间,可以使得撑杆占据水平面,使得框架可以在不垂直地升高轴的情况下返回到最终端。 此外,裙部可以安装在靠近襟翼的位置,以限制材料被鞭子移动的距离。 在从完成端到起始端的处理过程中,可以增加裙部从连接件前缘的距离。 这使得机器能够更有效地进行,因为有机材料的水平可以从起始端到终点保持几乎恒定。 对于先前的机器,在返回过程中,连枷机构垂直向上移动,使得连枷将清除材料。
    • 8. 发明授权
    • T-handle latch
    • T柄锁
    • US4911489A
    • 1990-03-27
    • US304970
    • 1989-02-01
    • Randall C. HansenChristopher C. Lee
    • Randall C. HansenChristopher C. Lee
    • E05B15/04E05B63/00E05C9/04
    • E05B15/04E05B63/0056E05C9/04E05B2015/0427Y10S292/60Y10T292/0806Y10T292/57
    • A T-handle latch in which a housing is designed for reception in an opening of an item to be latched. A shank of a handle is rotationally disposed in the housing, and an actuating member of the latch is fixed on the end of the shank. The shank may be received in a shank-receiving opening of the actuating member, the opening being elongate so that the actuating member may be fixed in any of a plurality of discrete transverse positions with respect to the shank. Keying elements on the shank and in the shank-receiving opening define the discrete positions and are useful in achieving initial adjustment of the latch, in preventing the latch from slipping out of adjustment during use, and in helping to prevent relative rotation of the shank and the actuating member. Return springs bias the handle toward a neutral, home position. The return springs may be housed completely within the body of the latch, thereby protecting them from accidential damage, dislodging or loss during use, installation or shipping.
    • 一个T形手柄闩锁,其中壳体被设计成用于在待锁定的物品的开口中接收。 手柄的柄部旋转地设置在壳体中,并且闩锁的致动构件固定在柄的端部上。 柄可以容纳在致动构件的柄接收开口中,该开口是细长的,使得致动构件可以相对于柄固定成多个离散的横向位置中的任何一个。 柄和柄接收开口中的键元件限定离散位置,并且可用于实现闩锁的初始调节,以防止闩锁在使用期间滑出调节,并且有助于防止柄部的相对旋转,并且 致动构件。 返回弹簧将手柄偏置到中立的原位。 复位弹簧可以完全容纳在闩锁的主体内,从而在使用,安装或运输过程中保护它们免受安全损坏,移动或丢失。