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    • 32. 发明授权
    • Normal and reverse rotating mechanism
    • 正反转机构
    • US4458796A
    • 1984-07-10
    • US284111
    • 1981-07-16
    • Hiroshi NitandaMorikazu Mizutani
    • Hiroshi NitandaMorikazu Mizutani
    • B65H5/06F16D27/105F16D27/12G03B27/62F16D21/02
    • F16D27/12B65H5/06F16D27/105G03B27/6235B65H2403/40B65H2403/70
    • A normal and reverse rotating mechanism of this invention includes a normal and reverse rotating member capable of normal and reverse rotations, a first rotation transmitting member for transmitting normal rotation to the normal and reverse rotating member, a second rotation transmitting member for transmitting reverse rotation to the normal and reverse rotating member, a drive source rotatable in one direction for imparting a rotational drive to the normal and reverse rotating member, first spring clutch means for operatively associating the first rotation transmitting member and the drive source with each other, second spring clutch means for operatively associating the second rotation transmitting member and the drive source with each other, and control lever means for controlling the first and second spring clutch means so that when one of the two spring clutch means is operatively associated with the drive source, the other spring clutch means is not operatively associated with the drive source. The invention does not require normal and reverse rotations of the drive source itself and does not require a bulky and complicated mechanism such as an electromagnetic clutch.
    • 本发明的正转反转机构包括能够正转和反向旋转的正转反转构件,用于向正反转动构件传递正转的第一旋转传递构件,用于将反向旋转传递到第二旋转传递构件 正转反转构件,反转旋转构件,可沿一个方向旋转的驱动源,用于对正转和反转构件进行旋转驱动;第一弹簧离合器装置,用于将第一旋转传递构件与驱动源相互将第二弹簧离合器 用于将第二旋转传递构件和驱动源相互操作地关联的装置,以及用于控制第一和第二弹簧离合器装置的控制杆装置,使得当两个弹簧离合器装置中的一个与驱动源可操作地相关联时,另一个 弹簧离合器装置不可操作地与其相关联 e驱动源。 本发明不需要驱动源本身的正向和反向旋转,并且不需要诸如电磁离合器之类的庞大且复杂的机构。
    • 40. 发明授权
    • Pickup mechanism
    • 拾取机制
    • US08448935B1
    • 2013-05-28
    • US13468581
    • 2012-05-10
    • Shao-Yang WuYueh-Shing Lee
    • Shao-Yang WuYueh-Shing Lee
    • B65H3/06
    • B65H3/0669B65H3/0684B65H3/34B65H2403/70B65H2801/06B65H2801/39
    • A pickup mechanism includes a main frame, a supporting element mounted to the main frame, and a pickup module positioned in the main frame and including a pickup arm, a transmitting element, a separation element, a pickup element and a barrel element. The separation element includes a separation shaft and a separation roller. The pickup element includes a pickup shaft and a pickup roller. The separation roller and the pickup roller are restricted in the pickup arm. The transmitting element links the separation shaft and the pickup shaft. The pickup arm is pivoted at the separation shaft. The barrel element has a base portion pivotally mounted around the pickup shaft, and a stopping block. When the pickup module swings upward or downward, the barrel element is driven to rotate along with the pickup shaft to make the stopping block against the supporting element or apart from the supporting element.
    • 拾取机构包括主框架,安装到主框架的支撑元件和位于主框架中的拾取模块,其包括拾取臂,发送元件,分离元件,拾取元件和筒元件。 分离元件包括分离轴和分离辊。 拾取元件包括拾取轴和拾取辊。 分离辊和拾取辊在拾取臂中受到限制。 发送元件连接分离轴和拾取轴。 拾取臂在分离轴处枢转。 枪管元件具有枢转地安装在拾取轴周围的基部和止动块。 当拾取模块向上或向下摆动时,筒形元件被驱动以与拾取轴一起旋转,以使止动块抵靠支撑元件或与支撑元件分离。