MEDIUM LOADING DEVICE AND RECORDING APPARATUS
    4.
    发明申请
    MEDIUM LOADING DEVICE AND RECORDING APPARATUS 有权
    中型装载装置和记录装置

    公开(公告)号:US20150103126A1

    公开(公告)日:2015-04-16

    申请号:US14391364

    申请日:2013-03-19

    Abstract: A medium loading device includes a support unit having shaft members mounted on both end portions of a roll paper and flange member and a loading portion where the roll paper with the support unit is loaded. The loading portion includes a rotary driving portion as a driving source to rotate the roll paper, a rotation shaft to transmit torque of the rotary driving portion to the roll paper via the shaft member, and an operation portion that moves the rotation shaft between a transmission position to transmit the torque to the roll paper and a non-transmission position not to transmit the torque to the roll paper. In an axial direction of the roll paper when the roll paper is loaded into the loading portion, the operation portion is disposed between the position where the shaft member is located when the roll paper is loaded and the rotary driving portion.

    Abstract translation: 介质装载装置包括:支承单元,其具有安装在卷纸和凸缘构件的两端部上的轴构件和装载有支撑单元的卷纸的装载部。 装载部分包括作为驱动源的旋转驱动部分,用于使卷筒纸旋转,旋转轴通过轴构件将旋转驱动部分的扭矩传递到卷纸;以及操作部分,其将旋转轴在传动 将扭矩传递到卷纸和不将扭矩传递到卷纸的非传送位置的位置。 当卷筒纸被装载到装载部分中时,在卷纸的轴向方向上,操作部分设置在卷筒纸被装载在轴部件所处的位置和旋转驱动部分之间。

    Medium loading device and recording apparatus
    5.
    发明授权
    Medium loading device and recording apparatus 有权
    中加载装置和记录装置

    公开(公告)号:US09302510B2

    公开(公告)日:2016-04-05

    申请号:US14391364

    申请日:2013-03-19

    Abstract: A medium loading device includes a support unit having shaft members mounted on both end portions of a roll paper and flange member and a loading portion where the roll paper with the support unit is loaded. The loading portion includes a rotary driving portion as a driving source to rotate the roll paper, a rotation shaft to transmit torque of the rotary driving portion to the roll paper via the shaft member, and an operation portion that moves the rotation shaft between a transmission position to transmit the torque to the roll paper and a non-transmission position not to transmit the torque to the roll paper. In an axial direction of the roll paper when the roll paper is loaded into the loading portion, the operation portion is disposed between the position where the shaft member is located when the roll paper is loaded and the rotary driving portion.

    Abstract translation: 介质装载装置包括:支承单元,其具有安装在卷纸和凸缘构件的两端部上的轴构件和装载有支撑单元的卷纸的装载部。 装载部分包括作为驱动源的旋转驱动部分,用于使卷筒纸旋转,旋转轴通过轴构件将旋转驱动部分的扭矩传递到卷纸;以及操作部分,其将旋转轴在传动 将扭矩传递到卷纸和不将扭矩传递到卷纸的非传送位置的位置。 当卷筒纸被装载到装载部分中时,在卷纸的轴向方向上,操作部分设置在卷筒纸被装载在轴部件所处的位置和旋转驱动部分之间。

    Quick release system for mounted rollers
    6.
    发明授权
    Quick release system for mounted rollers 失效
    安装滚筒的快速释放系统

    公开(公告)号:US06598378B1

    公开(公告)日:2003-07-29

    申请号:US09678662

    申请日:2000-10-04

    Applicant: Benoit Pottier

    Inventor: Benoit Pottier

    Abstract: A quick release mechanism for a roller (6, 7) wherein the roller (6, 7) is mounted in a frame and rotationally driven (for example, a roller (6, 7) carrying a roll of stretch wrapping film (4) in a stretch wrapping head (1)). The quick release mechanism includes a pair of stub axles (22, 43) which support either end of the roller (6, 7) in the frame. One of the stub axles (22) are fixed within the frame and driven by a motor (8). The connection between this driven stub axle (22) and the roller (6, 7) ensures that no relative rotational movement occurs. The other stub axle (43) is “lockable” in a hole in the frame but is removable therefrom. The connection between the removable stub axle (43) and the roller (6, 7) allows free relative rotational movement. Withdrawal of the removable stub axle (43) from the frame allows the roller (6, 7) to be disconnected from its connection with the driven stub axle (22) and removed from the frame. Refitting of the roller (6, 7) is simply a reversal of this process.

    Abstract translation: 一种用于辊子(6,7)的快速释放机构,其中辊子(6,7)安装在框架中并被旋转地驱动(例如,辊子(6,7)承载着一卷拉伸包装膜(4) 拉伸包装头(1))。 快速释放机构包括支撑框架中的辊(6,7)的任一端的一对短轴(22,43)。 短轴(22)中的一个固定在框架内并由马达(8)驱动。 该被驱动的短轴(22)和辊(6,7)之间的连接确保不发生相对旋转运动。 另一个短轴(43)可以“锁定”在框架的孔中,但可以从其中移除。 可拆卸短轴(43)和辊(6,7)之间的连接允许自由的相对旋转运动。 可拆卸短轴(43)从框架的退出允许辊(6,7)与其与被驱动短轴(22)的连接断开,并从框架上移除。 辊子(6,7)的改装仅仅是这个过程的逆转。

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