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    • 1. 发明授权
    • Retaining and installing a printhead in a printhead docking station
    • 在打印头对接站中保留和安装打印头
    • US06322204B1
    • 2001-11-27
    • US09211063
    • 1998-12-14
    • John N. BlumBruce A. BowlingHomer D. Durst
    • John N. BlumBruce A. BowlingHomer D. Durst
    • B41J207
    • B41J2/03B41J25/34B41J2202/14
    • In an ink jet printer having a printhead and a printhead docking station, an improvement is provided in installation and retention of the printhead in the printhead docking station. Straight line travel of the printhead relative to the printhead docking station is ensured using guide posts or other guiding mechanisms. Non-abrupt actuation, such as a screw drive actuator is used to translate the printhead relative to the docking station. The screw drive actuator is oriented at near right angles to the direction of translation of the printhead relative to the printhead docking station. The printhead and the printhead docking station are then aligned so that electrical and fluid connections can be made concurrently. During the installation, a consistent insertion force, such as a spring loaded toggle mechanism, is applied to the printhead, regardless of part tolerances.
    • 在具有打印头和打印头对接站的喷墨打印机中,提供了在打印头对接站中安装和保持打印头的改进。 使用引导柱或其它引导机构确保打印头相对于打印头对接站的直线行程。 使用诸如螺旋驱动致动器的非突然致动器来相对于对接站平移打印头。 螺杆驱动致动器定向成与打印头相对于打印头对接站的平移方向成直角。 然后对准打印头和打印头对接站,使得可以同时进行电气和流体连接。 在安装过程中,无论零件公差如何,都会将一致的插入力(如弹簧加载的肘节机构)施加到打印头。
    • 2. 发明授权
    • Eyelid with mechanically driven service position override
    • 眼皮与机械驱动的服务位置覆盖
    • US06910756B2
    • 2005-06-28
    • US10254726
    • 2002-09-25
    • John N. BlumBruce A. BowlingDavid A. HulibaDavid F. Tunmore
    • John N. BlumBruce A. BowlingDavid A. HulibaDavid F. Tunmore
    • B41J2/165
    • B41J2/16508B41J2/185
    • A technique for sealing a printhead of an ink jet printer system on startup, opening the seal to print, and opening further on an arbitrary path for service, is provided for by the present invention. The ink jet printhead has an ink drop generator, a catcher located adjacent to the ink drop generator, and a catcher pan located below the catcher. An eyelid seals ink within the printhead on startup of the printer system. An actuator mechanism transmits movement to the eyelid along a predetermined path, having multiple positions for the eyelid. The eyelid is moved between open and closed positions by means of a dc motor. The open position is defined by the actuator means contacting a print position stop. Shifting the position of the print position stop allows the eyelid to open to a service position.
    • 本发明提供了一种在启动时密封喷墨打印机系统的打印头的技术,打开密封件进行打印,并进一步在任意路径上打开以进行维修。 喷墨打印头具有墨滴发生器,位于墨滴发生器附近的捕获器和位于捕获器下方的捕集器。 在打印机系统启动时,眼睑密封打印头内的墨水。 致动器机构沿着预定路径将运动传递到眼睑,具有眼睑的多个位置。 眼睑通过直流电机在打开和关闭位置之间移动。 打开位置由致动器装置接触打印位置止挡限定。 移动打印位置停止位置允许眼睑打开到一个维修位置。
    • 8. 发明授权
    • Ink jet printhead with an improved eyelid system
    • 具有改进的眼睑系统的喷墨打印头
    • US06247781B1
    • 2001-06-19
    • US09211250
    • 1998-12-14
    • John N. Blum
    • John N. Blum
    • B41J2165
    • B41J2/185B41J2002/1853
    • A technique for sealing a printhead of an ink jet printer system on startup, opening the seal to print, and opening further on an arbitrary path for cleaning, is provided for by the present invention. The ink jet printhead has an ink drop generator, a catcher located adjacent to the ink drop generator, and a catcher pan located below the catcher. An eyelid seals ink within the printhead on startup of the printer system. An actuator mechanism transmits movement to the eyelid along a predetermined non-circular path, having multiple positions for the eyelid. A multiple bar linkage system moves the eyelid along the path.
    • 本发明提供了一种在启动时密封喷墨打印机系统的打印头的技术,打开密封件进行打印,并进一步在任意的路径上打开以进行清洁。 喷墨打印头具有墨滴发生器,位于墨滴发生器附近的捕获器和位于捕获器下方的捕集器。 在打印机系统启动时,眼睑密封打印头内的墨水。 致动器机构沿着预定的非圆形路径将运动传递到眼睑,具有用于眼睑的多个位置。 多杆联动系统沿着路径移动眼睑。