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    • 6. 发明授权
    • Foam-filled caps for sealing inkjet printheads
    • 用于密封喷墨打印头的泡沫填充盖
    • US06390593B1
    • 2002-05-21
    • US09101138
    • 2000-03-06
    • Stephen M DeRoosDonald L MichaelJames E GreenJames A Harvey
    • Stephen M DeRoosDonald L MichaelJames E GreenJames A Harvey
    • B41J2165
    • B41J2/16511B41J2/16508
    • A foam-filled cap sealing ink-ejecting nozzles of an inkjet printhead in a printing mechanism has a two-layer structure, with an outer skin layer of an elastomer, and a second foam core layer inside the skin. The skin defines a sealing lip that surrounds the nozzles when the cap is in a sealing position to avoid unnecessary drying of the ink. The skin has an interior surface that defines a cavity under the sealing lip. The foam core, located within the cavity, may be formed by expanding a foam preform or by injecting raw foam into the cavity. An insert may be molded into the cap structure for use in mounting the cap in the printing mechanism. An optional backing layer molded to the structure is used to attach a vent basin to the cap. A method of constructing this cap, and a printing mechanism having this cap, are also described.
    • 打印机构中的喷墨打印头的泡沫填充盖密封喷墨喷嘴具有双层结构,弹性体的外表皮层和皮肤内部的第二泡沫芯层。 当帽处于密封位置时,皮肤限定围绕喷嘴的密封唇,以避免墨水的不必要的干燥。 皮肤具有限定在密封唇下方的空腔的内表面。 位于空腔内的泡沫芯可以通过将泡沫预制件膨胀或通过将原始泡沫注入空腔来形成。 插入件可以模制到盖结构中,用于将盖安装在打印机构中。 使用模制到该结构的任选的背衬层将排气孔附接到盖上。 还描述了构造该盖的方法和具有该盖的打印机构。
    • 8. 再颁专利
    • Wet wiping printhead cleaning system using a non-contact technique for applying a printhead treatment fluid
    • 使用非接触技术湿式擦拭打印头清洁系统来施加打印头处理液
    • USRE39242E1
    • 2006-08-22
    • US09863467
    • 2001-05-22
    • Eric Joseph JohnsonEric MattisDonald L. Michael
    • Eric Joseph JohnsonEric MattisDonald L. Michael
    • B41J2/165
    • B41J2/16552B41J2/16538B41J2/16541
    • A wet-wiping printhead cleaning system including a treatment fluid applicator placing treatment fluid on at least one of two elements involved in wiping, said two elements being a printhead orifice plate surface and a wiper, the system being so configured that treatment fluid is applied before wiping the printhead by projecting treatment fluid onto at least one element through the atmosphere, thereby avoiding direct contact between the applicator and said one element, the treatment fluid being placed so as to be available to assist in wiping a portion of the printhead orifice plate where the nozzle orifices are located to remove debris that may have accumulated, the treatment fluid lubricating the wiper so as to lengthen wiper service life and enhance wiping performance, as well as acting to render such accumulations more removable by wiping, the source of treatment fluid being uncontaminated by contact with either the printhead or the wiper.
    • 一种湿擦拭的打印头清洁系统,包括处理流体施加器,将处理流体放置在涉及擦拭的两个元件中的至少一个元件上,所述两个元件是打印头孔板表面和刮水器,该系统被构造成使处理流体在 通过将处理流体通过大气中的至少一个元件投影来擦拭打印头,从而避免涂抹器和所述一个元件之间的直接接触,处理流体被放置成可用于帮助擦拭打印头孔板的一部分, 喷嘴孔被定位成去除可能积聚的碎屑,处理流体润滑刮水器,以便延长刮水器使用寿命并增强擦拭性能,以及用于通过擦拭使这种积聚更可除去,处理流体源为 通过与打印头或刮水器接触而不受污染。
    • 10. 发明授权
    • Flexible frame onsert capping of inkjet printheads
    • 喷墨打印头的柔性框架上盖
    • US5936647A
    • 1999-08-10
    • US741850
    • 1996-10-31
    • John D. RhodesDonald L. Michael
    • John D. RhodesDonald L. Michael
    • B41J2/165
    • B41J2/16511B41J2/16508
    • A flexible frame onsert molded capping system has an elastomeric sealing lip onsert molded onto a flexible, flat, springy support frame, preferably with series of these sealing lips being molded on a single flexible frame to simultaneously seal several adjacent inkjet printheads. The frame has a border region with one or more cap bases attached to the frame by plural suspension spring elements. The suspension spring elements have both cantilever and torsional characteristics which allow the bases to tilt and twist independent of one another to seal each printhead, even when the orifice plates of adjacent printheads are not in a coplanar alignment. Use of a single piece frame, and onsert molding of the cap lips thereon, decreases the number of parts required to assemble an inkjet printing mechanism, leading to a more economical unit which is easier to assemble.
    • 柔性框架成型封盖系统具有弹性体密封唇模压到柔性的平坦弹性支撑框架上,优选地,一系列这些密封唇被模制在单个柔性框架上以同时密封几个相邻的喷墨打印头。 框架具有边框区域,其中一个或多个盖子底座通过多个悬挂弹簧元件附接到框架。 悬架弹簧元件具有悬臂和扭转特性,即使当相邻打印头的孔板不是共面对准时,也可以使底座彼此独立地倾斜和扭转以密封每个打印头。 使用单件框架并且在其上插入盖帽的方式减少组装喷墨打印机构所需的部件数量,从而导致更经济的装置更容易组装。