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    • 3. 发明授权
    • Multicolor liquid ink jet print head
    • 多色液体喷墨打印头
    • US06293664B1
    • 2001-09-25
    • US08537060
    • 1995-09-29
    • Stephen Francis DeFosseGanesh Vinayak PhatakMatthew Carlyle Sauers
    • Stephen Francis DeFosseGanesh Vinayak PhatakMatthew Carlyle Sauers
    • B41J2175
    • B41J2/17513B41J2/17553
    • A multicolor liquid ink jet print head including a print head body containing liquid ink and having a nozzle assembly and electrical connections to the nozzle assembly. The print head body defines passageways to couple the ink from ink chambers in the print head body to the nozzle assembly. The disclosed print head body contains three ink chambers for inks of three different colors, each of which are connected by a separate pathway in the print head body to a separate section of the nozzle assembly. The ink flow channels of the print head body are designed to assure total isolation of each color of ink from each of the other colors. The print head body includes sidewalls and a bottom, with the bottom of the print head body defining three exit ports communicating with the nozzle assembly. One of the nozzle ports communicates with an opening in the bottom of one of the ink chambers. Each of the other two exit ports communicates with a different crossflow channel in the bottom of the print head body which in turn communicates with an opening in the bottom of a different one of the ink chambers. The crossflow channels are formed in molding the print head body to extend to the exterior of the print head body, and each crossflow channel is sealed with a plug to prevent leakage of ink from the crossflow channel.
    • 一种多色液体喷墨打印头,包括具有液体墨水的打印头本体,并具有喷嘴组件和与喷嘴组件的电连接。 打印头主体限定了将打印头主体中的墨水室中的墨水连接到喷嘴组件的通道。 所公开的打印头主体包含三个不同颜色的油墨的油墨室,每个油墨室通过在打印头本体中的单独路径连接到喷嘴组件的单独部分。 打印头本体的油墨通道被设计成确保每种颜色的每种颜色与其它颜色的全部隔离。 打印头本体包括侧壁和底部,打印头本体的底部限定与喷嘴组件连通的三个出口。 其中一个喷嘴端口与其中一个油墨室的底部的开口连通。 其他两个出口中的每一个与打印头本体的底部中的不同的横流通道连通,该横流通道又与不同一个墨室的底部的开口连通。 横流通道形成在模制打印头本体以延伸到打印头本体的外部,并且每个横流通道用塞子密封以防止墨从横流通道泄漏。
    • 4. 发明授权
    • System for securing tubing
    • 用于固定管道的系统
    • US06394503B1
    • 2002-05-28
    • US09534435
    • 2000-03-23
    • Stephen Francis DeFosseCurtis Ray Droege
    • Stephen Francis DeFosseCurtis Ray Droege
    • B41J2175
    • B41J2/17523B41J2/17503
    • The present invention relates to a system and a method for securing tubing which includes a reservoir, preferably being a printer cartridge, having a rigid wall with interior and exterior surfaces, a rigid restraining member for a tube, and the restraining member further having a passage therethrough. In one embodiment, the invention includes at least one locking lever with top and bottom ends, the locking lever having at least one notch proximate to the top end and the bottom end is pivotably attached to the interior surface of the reservoir wall, and the restraining member is alternately attached to the top end of the locking lever. In another embodiment, the locking lever is rigidly attached to the interior surface of the reservoir and the restraining member is alternately attached to the reservoir. In a further embodiment, the restraining member is attached to interior of the reservoir wall by at least two locking arms. The reservoir wall has an opening and a tube assembly comprised of the rigid restraining member and the flexible tubing fits into the opening. The tube assembly thus either engages the locking lever notch and pivots the locking lever against the interior surface of the reservoir wall or is placed against the locking lever notch of the rigidly attached locking lever, or is pushed against the locking arms into the opening so as to secure the tube assembly against the rigid wall of the reservoir and within the opening of the reservoir wall to create a substantially fluid tight seal between the tube assembly and the opening of the reservoir.
    • 本发明涉及一种用于固定管道的系统和方法,所述系统和方法包括具有内壁和外表面的刚性壁的储存器,优选地为打印机盒,用于管的刚性限制构件,所述约束构件还具有通道 通过。 在一个实施例中,本发明包括至少一个具有顶端和底端的锁定杆,锁定杆具有靠近顶端的至少一个切口,并且底端可枢转地附接到储存器壁的内表面,并且限制 构件交替地附接到锁定杆的顶端。 在另一个实施例中,锁定杆刚性地附接到储存器的内表面,并且限制构件交替地附接到贮存器。 在另一个实施例中,约束构件通过至少两个锁定臂附接到储存器壁的内部。 储存器壁具有开口,并且由刚性约束构件和柔性管组成的管组件装配到开口中。 因此,管组件接合锁定杆切口并将锁定杆枢转抵靠储存器壁的内表面,或者抵靠刚性附接的锁定杆的锁定杆切口放置,或者被推入锁定臂进入开口,以便 以将管组件固定抵靠储存器的刚性壁并且在储存器壁的开口内,以在管组件和储存器的开口之间形成基本流体的紧密密封。