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    • 8. 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。
    • 10. 发明授权
    • Maintenance mist control
    • 维护雾控制
    • US06375304B1
    • 2002-04-23
    • US09505544
    • 2000-02-17
    • Charles Stanley AldrichBenjamin Alan AskrenJohn Edward BorsukDonn Duane BryantCurtis Ray DroegeLaura Leigh GarciaEdward Lawrence KielyRobert Flynt Strean
    • Charles Stanley AldrichBenjamin Alan AskrenJohn Edward BorsukDonn Duane BryantCurtis Ray DroegeLaura Leigh GarciaEdward Lawrence KielyRobert Flynt Strean
    • B41J2165
    • B41J2/16552
    • An ink mist controller for a maintenance station including spit louvers and a spit wheel which serve as accumulating surfaces. A flow of air directs ink mist through the louvers and around the spit wheel. Mist that is not attracted to a surface is carried to a manifold which filters, then exhausts, air to the environment, thereby preventing contamination of articles surrounding the printer. Color ink droplets are ejected onto the spit louvers. Low pressure is created between and below the louvers, which increases air and mist velocity over the entire spit zone. An unrestricted air curtain occurs on three sides of the color printhead to further control the location of mist deposit. Black ink is ejected onto the spit wheel which holds the mist deposit during evaporation. At defined intervals, the spit wheel rotates a fraction of a revolution. A scraper removes the non-volatile residue from the wheel during rotation. An air curtain is created on all four sides of the spit wheel to direct mist to this surface. As with the color ink, contaminated air is filtered prior to being exhausted to the environment.
    • 一种用于维护站的墨雾控制器,包括用作累积表面的吐痰百叶窗和吐痰轮。 空气流引导墨雾通过百叶窗和吐痰轮周围。 没有吸引到表面的雾沫被传送到过滤器,然后将空气排放到环境中的歧管,从而防止了打印机周围的物品的污染。 彩色墨滴喷射到吐痰百叶窗上。 在百叶窗之间和之下产生低压,这增加了整个喷洒区域的空气和雾气速度。 在彩色打印头的三侧出现不受限制的气幕,以进一步控制雾滴的位置。 黑色墨水喷射到吐出轮上,在蒸发过程中保持雾气沉积。 在限定的间隔内,吐轮旋转一分之一圈。 刮刀在旋转期间从车轮上除去非挥发性残留物。 在吐痰轮的四面都形成一个气帘,将雾直接引到这个表面。 与彩色墨水一样,污染的空气在被耗尽到环境之前被过滤。