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    • 1. 发明授权
    • Liquid supply method, system, ink container, cartridge and replenishing container and head cartridge usable with system
    • 液体供应方法,系统,墨水容器,墨盒和补充容器和可用于系统的头盒
    • US06345888B1
    • 2002-02-12
    • US09221045
    • 1998-12-28
    • Hidehisa MatsumotoShozo HattoriHiroyuki IshinagaHirofumi OkuharaTomoyuki Kaneda
    • Hidehisa MatsumotoShozo HattoriHiroyuki IshinagaHirofumi OkuharaTomoyuki Kaneda
    • B41J2175
    • B41J2/17556B41J2/17513
    • A liquid supply method includes a step of preparing a negative pressure producing material chamber, including a liquid supply portion for permitting supply of the liquid to an outside and an air vent for fluid communication with ambience, for accommodating a negative pressure producing member for retaining the liquid; a step of preparing a liquid containing chamber having a liquid containing portion for accommodating the liquid, the liquid containing portion forming a substantially sealed space except for fluid communication with the negative pressure producing material chamber; a first liquid supply step of permitting supply of the liquid to the outside by permitting movement of the liquid into the negative pressure producing material chamber from the liquid containing portion without introduction of the air into the liquid containing chamber with a negative pressure while permitting decrease of a volume of the liquid containing portion; a second liquid supply step, after the first liquid supply step, of permitting supply of the liquid to the outside by permitting movement of the liquid into the negative pressure producing material chamber from the liquid containing portion with introduction of the air into the liquid containing portion.
    • 液体供给方法包括制备负压产生材料室的步骤,包括用于允许将液体供应到外部的液体供应部分和用于与环境流体连通的通气口,用于容纳用于保持液体的负压产生部件 液体; 制备具有用于容纳液体的液体容纳部分的液体容纳室的步骤,所述液体容纳部分除了与所述负压产生材料室流体连通之外形成基本上密封的空间; 第一液体供给步骤,允许通过允许液体从液体容纳部分移动到负压产生材料室中而将液体供应到外部,而不将空气以负压引入到液体容纳室中,同时允许 液体容纳部分的体积; 第二液体供应步骤,在第一液体供应步骤之后,允许通过使空气进入液体容纳部分中的液体从液体容纳部分移动到负压产生材料室中,从而将液体供应到外部 。
    • 3. 发明授权
    • Liquid delivery system, liquid container, and head cartridge
    • 液体输送系统,液体容器和头架
    • US06575567B2
    • 2003-06-10
    • US09470208
    • 1999-12-22
    • Hidehisa MatsumotoHiroyuki Ishinaga
    • Hidehisa MatsumotoHiroyuki Ishinaga
    • B41J2175
    • B41J2/17556B41J2/17513
    • A liquid supplying system using a negative pressure producing member accommodating chamber including a liquid supply portion for supplying liquid to outside, an air vent for fluid communication with ambience and a negative pressure producing member accommodating chamber for accommodating a negative pressure producing member for retaining the liquid therein, and using a liquid accommodating container which is detachably mountable to said negative pressure producing member accommodating chamber and which defines a substantially hermetically sealed space except for fluid communication with said negative pressure producing member accommodating chamber, the improvement residing in: an air introducing groove, provided at a connecting portion relative to said negative pressure producing member accommodating container in said liquid accommodating container, for gas-liquid exchange for permitting introduction of the gas into the liquid containing portion and discharge of the liquid.
    • 一种使用负压产生部件容纳室的液体供应系统,该负压产生部件容纳室包括用于向外部供应液体的液体供应部分,用于与环境流体连通的排气口和负压产生部件容纳室,用于容纳用于保持液体的负压产生部件 并且使用可拆卸地安装到所述负压产生构件容纳室并且限定除了与所述负压产生构件容纳室流体连通之外的基本上气密的空间的液体容纳容器,所述改进位于:空气引入槽 设置在相对于所述液体容纳容器中的所述负压产生构件容纳容器的连接部分处,用于气体 - 液体交换以允许将气体引入液体容纳部分并排出液体。
    • 5. 发明授权
    • Liquid ejection head cartridge and liquid container usable therewith
    • 液体喷射头盒和可用于其的液体容器
    • US06247806B1
    • 2001-06-19
    • US08886429
    • 1997-07-01
    • Hidehisa MatsumotoToshiaki SasakiHiroyuki IshinagaToshio KashinoKiyomitsu KudoYoshie AsakawaHiroaki Mihara
    • Hidehisa MatsumotoToshiaki SasakiHiroyuki IshinagaToshio KashinoKiyomitsu KudoYoshie AsakawaHiroaki Mihara
    • B41J2175
    • B41J2/17553B41J2/14048B41J2/17513
    • A liquid ejection head cartridge includes a liquid ejecting head and a liquid container. The liquid ejection head includes an ejection outlet, a bubble generation region, and a movable member disposed faced to the bubble generation region and displaceable between a first position and a second position further from the bubble generation region than the first position. The movable member moves from the first to the second position by pressure produced by the generation of a bubble to permit expansion of the bubble more in a downstream side closer to the ejection outlet. The liquid container includes a substantially prism-like outer wall provided with a substantial air vent portion and having a corner, and an inner wall having a prism-like shape with outer surfaces substantially equivalent to inside surfaces of the outer wall and having a corner portion corresponding to the corner of the outer wall, the inner wall being separable from the outer wall and defining a liquid accommodating portion for containing liquid, the inner wall further having a liquid supply portion for supplying the liquid out of the liquid accommodating portion to the liquid ejection head. The inner wall has a thickness which is smaller in the corner portion than a thickness of a central portion of the outer surfaces of the inner wall.
    • 液体喷射头盒包括液体喷射头和液体容器。 液体喷射头包括喷射出口,气泡生成区域和面对气泡产生区域设置的可移动部件,并且可以在比第一位置更远离气泡发生区域的第一位置和第二位置之间移位。 可移动部件通过产生气泡产生的压力从第一位置移动到第二位置,以允许气泡在更靠近喷射出口的下游侧膨胀。 液体容器包括大致棱柱状的外壁,该外壁具有大致空气排出部分并具有角部,内壁具有棱柱形状,其外表面基本上等于外壁的内表面,并且具有角部 对应于所述外壁的角部,所述内壁与所述外壁分离并且限定用于容纳液体的液体容纳部,所述内壁还具有用于将液体从所述液体容纳部供给到所述液体的液体供给部 喷头 内壁的角部的厚度比内壁的外表面的中央部的厚度小。
    • 6. 发明授权
    • Liquid discharge method and liquid jet apparatus
    • 液体排出方法和使用具有不同排出速度的组合液滴形成图像的液体喷射装置
    • US6164748A
    • 2000-12-26
    • US122330
    • 1998-07-24
    • Yoichi TaneyaHiroyuki IshinagaToshio KashinoHiroyuki SugiyamaTomoyuki Kaneda
    • Yoichi TaneyaHiroyuki IshinagaToshio KashinoHiroyuki SugiyamaTomoyuki Kaneda
    • B41J2/01B41J2/05B41J2/14B41J2/175B41J2/205B41J2/21B41M5/00
    • B41J2/211B41J2/14056B41J2002/14379B41J2202/21
    • A liquid discharge method is designed for a liquid jet head provided with first discharge openings, a first liquid flow path conductively connected with each of the first discharge openings, first energy generating devices for generating energy for the discharge of droplets from the first discharge openings, second discharge openings, a second liquid flow path conductively connected with each of the second discharge openings, and second energy generating devices for generating energy for the discharge of droplets from the second discharge openings. Then, preceding the discharge of the first droplet from the discharge opening at a first discharge speed v.sub.1, the second droplet is discharged from the second discharge opening at a second discharge speed v.sub.2 smaller than the first discharge speed, and before each of the liquid droplets being impacted on an object, the first liquid droplet and the second liquid droplet are allowed to collide with each other to be combined. In this way, it becomes possible to allow two droplets to be in contact or to collide with each other reliably to be mixed between the liquid jet head and the object within a range that does not render any hinderance practically even if discharge speeds may fluctuate, hence obtaining precise images in higher quality.
    • 液体排出方法设计用于具有第一排出口的液体喷射头,与每个第一排出口导电连接的第一液体流动路径,用于产生用于从第一排出口排出液滴的能量的第一能量产生装置, 第二排出口,与每个第二排出口导电连接的第二液体流路,以及用于产生用于从第二排出口排出液滴的能量的第二能量产生装置。 然后,在以第一排出速度v1从排出口排出第一液滴之前,第二液滴以比第一排出速度小的第二排出速度v2从第二排出口排出,并且在每个液滴 受到物体的影响,允许第一液滴和第二液滴彼此碰撞以进行组合。 以这种方式,即使排出速度可能波动,也可以使两个液滴彼此接触或相互碰撞以在不会使任何妨碍性的范围内在液体喷射头和物体之间混合, 从而获得更高质量的精确图像。
    • 8. 发明授权
    • Liquid supply system and apparatus incorporating the same
    • 液体供应系统及其装置
    • US07185976B2
    • 2007-03-06
    • US10949074
    • 2004-09-23
    • Ryoji InoueHiroyuki IshinagaHideki OguraNobuyuki KuwabaraTetsuya Ohashi
    • Ryoji InoueHiroyuki IshinagaHideki OguraNobuyuki KuwabaraTetsuya Ohashi
    • B41J2/175
    • B41J2/1752
    • An ink supply system in which gas is promptly and smoothly discharged without having a complex structure. The ink supply system includes a hermetically-sealed structure communicating with a liquid-using section, a liquid accommodating section having a liquid storage adapted to store liquid, the liquid accomodating section including a negative pressure generation means, and a plurality of communication paths, including first and second communication paths, that facilitates communication between the liquid chamber and the liquid accommodating section. Each of the first and second communication paths includes a liquid chamber side opening extending into the liquid chamber and a liquid accommodating section side opening extending into the liquid accommodating section. The liquid chamber side opening of the first communication path extends substantially further into the liquid chamber than the liquid chamber side opening of the second communication path, and the liquid accommodating section side opening of the second communication path extends substantially further into the liquid accommodating section than the liquid accommodating section side opening of the first communication path.
    • 一种油墨供应系统,其中气体被迅速且顺利地排出而不具有复杂的结构。 供墨系统包括与液体使用部分连通的气密结构,具有适于储存液体的液体储存器的液体容纳部分,包括负压产生装置的液体容纳部分和多个连通路径,包括 第一和第二连通路径,其有利于液体室和液体容纳部分之间的连通。 第一和第二连通路径中的每一个包括延伸到液体室中的液体室侧开口和延伸到液体容纳部分中的液体容纳部侧开口。 第一连通路径的液体室侧开口比第二连通路径的液体室侧开口更进一步延伸到液体室内,第二连通路径的液体容纳部侧开口大致延伸到液体容纳部中, 第一连通路径的液体容纳部侧开口。