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    • 11. 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。
    • 12. 发明授权
    • Liquid discharge head, head cartridge provided with such head, liquid discharge apparatus and method for discharging liquid
    • 液体排出头,设置有这种头部的头架,液体排出装置和排出液体的方法
    • US06637867B2
    • 2003-10-28
    • US09394531
    • 1999-09-10
    • Hiroyuki SugiyamaHiroyuki IshinagaToshio KashinoAya YoshihiraKiyomitsu KudoYoichi TaneyaSatoshi Shimazu
    • Hiroyuki SugiyamaHiroyuki IshinagaToshio KashinoAya YoshihiraKiyomitsu KudoYoichi TaneyaSatoshi Shimazu
    • B41J205
    • B41J2/14129B41J2/055B41J2/14048B41J2202/21
    • A liquid discharge head comprises a separation member for separating the discharge liquid flow paths communicated with discharge ports for discharging discharge liquid to enable discharge liquid to flow, and the bubbling liquid flow paths to enable bubbling liquid to flow, which is provided with the bubble generating areas for creating bubbles used for discharging discharge liquid from the discharge ports. This separation member is provided with the opening portions positioned to face the bubble generating areas, and displacement members provided for the separation member corresponding to the openings, having the free ends to be displaced by bubbles created on the bubble generating areas provided for the separation member. Then, with no bubbles created on the bubble generating areas, the displacement members interrupt the opening portions, and with bubbles created thereon, the free ends of the displacement members are displaced to discharge discharge liquid from the discharge ports of the head. Hence, this head can prevent discharge liquid from entering around the heat generating members at the time of bubble disappearance, and the mixture of discharge liquid and bubbling liquid when the head is left intact for a long time, while maintaining the excellent discharge efficiency by means of the displacement members thus arranged.
    • 液体排出头包括用于分离与用于排放排出液体的排出口连通的排放液体流路的分离部件,以使排出液体能够流动,以及鼓泡液体流动路径以使鼓泡液体流动,其设置有产生气泡 用于产生用于从排放口排出液体的气泡的区域。 该隔离构件设置有面对气泡生成区域的开口部分,以及设置在与开口相对应的分离构件的位移构件,其具有通过产生于产生分隔构件的气泡生成区域上的气泡而移动的自由端 。 然后,在气泡生成区域没有产生气泡的情况下,位移构件中断开口部分,并且在其上产生气泡时,位移构件的自由端被移位以从头部的排放口排出排出液体。 因此,该头部可以防止在气泡消失时排出液体进入发热构件周围,并且当头部长时间保持完好时,排出液体和发泡液的混合,同时通过装置保持优异的排出效率 的排列构件。
    • 14. 发明授权
    • Liquid discharge apparatus having a heating element
    • 具有加热元件的液体排出装置
    • US06585491B2
    • 2003-07-01
    • US09984482
    • 2001-10-30
    • Yoichi TaneyaSadayuki SugamaHiroyuki IshinagaHiroyuki SugiyamaSatoshi Shimazu
    • Yoichi TaneyaSadayuki SugamaHiroyuki IshinagaHiroyuki SugiyamaSatoshi Shimazu
    • F04B1924
    • B41J2/14129B41J2/14048
    • A liquid discharge head is provided having a heating member for generating thermal energy to create a bubble in liquid, a discharge port adapted to discharge the liquid, and a liquid flow path communicated with the discharge port having a bubble generating area for enabling the liquid to create the bubble. A movable member is arranged in the bubble generating area to be displaced along with the development of the bubble. A regulating portion regulates the displacement of the movable member within a desired range, and by means of energy at the time of bubble creation, the liquid being discharged from the discharge port. The regulating portion is arranged to face the bubble generating area in the liquid flow path. A support member is directly connected to the movable member. The bubble development causes the movable member and the regulating portion to be in contact forming an essentially closed space with the exception of the discharge port.
    • 提供一种液体排出头,具有用于产生热能以在液体中产生气泡的加热构件,适于排出液体的排出口以及与排出口连通的液体流动通道,该液体流动通道具有气泡生成区域, 创造泡沫。 气泡产生区域中设置有可移动构件,随着气泡的发展而移动。 调节部分将可移动部件的位移调节到期望的范围内,并且通过在产生气泡时的能量,液体从排出口排出。 调节部配置成与液体流路中的发泡区域相对。 支撑构件直接连接到可动构件。 气泡发展导致可移动部件和调节部分接触形成基本上封闭的空间,但排出口除外。
    • 19. 发明授权
    • Liquid discharging method, liquid discharging head, and head cartridge and liquid discharging apparatus using said liquid discharging head
    • 液体排放方法,液体排放头和使用所述排液头的头部盒和液体排出装置
    • US06199972B1
    • 2001-03-13
    • US09123332
    • 1998-07-28
    • Hiroyuki IshinagaToshio KashinoYoichi TaneyaHiroyuki Sugiyama
    • Hiroyuki IshinagaToshio KashinoYoichi TaneyaHiroyuki Sugiyama
    • B41J205
    • B41J2/1755B41J2/14048B41J2/14056B41J2/1752B41J2202/21
    • This specification discloses a liquid discharging method of discharging liquid from a discharge port for discharging the liquid by a liquid discharging element in a first liquid flow path communicating with the discharge port for supplying the liquid to the discharge port, characterized by the use of a variable member for causing negative pressure to act on the first liquid flow path. The specification also discloses a liquid discharging head having a discharge port for discharging liquid therethrough, a first bubble creating area for creating a first bubble in the liquid, and a first liquid flow path provided with the first bubble creating area and communicating with the discharge port, the liquid in the first liquid flow path being discharged through the discharge port by the creation of the first bubble, characterized by a second bubble creating area for creating a second bubble in the liquid, a second liquid flow path provided with the second bubble creating area, and negative pressure acting means using a variable member provided between the first liquid flow path and the second liquid flow path for causing only negative pressure to act in the first liquid flow path by the disappearance of the second bubble. The specification also discloses a head cartridge and a liquid discharging apparatus using such liquid discharging head.
    • 本说明书公开了一种液体排出方法,该液体排出方法是在与用于向排出口供给液体的排出口连通的第一液体流路中的液体排出元件排出液体的排出口,其特征在于, 用于使负压作用在第一液体流道上的构件。 该说明书还公开了一种具有用于排出液体的排出口的液体排出头,用于在液体中产生第一气泡的第一气泡产生区域和设置有第一气泡产生区域并与排出口连通的第一液体流路 第一液体流道中的液体通过产生第一气泡而通过排出口排出,其特征在于用于在液体中产生第二气泡的第二气泡产生区域,设置有产生第二气泡的第二液体流路 区域和负压作用装置,其使用设置在第一液体流动路径和第二液体流动路径之间的可变构件,仅通过第二气泡的消失在第一液体流路中仅产生负压。 该说明书还公开了一种使用这种液体排放头的头盒和液体排出装置。
    • 20. 发明授权
    • Liquid jet head, a head cartridge, a liquid jet recording apparatus, and
a method for manufacturing liquid jet heads
    • 液体喷射头,头盒,液体喷射记录装置和液体喷射头的制造方法
    • US6120136A
    • 2000-09-19
    • US122331
    • 1998-07-24
    • Hiroyuki SugiyamaHiroyuki IshinagaToshio KashinoYoichi Taneya
    • Hiroyuki SugiyamaHiroyuki IshinagaToshio KashinoYoichi Taneya
    • B41J2/05B41J2/14B41J2/16B41J2/175
    • B41J2/1755B41J2/14056B41J2/1604B41J2/1623B41J2/1752B41J2002/14362
    • A liquid jet head is provided with a first bubble generating device for enabling a first flow path conductively connected with a first discharge opening to create a bubble for the formation of discharge droplet, and a second bubble generating device for enabling a second flow path conductively connected with a second discharge opening to create a bubble for the formation of discharge droplet, and comprises a substrate having the first and second bubble generating devices on the surface area shared by them for use, an orifice section provided with the first and second discharge openings sequentially in the direction intersecting the sharable surface area of the substrate, and a flow path formation section for separating each path of the first and second flow paths at least from the discharge opening to the bubble generating device thereof, at the same time, arranging at least part of the first and second flow paths to be essentially in the form of laminated layer with respect to the substrate. With the structure thus arranged, crosstalks are prevented across each line of liquid flow paths, and also, to materialize a liquid jet head capable of making its discharge amount variable for the stabilized discharge of droplets in different amount from the plural lines of discharge openings for recording images in higher precision and quality.
    • 液体喷射头设置有第一气泡产生装置,用于使得能够与第一排出口导电连接的第一流路形成用于形成排出液滴的气泡;以及第二气泡生成装置,用于使第二流路导通地连接 具有第二排出口以形成用于形成排放液滴的气泡,并且包括在其共用的表面积上具有第一和第二气泡生成装置的基板,一个孔部分,依次设置有第一和第二排出口 在与基板的可共享的表面区域相交的方向上,以及流路形成部,至少从排出口向其发泡装置分离第一流路和第二流路的路径,同时至少排列 第一和第二流动路径的一部分基本上是相对于子层的叠层的形式 策划 利用如此布置的结构,可以防止每条液体流动路径上的串扰,并且能够实现能够使其排出量可变的液体喷射头,以使液滴的稳定排放量与多排排放口不同的排放量 以更高的精度和质量记录图像。