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    • 80. 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。