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    • 42. 发明公开
    • Printer device
    • 打印机设备
    • EP0997282A3
    • 2000-07-26
    • EP99120876.0
    • 1999-10-27
    • Hitachi, Ltd.
    • Chahn, LeeShinohara, HidekiFujiwara, ShigetakaImazeki, ShujiYonekura, SeijiNagae, Yoshiharu
    • B41J2/095B41J2/06
    • B41J2/095
    • In a printer device, when an electric field causing a cohesion region (220) is applied at the top ends of discharge electrodes (11a), a spherical shaped pigment aggregate (1) flies out from the top end of the discharge electrode (11a), wherein although ink discharge cycle is comparatively long, but no excess charged pigment particles fly out from the top end of the discharge electrode (11a), fine pixels can be formed on a recording medium. When an electric field causing a condensation region (222) is applied at the top ends of the discharge electrodes (11a), a semispherical shaped or thick shell shaped pigment aggregate (190) flies out from the top end of the discharge electrode (11a), wherein since ink solvent containing the charged pigment particles flies out together with the semispherical shaped or thick shell shaped pigment aggregate (190), higher density pixels than that by the cohesion region (220) can be recorded with a high speed, thus the condensation region (222) is suitable for a solid print recording, thereby the printer device can achieve a highly accurate and fine and a high gradation recording at a high speed.
    • 在打印机装置中,当在放电电极(11a)的顶端施加引起粘合区域(220)的电场时,球形的颜料聚集体(1)从放电电极(11a)的顶端飞出, 其中尽管喷墨周期比较长,但是没有过量的带电颜料颗粒从放电电极(11a)的顶端飞出,可以在记录介质上形成精细的像素。 当在放电电极(11a)的顶端施加引起冷凝区域(222)的电场时,半球形或厚壳形颜料聚集体(190)从放电电极(11a)的顶端飞出, 其中,由于含有带电颜料颗粒的油墨溶剂与半球形或厚壳形颜料聚集体(190)一起飞出,因此可以高速记录比内聚区域(220)更高的密度像素,因此冷凝 区域222适用于实心打印记录,由此打印机装置可以高速实现高精度和精细以及高灰度等级记录。
    • 43. 发明公开
    • Printer device
    • 打印机设备
    • EP0997282A2
    • 2000-05-03
    • EP99120876.0
    • 1999-10-27
    • Hitachi, Ltd.
    • Chahn, LeeShinohara, HidekiFujiwara, ShigetakaImazeki, ShujiYonekura, SeijiNagae, Yoshiharu
    • B41J2/095
    • B41J2/095
    • In a printer device, when an electric field causing a cohesion region 220 is applied at the top ends of discharge electrodes 11a, a spherical shaped pigment aggregate 1 flies out from the top end of the discharge electrode 11a, wherein although ink discharge cycle is comparatively long, but no excess charged pigment particles fly out from the top end of the discharge electrode 11a, fine pixels can be formed on a recording medium. When an electric field causing a condensation region 222 is applied at the top ends of the discharge electrodes 11a, a semispherical shaped or thick shell shaped pigment aggregate 190 flies out from the top end of the discharge electrode 11a, wherein since ink solvent containing the charged pigment particles flies out together with the semispherical shaped or thick shell shaped pigment aggregate 190, higher density pixels than that by the cohesion region 220 can be recorded with a high speed, thus the condensation region 222 is suitable for a solid print recording, thereby the printer device can achieve a highly accurate and fine and a high gradation recording at a high speed.
    • 在打印机装置中,当在放电电极11a的顶端施加引起粘合区域220的电场时,球形的颜料聚集体1从放电电极11a的顶端飞出,其中虽然油墨放电周期相对较短 但是没有过量的带电颜料颗粒从放电电极11a的顶端飞出,可以在记录介质上形成精细的像素。 当在放电电极11a的顶端施加引起冷凝区域222的电场时,半球形或厚壳形颜料聚集体190从放电电极11a的顶端飞出,其中由于含有充电的油墨溶剂 颜料颗粒与半球形或厚壳形颜料聚集体190一起飞出,可以以高速记录比内聚区域220的密度更高的像素,因此凝结区域222适合于固体印刷记录,因此 打印机设备可以实现高度精确和精细以及高速度的高灰度级记录。