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    • 5. 发明公开
    • LIQUID EJECTING APPARATUS
    • 液体喷射装置
    • EP3072695A1
    • 2016-09-28
    • EP16160191.9
    • 2016-03-14
    • Canon Kabushiki Kaisha
    • ARIMIZU, HiroshiKUBOTA, MasahikoYAMAGUCHI, NobuhitoMIYAKOSHI, ArihitoISHIDA, KoichiITOH, Yoshinori
    • B41J2/17
    • B41J2/1652B41J2/08B41J2/1714
    • A suction hole (7) sucks air existing in a region S together with mist (12) is formed downstream of a liquid ejecting unit (11), as viewed from the liquid ejecting unit, in a movement direction (i.e., a direction E) of a print medium (P) in the case of relative movement between the liquid ejecting unit and the print medium. Moreover, a blowing hole blows air toward the print medium so as to generate a vortex (V) of gas downstream of the suction hole is formed downstream of the suction hole (7) in the movement direction. Here, a relationship expressed by the following expression is satisfied: γ ≥ h / 3 where y represents a maximum vortex core radius (mm) of the vortex in a direction perpendicular to the print medium and h represents a distance (mm) between a blowing hole and the print medium.
    • 当从液体喷射单元观察时,在液体喷射单元(11)的下游沿着移动方向(即方向E)形成吸入孔(7),其与雾状物(12)一起吸入存在于区域S中的空气, 在液体喷射单元和打印介质之间相对移动的情况下打印介质(P)的位置。 此外,吹气孔向打印介质喷射空气,以在吸气孔(7)的移动方向下游形成吸气孔下游的气体涡流(V)。 这里,满足下列表达式的关系:γ≥h/ 3其中,y表示垂直于打印介质的方向上涡流的最大涡核半径(mm),h表示喷吹之间的距离(mm) 孔和打印介质。