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    • 1. 发明授权
    • Jet device for application of liquid dye to a fabric web
    • 用于将液体染料应用于织物网的喷射装置
    • US4324117A
    • 1982-04-13
    • US158200
    • 1980-06-11
    • Charles J. SchwobNicholas KirbabasTim Erin
    • Charles J. SchwobNicholas KirbabasTim Erin
    • D06B11/00D06B1/02B05B5/08
    • D06B11/0059
    • A jet device for depositing fluid drops upon a moving fluid receiving medium, such as a fabric web, includes a coating head defining a fluid receiving reservoir and including an orifice plate defining a row of orifices which communicate with the fluid receiving reservoir. Fluid is supplied to the reservoir under pressure such that the fluid flows through each of the orifices and emerges therefrom as a fluid filament. The fluid filaments are stimulated to break up into jet drop streams. A charging plate of electrically conductive material defining a charging slot for charging drops formed from the fluid filaments is mounted adjacent and aligned with the coating head means such that the fluid filaments extend into the charging slot of the charging plate and break up of each of the filaments occurs within the slot. Either of first and second electrical charging potentials is controllably applied to the charging plate so as to charge the drops from the jet drop streams or to permit the drops to be formed without carrying an electrical charge. Thereafter, the drops are subjected to an electrostatic field which deflects charged drops, while permitting uncharged drops to pass therethrough and strike the fluid receiving medium. The charging plate is coated with a urethane coating, except in the region of the slot and an adjustable mounting arrangement is provided for precise location of the charging plate.
    • 用于将流体液滴沉积在诸如织物纤维网的移动的流体接收介质上的喷射装置包括限定流体接收容器的涂覆头,并且包括限定与流体接收容器连通的一排孔的孔板。 流体在压力下供应到储存器,使得流体流过每个孔口并从其中作为流体细丝出来。 刺激流体细丝分解成喷射流。 导电材料的充电板限定用于从流体丝形成的用于充电的滴液的充电槽,与涂覆头装置相邻并对准,使得流体细丝延伸到充电板的充电槽中并分解 细丝发生在槽内。 第一和第二充电电位中的任一个被可控地施加到充电板,以便从喷射液流中对液滴充电,或允许在不携带电荷的情况下形成液滴。 此后,液滴经受静电场,其使带电液滴偏转,同时允许不带电的液滴通过并撞击流体接收介质。 除了槽的区域之外,充电板涂覆有聚氨酯涂层,并且提供可调整的安装布置用于充电板的精确定位。
    • 2. 发明授权
    • Ink jet printer and start up method therefor
    • 喷墨打印机及其启动方法
    • US4286272A
    • 1981-08-25
    • US65786
    • 1979-08-13
    • Charles J. Schwob
    • Charles J. Schwob
    • B41J2/17G01D15/18
    • B41J2/1707
    • An ink jet printer for depositing ink drops on a print receiving medium includes a print head having a fluid receiving reservoir and including an orifice plate defining a row of orifices through which ink from the reservoir passes to form a row of downward extending fluid filaments. The fluid filaments are stimulated to cause break up of each filament into a jet drop stream. A charge electrode plate is positioned beneath the print head and to one side of the row of fluid filaments. The charge electrode plate includes a plurality of charge electrodes with each of the electrodes being positioned adjacent a respective one of the fluid filaments and spaced therefrom by a predetermined distance. An ink supply inlet supplies ink to the fluid receiving reservoir in a direction substantially perpendicular to the row of orifices and to the fluid filaments. The ink supply inlet is positioned on the same side of the fluid filaments as the charge electrode plate. An ink supply outlet removes ink from the fluid receiving reservoir in a direction substantially perpendicular to the row of orifices and to the fluid filaments. The ink supply outlet is positioned on the side of the fluid filaments opposite the ink supply inlet. A valve arrangement supplies fluid to the reservoir at start up of the printer such that a fluid flow across the row of orifices from the inlet to the outlet produces a velocity component in each of the fluid filaments which deflects the filaments outward from their associated charge electrodes. Outward deflection of the filaments prevents wetting of the charge electrodes at start up of the printer.
    • 一种用于在打印接收介质上沉积墨滴的喷墨打印机包括具有流体接收容器的打印头,该打印头包括限定一排孔口的孔板,油墨从油墨通过该孔口形成一排向下延伸的流体细丝。 刺激流体细丝以使每根细丝分解成喷射流。 充电电极板位于打印头下方和排列的流体细丝的一侧。 充电电极板包括多个充电电极,其中每个电极位于相应的一个流体细丝附近并与之隔开预定的距离。 供墨入口在基本上垂直于孔排的方向和流体细丝的方向上向流体接收容器供应墨水。 供墨入口位于与充电电极板相同的流体细丝的同一侧。 墨水供应出口在基本上垂直于孔排的方向和流体细丝的方向上从流体接收容器中除去油墨。 供墨口位于与供墨口相对的流体丝的一侧。 阀门装置在打印机的启动时将液体供应到储存器,使得跨越从入口到出口的孔口排的流体流在每个流体丝中产生速度分量,其将细丝从相关联的电荷电极向外偏转 。 长丝的向外偏转防止了打印机启动时的充电电极的润湿。