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    • 6. 发明授权
    • Thin film resistor type thermal ink pen using a form storage ink supply
    • 薄膜电阻式热墨笔使用形式储存墨水供应
    • US5025271A
    • 1991-06-18
    • US409486
    • 1989-09-18
    • Jeffrey P. BakerDuong T. LaRandy A. Coverstone
    • Jeffrey P. BakerDuong T. LaRandy A. Coverstone
    • B41J2/175G01D15/18
    • B41J2/17513G01D15/18
    • A disposable thin film resistor type thermal ink jet pen including a housing having a support surface at one end thereof with openings for passing ink to an adjacent thin film resistor type thermal ink jet printhead. The printhead is mounted on the support surface and has ink ejection orifii therein communicating with openings in the support surface. A porous foam material is mounted within the housing and is operative to receive and retain a supply of ink for feeding the ink by capillary action through the openings in the support surface and to the ink jet printhead. The foam ink storage material is compressed in one or more compartments of the housing to reduce the pore size therein and reduce the foam thickness while increasing its density. By this process, the capillary force of the foam is increased and thereby renders this ink storage medium especially well-suited for feeding ink on demand to a thin film resistor type of thermal ink jet printhead.
    • 一种一次性薄膜电阻式热喷墨笔,其包括在其一端具有支撑表面的壳体,其具有用于将墨水传递到相邻薄膜电阻器型热喷墨打印头的开口。 打印头安装在支撑表面上并且具有与支撑表面中的开口连通的墨水喷射。 多孔泡沫材料安装在壳体内并且可操作以接收并保持用于通过毛细管作用将油墨供给到油墨供应源中的墨水供应源,通过支撑表面中的开口和喷墨打印头。 泡沫墨水储存材料在壳体的一个或多个隔室中被压缩以减小其中的孔径并且在增加其密度的同时减小泡沫厚度。 通过该过程,泡沫的毛细管力增加,从而使得该储墨介质特别适合于根据需要向薄膜电阻器型热喷墨打印头供墨。