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    • 1. 发明授权
    • Print cartridge alignment in paper axis
    • 打印墨盒对齐纸张轴
    • US5297017A
    • 1994-03-22
    • US785650
    • 1991-10-31
    • Robert D. HaselbyMichael A. Nguyen
    • Robert D. HaselbyMichael A. Nguyen
    • B41J2/01B41J2/21B41J2/51B41J3/54B41J11/46B41J19/18B41J21/16B41J25/304B41J25/308
    • B41J11/46B41J2/2135B41J21/16
    • Apparatus and techniques are disclosed for aligning the operation of the ink jet printhead cartridges of a multiple printhead ink jet swath printer that includes a print carriage that is movable along a horizontal carriage scan axis, (b) first and second ink jet printhead cartridges supported by the movable carriage for printing onto a print media that is selectively movable along a vertical media scan axis, and (c) an optical sensor supported by the movable carriage. Alignment of the operation of the printheads along the media scan axis is performed by determining with the optical sensor the relative positions of horizontal test line segments printed by selected nozzles of the printhead cartridges. The relative position information is utilized to calculate a vertical alignment correction which is implemented by enabling selected ink jet nozzles of the printheads and adjusting the position of one printhead cartridge relative to the other such that the nozzles of the ink jet printheads are properly spaced along the media scan axis.
    • 公开了用于对准多打印头喷墨条扫描打印机的喷墨打印头墨盒的操作的装置和技术,其包括可沿水平滑架扫描轴移动的打印托架,(b)第一和第二喷墨打印头墨盒, 用于打印到沿着垂直介质扫描轴可选择性地移动的打印介质上的可移动托架,以及(c)由可移动托架支撑的光学传感器。 通过使用光学传感器确定由打印头墨盒的选定喷嘴打印的水平测试线段的相对位置来执行打印头沿着介质扫描轴的操作的对准。 使用相对位置信息来计算垂直对准校正,其通过使得打印头的所选择的喷墨嘴能够实现,并且相对于另一个打印头墨盒调整一个打印头墨盒的位置,使得喷墨打印头的喷嘴沿着 介质扫描轴。
    • 8. 发明授权
    • Ink-jet printer with heated print zone
    • 具有加热打印区域的喷墨打印机
    • US5510822A
    • 1996-04-23
    • US111028
    • 1993-08-24
    • Kent D. VincentMichael A. Nguyen
    • Kent D. VincentMichael A. Nguyen
    • B41J2/01B41J2/21B41J11/00B41J29/00B41J29/377
    • B41J11/0085B41J11/002B41J2/2103B41J29/377
    • A thermal ink-jet printer (10) including a paper advancing mechanism (14) and a pen traversing mechanism (18) and a pen (20) is disclosed. The pen (20) includes a nozzle plate portion (22) which includes irregularly spaced columns of nozzles (24) for staggering application of inks onto the print medium (16) such that a drying time is provided between applications of differing inks to adjacent areas. The printer (10) further includes a platen heater assembly (68) as a means of fixing and drying the ink on the print medium (16), and a vacuum fan (62) and an associated plurality of platen vacuum holes (74) as a means of holding the print medium (16) in close contact with the heater plate assembly (68), thus increasing efficiency of heat transfer. The printer (10) is characterized in that it is capable of producing, at relatively high speeds on ordinary untreated paper or other print medium, a highly defined image relatively free from the problems of color bleeding, feathering, ink coalescence, and paper cockle normally associated with ink-jet printers. The primary usage of the printer (10) is in computer generated data printout applications.
    • 公开了一种包括纸张推进机构(14)和笔横移机构(18)和笔(20)的热喷墨打印机(10)。 笔(20)包括喷嘴板部分(22),喷嘴板部分(22)包括不规则间隔的喷嘴(24)列,用于将油墨交错打印到打印介质(16)上,使得在不同油墨施加到相邻区域之间提供干燥时间 。 打印机(10)还包括作为在打印介质(16)上固定和干燥墨水的装置的压板加热器组件(68),以及真空风扇(62)和相关联的多个压板真空孔(74),作为 保持打印介质(16)与加热器板组件(68)紧密接触的装置,从而提高传热效率。 打印机(10)的特征在于,能够在普通未处理的纸或其他打印介质上以相对高的速度生产相对没有颜色渗色,羽化,油墨聚结和通常纸张的问题的高度限定的图像 与喷墨打印机相关联。 打印机(10)的主要用途是在计算机生成的数据打印输出应用程序中。
    • 10. 发明授权
    • Printer carriage bushing
    • 打印机托架衬套
    • US5346320A
    • 1994-09-13
    • US965480
    • 1992-10-23
    • Michael A. Nguyen
    • Michael A. Nguyen
    • B41J19/00B41J11/22
    • B41J19/00
    • A dimensionally stable bushing assembly for a printer carriage 10 uses a bushing liner 20 constructed of a relatively flexible and dimensionally non-stable lubricous material which is afforded dimensional stability by an interference fit of the exterior wall of the liner 20 with the interior wall 15, 17 of apertures 14, 16 in the carriage which are manufactured to the desired degree of dimensional tolerance. In the preferred embodiment, the printer carriage 10 is made of polycarbonate which slides on stainless steel slider rods. The bushing liners are preferably a molded mixture of from 25-35 percent carbon, 15-25 percent teflon and 45-55 percent nylon. Although such mixtures typically shrink during the molding process, it is necessary, due to the special open or C-shaped configuration of the liners, only to maintain a close control on the thickness of the molded liners 20 rather than carefully controlling both thickness as well as their peripheral dimension.
    • 用于打印机托架10的尺寸稳定的衬套组件使用由相对柔性且尺寸上不稳定的润滑材料构成的衬套衬套20,其通过衬套20的外壁与内壁15的过盈配合提供尺寸稳定性, 17中的滑架14,16在制造成所需尺寸公差的程度上。 在优选实施例中,打印机托架10由在不锈钢滑块上滑动的聚碳酸酯制成。 衬套衬垫优选为25-35%碳,15-25%聚四氟乙烯和45-55%尼龙的模制混合物。 尽管这种混合物在模塑过程中通常会收缩,但是由于衬垫的特殊的开口或C形构造,必须仅保持对模制衬套20的厚度的密切控制,而不是仔细地控制两个厚度 作为其外围尺寸。