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    • 2. 发明授权
    • Dust tolerant windowless scanner
    • 防尘无窗扫描仪
    • US06657751B1
    • 2003-12-02
    • US09521192
    • 2000-03-07
    • Craig A. MaurerScott F. WilliamsJon Lee ZimmermanJack SchmidtAlpha Doan
    • Craig A. MaurerScott F. WilliamsJon Lee ZimmermanJack SchmidtAlpha Doan
    • H04N104
    • H04N1/04H04N1/0057
    • A dust tolerant scanner without a transparent plate to support objects scanned by its media scan assembly. Other dust or debris collecting surfaces in the optical path of the scanner are positioned as far away as possible from an object focal plane of the media scan assembly. The media scan assembly includes upper and lower document feeder portions which define a media path adjacent to a reference surface of the upper portion. The lower document feeder portion includes a media conformance member which positions pieces of media against the reference surface as the pieces of media are advanced along the media path. The media conformance member includes ramp portions and an aperture which provides an optical path between the object focal plane and a sensor focal plane within the scanner.
    • 不带透明板的防尘扫描仪,用于支持由其介质扫描组件扫描的物体。 扫描器的光路中的其他灰尘或碎屑收集表面被定位成尽可能远离介质扫描组件的物体焦平面。 介质扫描组件包括限定与上部的参考表面相邻的介质路径的上部和下部进纸器部分。 下部送纸器部分包括介质一致性构件,当介质的片段沿着介质路径前进时,介质一致性构件将介质粘贴在参考表面上。 介质一致性构件包括斜坡部分和孔,其在目标焦平面和扫描仪内的传感器焦平面之间提供光路。
    • 3. 发明授权
    • Deflection compensation for cartridge carriage with compliant walls
    • 带柔性壁的墨盒托架的偏转补偿
    • US5504513A
    • 1996-04-02
    • US232909
    • 1994-04-25
    • Gary M. NobelCraig A. MaurerJason R. Arbeiter
    • Gary M. NobelCraig A. MaurerJason R. Arbeiter
    • B41J2/175B41J25/34
    • B41J2/1752B41J2/17526B41J2/17553B41J25/34
    • An inkjet printer (10) has a movable carriage (12) supported above an ink-receiving medium by a rail (14) defining a carriage axis. A cartridge holder (16) is mounted on the carriage and having at least one cartridge compartment (18), each of the at least one compartment having a compliant compartment wall (82). Each compartment is providing with an opening at one end (19) of the carriage floor for receiving the snout (72) of an ink jet printer cartridge (20) on which is mounted a nozzle plate with more that one nozzle for depositing ink onto the ink-receiving medium. Each compartment is also provided with equalizing structure for maintaining the cartridge substantially perpendicular to the carriage axis when the compliant compartment wall is deflected by a spring at the middle of the compartment forcing two datum surfaces on the cartridge against front and rear supporting surfaces on the compartment wall. The equalizing structure preferably includes a second opening (21) at the other end of the floor.
    • 喷墨打印机(10)具有通过限定滑架轴线的轨道(14)支撑在油墨接收介质上的可移动滑架(12)。 盒支架(16)安装在滑架上并具有至少一个盒室(18),所述至少一个隔室中的每一个具有柔顺室壁(82)。 每个隔室在托架底板的一端(19)处设有开口,用于接纳喷墨打印机墨盒(20)的喷嘴(72),喷墨打印机墨盒(20)的喷嘴板上安装有多个喷嘴,用于将墨水沉积到 墨水接收介质。 每个隔间还设置有均衡结构,用于当柔性隔室壁由隔室中间的弹簧偏转时使得保持盒基本上垂直于托架轴线,从而迫使盒上的两个基准表面抵靠隔室上的前后支撑表面 壁。 平衡结构优选地包括位于地板另一端的第二开口(21)。
    • 4. 发明授权
    • Dust tolerant windowless scanner
    • 防尘无窗扫描仪
    • US07280256B2
    • 2007-10-09
    • US10627518
    • 2003-07-24
    • Craig A. MaurerScott F. WilliamsJon Lee ZimmermanJack SchmidtAlpha Doan
    • Craig A. MaurerScott F. WilliamsJon Lee ZimmermanJack SchmidtAlpha Doan
    • H04N1/04H04N1/40
    • H04N1/04H04N1/0057
    • A dust tolerant scanner without a transparent plate to support objects scanned by its media scan assembly. Other dust or debris collecting surfaces in the optical path of the scanner are positioned as far away as possible from an object focal plane of the media scan assembly. The media scan assembly includes upper and lower document feeder portions which define a media path adjacent to a reference surface of the upper portion. The lower document feeder portion includes a media conformance member which positions pieces of media against the reference surface as the pieces of media are advanced along the media path. The media conformance member includes ramp portions and an aperture which provides an optical path between the object focal plane and a sensor focal plane within the scanner.
    • 不带透明板的防尘扫描仪,用于支持由其介质扫描组件扫描的物体。 扫描器的光路中的其他灰尘或碎屑收集表面被定位成尽可能远离介质扫描组件的物体焦平面。 介质扫描组件包括限定与上部的参考表面相邻的介质路径的上部和下部进纸器部分。 下部送纸器部分包括介质一致性构件,当介质的片段沿着介质路径前进时,介质一致性构件将介质粘贴在参考表面上。 介质一致性构件包括斜坡部分和孔,其在目标焦平面和扫描仪内的传感器焦平面之间提供光路。
    • 8. 发明授权
    • Thin, shallow-angle serrated hold-down with improved warming, for better
ink control in a liquid-ink printer
    • 薄而浅的锯齿状锯齿形,具有改善的温度,可在液体墨水打印机中实现更好的墨水控制
    • US5625398A
    • 1997-04-29
    • US236433
    • 1994-05-02
    • Joseph P. MilkovitsCraig A. Maurer
    • Joseph P. MilkovitsCraig A. Maurer
    • B41J2/01B41J11/00B41J13/10B41J15/04
    • B41J11/0005B41J11/002B41J11/005B41J13/10
    • The invention minimizes liquid-ink deposition on the top and edge of a guide-plate (or "hold-down" plate), and also minimizes running of deposited liquid ink along the top to the edge. Through these two effects together the rate of ink deposition on the top and edge of the plate is held below the volume of ink per unit time that can dry there. The invention also minimizes ink transfer from the edge onto the print medium. The deposition-minimizing provisions include two features: serration, and a very fine vertical dimension of the edge itself. These features enhance air flow, and thus transport of ink spray, rapidly across the edge--discouraging formation of a dead-air zone from which spray readily precipitates onto the edge. The thin edge also presents a smaller direct target for ink droplets. The serrations may enhance transport by (1) promoting a more-favorable balance between laminar and turbulent flow; or (2) enabling air passage between opposed surfaces of the plate--from underside to top surface--creating an updraft to lift the flow away from the edge; or (3) both. To minimize running of liquid ink along the plate, the plate is mounted essentially all exposed to heat from a heater whose main purpose is drying ink on the print medium: this raises the plate temperature and so promotes drying of ink on the plate too. To further minimize running of liquid ink along the plate toward the edge, the edge panel is at a very shallow angle; and the air-flow provisions mentioned above also help carry away liquid carrier, from whatever ink does fall onto the edge, thus accelerating drying. To minimize brushing off even a slight accumulation of ink (liquid or dry) onto the medium, the serrations also raise most of the edge away from the medium.
    • 本发明使引导板(或“压紧”板)的顶部和边缘上的液体 - 油墨沉积最小化,并且还使沿着顶部到边缘的沉积的液体墨的运行最小化。 通过这两种效应,板上的油墨沉积速率保持在每单位时间内可以干燥的油墨体积以下。 本发明还最小化从边缘到打印介质的墨传递。 沉积最小化规定包括两个特征:锯齿和边缘本身的非常细小的垂直尺寸。 这些特征增强了空气流动,并且因此快速地传送喷墨,从而使喷雾容易地从其中沉淀到边缘上的死空气区域的边缘阻止形成。 薄边缘还呈现较小的墨滴直接目标。 锯齿可以通过(1)促进层流和湍流之间更有利的平衡来增强运输; 或(2)使得板的相对表面之间的空气通过 - 从下侧到顶部表面 - 产生上升气流以将流体提升离开边缘; 或(3)两者。 为了最小化液体墨沿着板的运行,板主要安装在来自加热器的所有热量上,加热器的主要目的是在印刷介质上干燥墨水:这提高了印版温度,从而促进了印版上墨水的干燥。 为了进一步最小化液体墨沿着板朝向边缘的运行,边缘面板处于非常浅的角度; 上述的气流装置也有助于携带液体载体,从任何油墨落在边缘上,从而加速干燥。 为了尽可能减少即使油墨(液体或干燥)在介质上的轻微积聚,锯齿也将大部分边缘从介质中提升出来。