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    • 2. 发明授权
    • Replenishing system
    • 补充系统
    • US5512978A
    • 1996-04-30
    • US463226
    • 1995-06-05
    • Ralph A. MosherRasin MoserJames R. LarsonJohn S. Berkes
    • Ralph A. MosherRasin MoserJames R. LarsonJohn S. Berkes
    • G03G15/10
    • G03G15/104
    • An apparatus for measuring concentrations of a first vapor pressure carrier fluid component and a second vapor, pressure carrier fluid component in a carrier fluid mixture, including a supply vessel for holding the carrier fluid mixture. A light source is provided for transmitting an infrared light source to the carrier fluid mixture. Detector is provided for detecting infrared light intensity transmitted through the carrier fluid mixture, and, in response thereto, determining infrared absorption of carbon hydrogen stretching frequencies of the carrier fluid mixture. And means are provided for calculating concentrations of the first carrier fluid component and the second carrier fluid component in the mixture based on the infrared absorption of carbon hydrogen stretching frequencies of the carrier fluid mixture. This method can also be extended to a mixture of more than two fluids. A means for maintaining a predetermined ratio of the carrier fluids.
    • 一种用于测量载体流体混合物中的第一蒸汽压载体流体组分和第二蒸汽压力载体流体组分的浓度的装置,包括用于保持载体流体混合物的供应容器。 提供了一种用于将红外光源传输到载体流体混合物的光源。 提供检测器,用于检测通过载体流体混合物透射的红外光强度,并且响应于此,确定载体流体混合物的碳氢扩展频率的红外吸收。 并且提供了用于基于载体流体混合物的碳氢气伸缩频率的红外吸收来计算混合物中的第一载体流体组分和第二载体流体组分的浓度的装置。 该方法也可以扩展到两种以上流体的混合物。 用于维持载液的预定比例的装置。
    • 5. 发明授权
    • Apparatus for charging a photoconductor and cleaning a scorotron grid
    • 用于对感光鼓进行充电并清洁烤丝网的装置
    • US07912399B2
    • 2011-03-22
    • US12260572
    • 2008-10-29
    • Rasin MoserCharles Deichmiller
    • Rasin MoserCharles Deichmiller
    • G03G15/02
    • G03G15/0258G03G15/0291G03G2215/026
    • An apparatus (100) useful in printing for charging a photoconductor and for cleaning a scorotron grid is disclosed. The apparatus can include a scorotron frame (110) and a scorotron charge member (120) coupled to the scorotron frame, where the scorotron charge member can be configured to generate an electric field. The apparatus can include a scorotron charging grid (130) coupled to the scorotron frame, the scorotron charging grid having a length axis, a width axis, and a height axis, and the scorotron charging grid including a scorotron charging grid surface having a plurality of openings. The apparatus can include a scorotron charging grid cleaner (140) coupled to the scorotron charging grid, where the scorotron charging grid cleaner can be configured to travel along the scorotron charging grid length axis and clean the scorotron charging grid. The scorotron charging grid cleaner can include a scorotron charging grid cleaner center and scorotron charging grid cleaner ends at opposite ends from the scorotron charging grid cleaner center along the width axis. The scorotron charging grid cleaner can extend further in a direction of the height axis at the scorotron charging grid cleaner center than at the scorotron charging grid cleaner ends.
    • 公开了一种用于打印用于对感光体进行充电和用于清洁栅栏栅的设备(100)。 该装置可以包括一个连接至该刮栅器框架的遮光器框架(110)和一个遮光剂充电元件(120),其中该光晕电荷元件可配置成产生一个电场。 所述设备可以包括耦合到所述遮光器框架的所述烧烤炉充电栅极(130),所述烤火炉充电栅格具有长度轴线,宽度轴线和高度轴线,所述烤火炉充电栅格包括具有多个 开口 该装置可以包括耦合到防风电荷充电栅极的烧烤炉充电栅格清洁器(140),其中,灰尘控制器充电栅格清洁器可以被配置为沿着灰尘控制器充电栅格长度轴线行进并且清洁烤炉充电栅格。 烤火锅充电网格清洁器可以包括一个烤肉炉充电栅格清洁器中心,并且烤火炉充电栅格清洁器在宽度方向从灰尘控制器充电栅格清洁器中心的相对两端开始。 烤火炉充电网格清洁器可以在灰烬控制器充电格栅清洁器中心处沿着高度轴线的方向进一步延伸,而不是在烤烙铁充电网格清洁器端部处。