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    • 8. 发明授权
    • Image forming apparatus and carriage docking mechanism
    • 图像形成装置和托架对接机构
    • US08308272B2
    • 2012-11-13
    • US13028599
    • 2011-02-16
    • Shinichiro NaruseIchiro KomuroMamoru YorimotoSoichi SaigaRyusuke Mase
    • Shinichiro NaruseIchiro KomuroMamoru YorimotoSoichi SaigaRyusuke Mase
    • B41J23/00
    • B41J25/34B41J3/543
    • An image forming apparatus including a first carriage movable in a main scanning direction, a second carriage separatably dockable with the first carriage, a first positioning unit to position the second carriage relative to the first carriage in a sub-scanning direction, a second positioning unit to position the second carriage relative to the first carriage in a rotary direction, and a third positioning unit to position the second carriage relative to the first carriage in the main scanning direction. The first positioning unit includes a reference shaft and notched positioning members to engage the reference shaft. The second positioning unit contacts one of the first and second carriages in the rotary direction upon docking of the first and second carriages. The third positioning unit includes a positioning member, parallel grooved members in the sub-scanning direction, and parallel shafts extending in the sub-scanning direction to engage the grooved members.
    • 一种图像形成装置,包括:可沿主扫描方向移动的第一托架,可与第一托架分离的第二托架;第一定位单元,用于相对于第一托架在副扫描方向上定位第二托架;第二定位单元 相对于第一托架沿旋转方向定位第二托架;以及第三定位单元,用于相对于第一托架在主扫描方向上定位第二托架。 第一定位单元包括基准轴和与基准轴啮合的缺口定位构件。 第二定位单元在第一和第二滑架对接时沿着旋转方向接触第一和第二滑架中的一个。 第三定位单元包括定位构件,沿副扫描方向的平行的凹槽构件,以及沿副扫描方向延伸的平行轴,以与凹槽构件接合。
    • 10. 发明授权
    • Multicolor image forming method preventing contamination of toner on an
image carrier with toner on a developing carrier
    • 多色图像形成方法防止在显影载体上用调色剂在图像载体上污染调色剂
    • US5869213A
    • 1999-02-09
    • US210445
    • 1994-03-21
    • Naoki IwataTomotoshi NakaharaHisao MurayamaIchiro Komuro
    • Naoki IwataTomotoshi NakaharaHisao MurayamaIchiro Komuro
    • G03G9/097G03G13/01
    • G03G9/09725G03G13/013
    • A multicolor image forming method in which a plurality of latent images are sequentially formed and developed on an image carrier on top of each other on the image carrier. The second and any successive color toners are developed in a non-contact manner. A developed image on a photoconductive element is prevented from being contaminated by subsequent developing stages and toner on the photoconductive element is prevented from contaminating the developer in the subsequent developing stages by reducing the amount of toner which improperly flies between the photoconductive element and the developing stages. Such a prevention of the flight of toner can be accomplished by keeping the potential of the toner on the photoconductive element within a predetermined threshold of the voltage of the toner in the subsequent developing stages. Also, properties of the various toners can reduce the improper flight of the toner such as by controlling the relative amounts of hydrophobic SiO.sub.2 within the toners, controlling the average volume particle size of the toners, controlling the average volume particle size and the average number particle size, and controlling the voltage difference between the toner on the photoconductive element and the toner in the subsequent developing stage(s).
    • 一种多色图像形成方法,其中在图像载体上在多个潜像依次形成并显影在图像载体上。 第二种和任何连续的彩色调色剂以非接触的方式开发。 防止光电导元件上显影的图像被后续显影阶段污染,并且防止光电导元件上的调色剂通过减少在光电导元件和显影级之间不正确地飞行的调色剂的量而在后续显影阶段污染显影剂 。 通过将调色剂在光电导元件上的电位保持在随后显影阶段的调色剂电压的预定阈值内,可以实现这种防止调色剂飞行的情况。 此外,各种调色剂的性质可以通过控制调色剂中的疏水SiO 2的相对量来控制调色剂的平均体积粒径,控制平均体积粒径和平均粒子数 并且控制感光元件上的调色剂与后续显影阶段中的调色剂之间的电压差。