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    • 57. 发明申请
    • Fixing device and image forming apparatus incorporating same
    • 固定装置和包含其的图像形成装置
    • US20100310289A1
    • 2010-12-09
    • US12801238
    • 2010-05-28
    • Yukimichi SomeyaKunihiko TomitaSatoshi Muramatsu
    • Yukimichi SomeyaKunihiko TomitaSatoshi Muramatsu
    • G03G15/20
    • G03G15/2053G03G2215/2032
    • In a fixing device, a first roller and a first fixing member are provided inside a loop formed by a first belt. A pressing member is pressed against the first roller and the first fixing member via the first belt. The first roller includes at least two enlarged radius portions of enlarged radius arranged axially along the first roller, at least one reduced radius portion of reduced radius sandwiched between the adjacent two enlarged radius portions in an axial direction of the first roller, and a concave portion formed by the reduced radius portion and the adjacent two enlarged radius portions sandwiching the reduced radius portion. The first fixing member is interdigitated with the first roller with play between the first fixing member and the first roller.
    • 在固定装置中,第一辊和第一固定构件设置在由第一带形成的环内。 按压构件经由第一带按压在第一辊和第一固定构件上。 第一辊包括沿着第一辊轴向布置的至少两个放大半径的扩大半径部分,沿着第一辊的轴向夹持在相邻的两个扩大半径部分之间的至少一个减小的半径减小的半径部分,以及凹部 由缩小的半径部分和相邻的两个扩大半径部分夹在缩小半径部分之间形成。 第一固定构件与第一辊之间与第一固定构件和第一辊之间的间隙相互交叉。
    • 58. 发明授权
    • Discharge device, image forming unit and apparatus
    • 放电装置,成像单元和装置
    • US07831177B2
    • 2010-11-09
    • US11494526
    • 2006-07-28
    • Yukimichi SomeyaNaomi Sugimoto
    • Yukimichi SomeyaNaomi Sugimoto
    • G03G15/02
    • G03G15/0266
    • A discharge device including a discharge member that discharges an photoconductive member overlying an image bearer via a prescribed gap, and a voltage applying device that only applies direct current voltage to the discharge member. The below described relation is established, wherein AV is a difference in voltage on the photoconductive member creating an imperceptible difference in density on an output image, d (V/micrometer) is a rate of a voltage discharged on the photoconductive member in relation to an interval of the gap I (micrometer) between the discharge member and the image bearer: ΔV≧I·d.
    • 一种放电装置,包括:排出构件,其经由规定间隙排出覆盖图像载体的感光体;以及电压施加装置,其仅对放电部件施加直流电压。 建立下述关系,其中AV是感光体上的电压差,在输出图像上产生不可察觉的浓度差,d(V /微米)是感光体上放电的电压相对于 放电元件与图像承载之间的间隙I(千分尺)的间隔:&Dgr;V≥I·d。