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    • 11. 发明公开
    • Electrophotographic image recording apparatus
    • 电子照相机Bildaufzeichnungsgerät。
    • EP0292359A1
    • 1988-11-23
    • EP88401123.0
    • 1988-05-06
    • FUJITSU LIMITED
    • Koshi, MakotoTonomoto, YoshihiroTakano, ShizuoHida, MasayukiKonishi, MasaoTateno, Katsumi
    • G03G15/20
    • G03G15/165G03G15/2028
    • An electrophotographic recording apparatus having a photoconductive drum (1) having a toner image preformed thereon, a transfer station (5) having a transfer unit located above the photoconductive drum to transfer the toner image onto an underside surface of a paper (100) moving along a predetermined path extending between the photoconductive drum and the transfer unit, a fixing unit (7) provided along the path and downstream of a point of separation of the paper from the photoconductive drum, when ejected from the transfer station, to fix the toner image onto the paper with the recorded surface thereof facing down, and a guide (41) for smoothly guiding the leading end of the paper into an entrance of the fixing unit.
    • 一种具有感光鼓(1)的电子照相记录装置,具有在其上形成的调色剂图像,转印站(5)具有位于感光鼓上方的转印单元,以将调色剂图像转印到沿着移动的纸张(100)的下表面上 在感光鼓和转印单元之间延伸的预定路径,当从转印站排出时沿纸张与感光鼓分离点的路径和下游设置的定影单元(7),以固定调色剂图像 在其上记录表面朝下的纸张上,以及用于将纸张的前端平滑地引导到定影单元的入口的引导件(41)。
    • 15. 发明公开
    • Electrophotographying apparatus
    • Ger。
    • EP0855628A1
    • 1998-07-29
    • EP97305352.3
    • 1997-07-17
    • FUJITSU LIMITED
    • Hino, ToshioTonomoto, Yoshihiro
    • G03G15/08
    • G03G15/0856G03G15/0853
    • A toner near empty discriminating unit discriminates a near empty indicating that the toner approaches an empty state on the basis of a detection value of a toner sensor. When the toner near empty is determined, a toner supply amount calculating unit calculates a toner supply amount (w) per time as w = W/X from the number (X) of toner supplying times of a toner supply counter and a specified toner filling amount (W) when a toner cartridge is set. On the basis of the calculated toner supply amount (w) of one time, a correction processing unit corrects a rotational speed of a supply roller of a toner supply control unit and an operation time of the supply roller, or the number of discriminating times of the toner empty and the number of discriminating times of a replacement of an expendable item.
    • 基于调色剂传感器的检测值,空白识别单元附近的调色剂鉴别近空,表示调色剂接近空状态。 当确定了接近空的调色剂时,调色剂供应量计算单元从调色剂供给计数器的调色剂供给时间的数量(X)和指定的调色剂填充量(X)计算每个时间的调色剂供给量(w)w = W / X 调整墨粉盒时的墨量(W)。 基于计算出的一次的调色剂供给量(w),校正处理单元校正调色剂供给控制单元的供给辊的旋转速度和供给辊的操作时间,或者将供给辊的识别次数 调色剂空白以及更换消耗品的识别次数。
    • 16. 发明公开
    • Cleaning unit for cleaning the recording medium of an electrophotographic apparatus
    • Reinigungseinheit zur Reinigung des Aufnahmaterials eines elektrophotographischenGerätes。
    • EP0320812A2
    • 1989-06-21
    • EP88120581.9
    • 1988-12-09
    • FUJITSU LIMITED
    • Tonomoto, Yoshihiro
    • G03G21/00
    • G03G21/0005G03G21/0035G03G2221/0005
    • A recording apparatus of toner image transfer type, having an improved cleaning device for removing residu­al contaminants on the surface of a rotating recording drum after toner image transfer. The cleaning unit includes a blade of counter type engaging with down­wardly moving surface of the drum, a rotatable cleaning brush disposed immediately upstream from the blade, and a housing structure shielding the blade and the rotata­ble fur brush. The housing is evacuated by an air pump, and external air is introduced from an opening of the housing, where the fur brush and the blade engage with the surface of the drum. Thereby, the contaminants removed by the blade and the fur brush from the surface of the drum is efficiently discharged by the aid of air flow having velocity enhanced by the above-described pneumatic structure. The air velocity is further enhanced by forming an air passage passing through the fur brush.
    • 一种调色剂图像转印型的记录装置,具有改进的清洁装置,用于在调色剂图像转印之后去除旋转记录鼓表面上的残留污染物。 清洁单元包括与滚筒的向下移动的表面接合的相对式的刀片,紧靠刀片的上游设置的可旋转的清洁刷,以及屏蔽刀片和可旋转毛皮刷的外壳结构。 壳体由气泵抽空,外部空气从壳体的开口引入,毛皮刷和叶片与滚筒的表面啮合。 因此,借助于通过上述气动结构增强的速度的空气流,有效地排出由叶片和毛刷从滚筒的表面去除的污染物。 通过形成通过毛刷的空气通道进一步增强空气流速。
    • 19. 发明公开
    • Electrostatic latent image developing unit
    • Elektrostatische Latenbildentwicklungseinheit
    • EP0939346A1
    • 1999-09-01
    • EP99110220.3
    • 1995-03-17
    • FUJITSU LIMITED
    • Tonomoto, YoshihiroFuke, KenjiSugimoto, KatsumiSuzuki, EijiTonai, KeikoTonai, ShozoShimatsu, KatsuyaSato, KunihikoYoshii, HitoshiKawai, Tsutomu
    • G03G15/01G03G15/08
    • G03G15/0126G03G15/0194G03G15/0822G03G2215/0119G03G2215/0822
    • A developing unit for developing an electrostatic latent image with two-component developer includes a developer holding container (66) and a toner replenishing means.
      The developer holding container (66) comprises a developer storage portion (70) and a developer agitating porition (76) disposed above the developer storage portion, wherein a communicating path (84, 84') is formed between the developer agitating portion and the developer storage portion, and the communicating path is open to the developer agitating portion so that a developer overflow outlet (66h, 66h') can be formed.
      The toner replenishing means replenishes a toner component to the developer agitating portion (76) and is positioned with respect thereto so that the replenished toner component can reach the developer overflow outlet (66h) after the replenished toner component has been sufficiently agitated by developer agitating means so as to be triboelectrically charged.
      The developer overflow outlet (66h') is formed into a slit-shaped overflow outlet disposed adjacent to developer lifting means (86, 88, 86'), the slit-shaped overflow outlet being open on a vertical plane and extended in a horizontal direction. The developer agitating means is composed of a pair of conveyance screws (78a, 78b), and the width of the slit-shaped overflow outlet is determined so that a ratio of the width to the outer diameter of the conveyance screw can be in a range from 1/9 to 7/27.
    • 用双组分显影剂显影静电潜像的显影单元包括显影剂保持容器(66)和调色剂补充装置。 显影剂保持容器(66)包括显影剂存储部分(70)和设置在显影剂储存部分上方的显影剂搅拌部分(76),其中在显影剂搅拌部分和显影剂之间形成连通通道(84,84') 存储部分,并且连通路径对显影剂搅拌部分开放,从而可以形成显影剂溢流出口(66h,66h')。 调色剂补充装置将调色剂组分补充到显影剂搅拌部分(76)并且相对于其定位,使得在补充的调色剂组分被显影剂搅拌装置充分搅拌之后,补充的调色剂组分可以到达显影剂溢出口(66h) 以摩擦带电。 显影剂溢出口(66h')形成为与显影剂提升装置(86,88,86')相邻设置的狭缝状溢出口,该狭缝状溢出口在垂直平面上开口并沿水平方向延伸 。 显影剂搅拌装置由一对输送螺杆(78a,78b)构成,狭缝形溢流口的宽度被确定为使得输送螺杆的宽度与外径的比可以在一定范围内 从1/9到7/27。