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    • 1. 发明授权
    • Electrostatic latent image developing apparatus
    • 静电潜像显影装置
    • US4755847A
    • 1988-07-05
    • US899325
    • 1986-08-22
    • Hiroyuki MatsushiroToshio KanekoFuchio TakedaYoshihiro OgataToshihiko TakayaAtsushi Shinozaki
    • Hiroyuki MatsushiroToshio KanekoFuchio TakedaYoshihiro OgataToshihiko TakayaAtsushi Shinozaki
    • G03G15/08
    • G03G15/0812G03G2215/0614G03G2215/0636
    • An electrostatic latent image developing apparatus supplies toner to a latent image carrier such as a drum-shaped photosensitive body to visualize a latent image formed thereon. The toner is supplied by a rotating drum-shaped toner carrier having a portion confronting the photosensitive body adjacent thereto and another portion held in contact with toner contained in a toner container. The toner is electrostatically attracted to the toner carrier and transferred therefrom to the photosensitive body. The toner on the toner carrier is regulated into a thin toner layer by a toner layer regulating member that is resiliently held in sliding contact with the toner carrier. To prevent toner deposits from being attached to the toner layer regulating member, the toner layer regulating member is made of a material adapted to wear with the attached toner. In order to provide the toner layer regulating member with an ability to triboelectrically charge toner, whether chargeable to a polarity (-) or (+), or to control the amount of electricity on toner chargeable to a polarity (-) or (+) and prevent toner deposits from being attached to the toner layer regulating member, another material to control the amount of electricity on toner is mixed in the material which can be worn with the attached toner.
    • 静电潜像显影装置向诸如鼓形感光体的潜像载体提供调色剂,以使形成在其上的潜像可视化。 调色剂由旋转的鼓形调色剂载体提供,其具有与感光体相邻的部分,另一部分保持与容纳在调色剂容器中的调色剂接触。 调色剂被静电吸引到调色剂载体上并从其转印到感光体上。 调色剂载体上的调色剂通过与调色剂载体弹性地保持滑动接触的调色剂层限制构件调节成薄的调色剂层。 为了防止调色剂沉积物附着到调色剂层调节部件上,调色剂层限制部件由适于与附着的调色剂一起磨损的材料制成。 为了提供调色剂层调节件具有对带电极( - )或(+)进行充电的调色剂的摩擦电荷能力,或者控制可充电到极性( - )或(+)的调色剂上的电量, 并且防止调色剂沉积物附着到调色剂层限制构件上,用于控制调色剂上的电量的另一种材料在可与所附着的调色剂一起磨损的材料中混合。
    • 2. 发明授权
    • Thin film developing device
    • 薄膜显影装置
    • US4788570A
    • 1988-11-29
    • US851503
    • 1986-04-14
    • Yoshihiro OgataFuchio TakedaAkito YoshimaruShuichi EndohToshio KanekoToshihiko Takaya
    • Yoshihiro OgataFuchio TakedaAkito YoshimaruShuichi EndohToshio KanekoToshihiko Takaya
    • G03G15/09G03G15/08
    • G03G15/09
    • A developing device includes a developing sleeve driven to rotate for transporting a film of charged developer as carried thereon past a developing station where the film of developer is applied to an electrostatic latent image to have it developed. Also provided is a sponge roller pressed against and driven to rotate in the same rotating direction as that of the developing sleeve, so that the developer is supplied to the developing sleeve at one side of the contact between the developing sleeve and the sponge roller and any residual developer on the developing sleeve is removed at the other side of the contact. Preferably, a desired voltage difference is established between the developing sleeve and the sponge roller. Furthermore, the sponge roller is preferably so structured to have a sufficient conductivity level at least at its outer peripheral surface thereby allowing the residual charge on the developing sleeve to be discharged sufficiently.
    • 显影装置包括被驱动旋转的显影套筒,用于将带电显影剂的薄膜运送通过显影工位,其中将显影剂膜施加到静电潜像以使其显影。 还提供了一个海绵辊,其被压靠并驱动以与显影套筒相同的旋转方向旋转,使得显影剂在显影套筒和海绵辊之间的接触的一侧被供应到显影套筒,并且任何 显影套筒上的残留显影剂在触点的另一侧被去除。 优选地,在显影套筒和海绵辊之间建立期望的电压差。 此外,海绵辊的结构优选至少在其外周表面具有足够的导电率,从而允许显影套筒上的剩余电荷充分放电。
    • 6. 发明授权
    • Stencil printer having an electric field between the print drum and the
pressing member
    • 在印刷鼓和按压构件之间具有电场的模版印刷机
    • US5937750A
    • 1999-08-17
    • US861082
    • 1997-05-21
    • Fuchio Takeda
    • Fuchio Takeda
    • B41L13/04B41L13/06B41L13/18B41M1/12
    • B41L13/06B41M1/125
    • A stencil printer of the present invention includes a print drum and a pressing member. After a cut stencil or master has been wrapped around the print drum, the pressing member presses a paper or similar recording medium against the master. As a result, ink fed to the print drum oozes out to the paper and prints a desired image thereon. When the pressing member presses the paper against the master, an electric field is formed between the pressing member and the print drum in the direction in which the ink migrates from the drum to the paper. The printer is capable of adjusting image density without varying a mechanical pressure to act on the drum or varying the print speed.
    • 本发明的模版印刷机包括印刷鼓和按压部件。 在切割模板或主机已经缠绕在打印滚筒上之后,按压部件将纸张或类似的记录介质压向主机。 结果,供给到打印鼓的墨水渗出到纸上并在其上打印所需的图像。 当按压构件将纸张压靠在母板上时,沿着墨从墨辊向纸张移动的方向在按压构件和打印鼓之间形成电场。 打印机能够调节图像浓度,而不会改变机械压力以作用于滚筒或改变打印速度。
    • 10. 发明授权
    • Developing device for an image forming apparatus
    • 用于图像形成装置的显影装置
    • US5543902A
    • 1996-08-06
    • US466834
    • 1995-06-06
    • Fuchio TakedaAtsushi Ohta
    • Fuchio TakedaAtsushi Ohta
    • G03G15/08G03G15/06
    • G03G15/0806G03G15/0818
    • A developing device for an image forming apparatus and capable of maintaining desirable image quality by reducing a change in the charged state of the surface of a developing roller and a change in the amount of charge to deposit on a developer. An insulating layer constitutes the surface of the developing roller and is made of a material more than 50 percent of which constitutes a non-polar high molecule. This prevents a toner from filming the surface of the roller. The insulating layer is implemented by a material substantially the same as the toner in charge series, so that the toner is frictionally charged by a member other than the developing roller. A discharge brush is held in contact with the roller and made of a material substantially identical with the toner in charge series, thereby preventing the toner from being frictionally charged by the brush even when the toner films the roller. Further, the insulating layer is constituted by a material in which a non-polar high molecule and a polar high molecule are mixed in a suitable ratio. As a result, a space charge is scarcely stored in the surface of the roller, thereby preventing a charge from being injected into the roller surface.
    • 一种用于图像形成装置的显影装置,并且能够通过减少显影辊的表面的充电状态的变化以及沉积在显影剂上的电荷量的变化来保持期望的图像质量。 绝缘层构成显影辊的表面,由超过50%构成非极性高分子的材料制成。 这防止了调色剂使辊的表面成膜。 绝缘层由与电荷串联的调色剂基本上相同的材料实现,使得调色剂被除了显影辊之外的构件摩擦充电。 放电刷保持与辊接触并且由与电荷序列的调色剂基本相同的材料制成,从而防止调色剂即使当调色剂对辊进行胶卷时也被电刷摩擦。 此外,绝缘层由其中非极性高分子和极性高分子以适当比例混合的材料构成。 结果,空间电荷几乎不存储在辊的表面中,从而防止电荷注入辊表面。