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    • 2. 发明授权
    • Image forming apparatus and method using charge control means
    • 使用充电控制装置的图像形成装置和方法
    • US5911097A
    • 1999-06-08
    • US42670
    • 1998-03-17
    • Masayasu HagaTsugihito YoshiyamaYasuhiro NakagamiMasami MatsuuraAkira Hirota
    • Masayasu HagaTsugihito YoshiyamaYasuhiro NakagamiMasami MatsuuraAkira Hirota
    • G03G15/02G03G21/00
    • G03G15/0266G03G15/0291G03G2215/021Y10S430/102
    • Applied voltage to the contact charging sheet 71 has been controlled in the following various ways: a) the voltage at the photosensitive layer 10 at a point of time whereat it has passed the contact charging sheet 71 is caused to interlock with grid voltage so as not to exceed predetermined voltage to be electrified by the Scorotron charger 2; b) the applied voltage is caused to interlock with the output from the transfer unit 5 so that there is no portion which reaches the Scorotron charger 2 while the potential polarity has been reversed at the transfer unit 5; c) reduction in the film thickness of the photosensitive layer 10 is corrected in consideration of the cumulative number of sheets for image formation; d) the size of printing sheet is added; e) at the time of termination, a portion of the photosensitive layer 10, into which current has flowed at the transfer unit 5, is caused to stop always after passing the contact charging sheet 71; f) the contact charging sheet 71 is cleaned by means of AC component; and g) the applied voltage is switched while formation of an electrostatic latent image and the like are not performed. Thereby, the surface potential at the photosensitive drum 1 is prevented from becoming ununiform.
    • 接触充电片71的施加电压已经以下列各种方式进行了控制:a)使感光层10在已经通过接触充电片71的时间点处的电压与电网电压互锁,使得不 超过预定电压由Scorotron充电器2带电; b)使施加的电压与转印单元5的输出互锁,使得在转印单元5处的电位极性已经反转的情况下,没有到达Scorotron充电器2的部分; c)考虑到用于图像形成的片材的累积数量来校正感光层10的膜厚度的减小; d)添加打印纸的尺寸; e)在终止时,使电流在转印单元5处流动的感光层10的一部分在通过接触充电片71之后始终停止; f)接触充电片71通过AC部件清洁; 并且g)在不形成静电潜像等的情况下切换所施加的电压。 由此,能够防止感光鼓1的表面电位变得不均匀。
    • 8. 发明授权
    • Developing device and image forming device
    • 显影装置和成像装置
    • US08639167B2
    • 2014-01-28
    • US13173928
    • 2011-06-30
    • Kanji NakayamaMasayasu HagaTomohisa YoshidaWataru OnodaYoshiyuki IguchiNoboru Ito
    • Kanji NakayamaMasayasu HagaTomohisa YoshidaWataru OnodaYoshiyuki IguchiNoboru Ito
    • G03G15/095G03G15/08
    • G03G15/081G03G15/0812G03G15/09
    • A two-component developing device using a developer containing toner and magnetic carrier particles. The developing device comprises a housing, a developing roller, a magnetic field generator mounted inside the developing roller, and a developer restricting member, and further comprises a developer guide member providing a developer guide path for guiding the developer to the developer amount restricting clearance, providing a developer circulation path for circulating the developer to an upstream end of the guide member, and providing a communication path for bringing the developer guide path into communication with the developer circulation path, an upstream end of the guide member being positioned above the position of a peak of magnetic flux density of the magnetic pole of the magnetic field generator which is closest to a low-magnetic force area downstream of the low-magnetic force area or positioned upstream of such a position and downstream of the low-magnetic force area. An image forming device in which such a two-component developing device is employed as at least one developing device.
    • 一种使用含有调色剂和磁性载体颗粒的显影剂的双组分显影装置。 显影装置包括壳体,显影辊,安装在显影辊内部的磁场发生器和显影剂限制构件,并且还包括显影剂引导构件,显影剂引导构件提供用于将显影剂引导至显影剂量限制间隙的显影剂引导路径, 提供用于使显影剂循环到引导构件的上游端的显影剂循环路径,并且提供用于使显影剂引导路径与显影剂循环路径连通的连通路径,引导构件的上游端位于 磁场发生器的磁极的磁通密度的峰值最靠近低磁力区域下游的低磁力区域或者位于低磁力区域的这个位置的下游。 使用这种双组分显影装置作为至少一个显影装置的图像形成装置。
    • 9. 发明申请
    • DEVELOPING DEVICE AND IMAGE FORMING DEVICE
    • 开发设备和图像形成装置
    • US20120003014A1
    • 2012-01-05
    • US13173928
    • 2011-06-30
    • Kanji NAKAYAMAMasayasu HagaTomohisa YoshidaWataru OnodaYoshiyuki IguchiNoboru Ito
    • Kanji NAKAYAMAMasayasu HagaTomohisa YoshidaWataru OnodaYoshiyuki IguchiNoboru Ito
    • G03G15/09
    • G03G15/081G03G15/0812G03G15/09
    • A two-component developing device using a developer containing toner and magnetic carrier particles. The developing device comprises a housing, a developing roller, a magnetic field generator mounted inside the developing roller, and a developer restricting member, and further comprises a developer guide member providing a developer guide path for guiding the developer to the developer amount restricting clearance, providing a developer circulation path for circulating the developer to an upstream end of the guide member, and providing a communication path for bringing the developer guide path into communication with the developer circulation path, an upstream end of the guide member being positioned above the position of a peak of magnetic flux density of the magnetic pole of the magnetic field generator which is closest to a low-magnetic force area downstream of the low-magnetic force area or positioned upstream of such a position and downstream of the low-magnetic force area. An image forming device in which such a two-component developing device is employed as at least one developing device.
    • 一种使用含有调色剂和磁性载体颗粒的显影剂的双组分显影装置。 显影装置包括壳体,显影辊,安装在显影辊内部的磁场发生器和显影剂限制构件,并且还包括显影剂引导构件,显影剂引导构件提供用于将显影剂引导至显影剂量限制间隙的显影剂引导路径, 提供用于使显影剂循环到引导构件的上游端的显影剂循环路径,并且提供用于使显影剂引导路径与显影剂循环路径连通的连通路径,引导构件的上游端位于 磁场发生器的磁极的磁通密度的峰值最靠近低磁力区域下游的低磁力区域或者位于低磁力区域的这个位置的下游。 使用这种双组分显影装置作为至少一个显影装置的图像形成装置。