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    • 4. 发明申请
    • DEVELOPING DEVICE AND IMAGE FORMING APPARATUS
    • 开发设备和图像形成装置
    • US20090245823A1
    • 2009-10-01
    • US12407092
    • 2009-03-19
    • Koji MIGITAKatsumi OKAMOTOMakoto SATOTakeshi AOKIMasashi NAKATSU
    • Koji MIGITAKatsumi OKAMOTOMakoto SATOTakeshi AOKIMasashi NAKATSU
    • G03G21/20G03G15/08
    • G03G15/0875G03G15/0844G03G15/0868
    • A developing device includes a housing that forms a development chamber therein and a developer containing portion that forms a developer containing chamber therein and contains a one-component developer. A first transport path supplies a developer from the developer containing chamber to an upper side of the development chamber. A second transport path collects a developer from a lower side of the development chamber to the developer containing chamber. A developer carrier is disposed in the development chamber and carries a developer thereon. A developer supply member is disposed in the development chamber and supplies a developer to the developer carrier. A regulating member is in contact with the developer carrier and regulates a developer on a surface of the developer carrier. Stirring of the developer in the development chamber is performed by driving the first transport path and the second transport path to transport the developer.
    • 显影装置包括在其中形成显影室的壳体和在其中形成显影剂容纳室并含有单组分显影剂的显影剂容纳部分。 第一传送路径将显影剂从显影剂容纳室提供到显影室的上侧。 第二传送路径将显影剂从显影室的下侧收集到显影剂容纳室。 显影剂载体设置在显影室中并在其上携带显影剂。 显影剂供应构件设置在显影室中并将显影剂供应到显影剂载体。 调节构件与显影剂载体接触并调节显影剂载体表面上的显影剂。 通过驱动第一输送路径和第二输送路径来进行显影室的搅拌,从而运送显影剂。
    • 5. 发明申请
    • Charger, Image Forming Apparatus, and Charge Control Method
    • 充电器,成像装置和充电控制方法
    • US20080131154A1
    • 2008-06-05
    • US11954741
    • 2007-12-12
    • Masaru KOBASHIKoji MIGITAMasashi NAKATSUShinichi KAMOSHIDA
    • Masaru KOBASHIKoji MIGITAMasashi NAKATSUShinichi KAMOSHIDA
    • G03G15/02
    • G03G15/0266G03G15/0216
    • A charger includes: a primary charging member which is rotatably provided and is brought into contact with an image carrier to charge the surface of the image carrier; a secondary charging member which is brought into contact with the image carrier at a portion on the downstream side relative to the first charging member in the rotational direction of the image carrier to charge the surface of the image carrier; and a controller which controls voltages applied to the first and second charging members, wherein at the time of image formation, the controller applies, to the first charging member, a voltage whose absolute value is higher than the absolute value of the discharge start voltage of the first charging member and applies, to the second charging member, a voltage whose absolute value is lower than the absolute value of the discharge start voltage of the second charging member and whose absolute value is lower than the voltage applied to the first charging member, and at the time when an image is not formed, the controller applies, to the first charging member, a voltage whose absolute value is lower than the absolute value of the discharge start voltage of the first charging member and applies, to the second charging member, a voltage whose absolute value is higher than the absolute value of the discharge start voltage of the second charging member and whose absolute value is higher than the voltage applied to the first charging member.
    • 充电器包括:主充电元件,其可旋转地设置并与图像载体接触以对图像载体的表面充电; 次级充电构件,其在图像载体的旋转方向上相对于第一充电构件在下游侧的部分处与图像载体接触,以对图像载体的表面充电; 以及控制器,其控制施加到第一和第二充电部件的电压,其中在图像形成时,控制器向第一充电部件施加绝对值高于放电开始电压的绝对值的电压 第一充电部件,向第二充电部件施加绝对值低于第二充电部件的放电开始电压的绝对值且绝对值低于施加到第一充电部件的电压的电压, 并且在没有形成图像时,控制器向第一充电部件施加绝对值低于第一充电部件的放电开始电压的绝对值的电压,并施加到第二充电部件 ,其绝对值高于第二充电部件的放电开始电压的绝对值,绝对值高于绝对值的电压 施加到第一充电部件的电压。
    • 6. 发明申请
    • Charger, Image Forming Apparatus, and Charge Control Method
    • 充电器,成像装置和充电控制方法
    • US20080131155A1
    • 2008-06-05
    • US11954762
    • 2007-12-12
    • Masaru KOBASHIKoji MIGITAMasashi NAKATSUShinichi KAMOSHIDA
    • Masaru KOBASHIKoji MIGITAMasashi NAKATSUShinichi KAMOSHIDA
    • G03G15/02
    • G03G15/0216G03G15/0266
    • A charger includes: a charging brush which is rotatably provided and is brought into contact with an image carrier to charge the surface of the image carrier; a charging roller which is brought into contact with the image carrier at a portion on the downstream side relative to the charging brush in the rotational direction of the image carrier to charge the surface of the image carrier; and a controller which controls voltages applied to the charging brush and charging roller, wherein the controller controls voltages applied to the charging brush and charging roller such that one-fifth of the absolute value of a charging brush current flowing between the image carrier and charging brush is lower than the absolute value of a charging roller current flowing between the image carrier and charging roller.
    • 充电器包括:充电刷,其可旋转地设置并与图像载体接触以对图像载体的表面充电; 充电辊,其在图像载体的旋转方向上相对于充电电刷在下游侧的部分处与图像载体接触,以对图像载体的表面充电; 以及控制器,其控制施加到所述充电刷和充电辊的电压,其中,所述控制器控制施加到所述充电刷和充电辊的电压,使得在所述图像载体和充电刷之间流动的充电电刷电流的绝对值的五分之一 低于在图像载体和充电辊之间流动的充电辊电流的绝对值。