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    • 52. 发明授权
    • Developing apparatus
    • 开发设备
    • US6044237A
    • 2000-03-28
    • US177121
    • 1998-10-22
    • Atsushi NumagamiKazushi WatanabeKatsunori Yokoyama
    • Atsushi NumagamiKazushi WatanabeKatsunori Yokoyama
    • G03G21/18G03G15/08G03G15/09
    • G03G15/0907
    • The present invention provides a developing apparatus comprising a developing container for containing magnetic developing agent, a developing agent bearing member provided an opening portion of the developing container and adapted to bear and convey the magnetic developing agent, a sheet member elastically biased against the developing agent bearing member along a longitudinal direction of the developing agent bearing member and adapted to close a gap between the developing agent bearing member and the developing container, a magnetic seal member provided at an end of the developing agent bearing member with a gap therebetween and adapted to form a magnetic seal, and an elastic member for urging the sheet member toward the developing agent bearing member.
    • 本发明提供了一种显影装置,其包括用于容纳磁性显影剂的显影容器,显影剂承载部件,其设置有显影容器的开口部分并且适于承载和输送磁性显影剂;弹性偏压显影剂的片材部件 承载构件沿着显影剂承载构件的纵向方向并且适于封闭显影剂承载构件和显影容器之间的间隙;磁性密封构件,设置在显影剂承载构件的端部处,其间具有间隙, 形成磁性密封件,以及用于将片状部件朝向显影剂承载部件推压的弹性部件。
    • 54. 发明授权
    • Dip sheet adhering method, cleaning device, process and image forming
apparatus
    • 浸渍片粘合方法,清洁装置,工艺和成像装置
    • US5884124A
    • 1999-03-16
    • US952913
    • 1992-09-28
    • Toshiyuki KarakamaKazushi WatanabeTakeo Shoji
    • Toshiyuki KarakamaKazushi WatanabeTakeo Shoji
    • G03G21/00G03G21/12G03G15/20G03G21/16
    • G03G21/12G03G21/007
    • A method is disclosed for attaching a sheet for receiving toner removed from an image bearing member to a frame. The method includes the steps of adhering the sheet to the frame, using an adhesive, while bending the frame and releasing the frame after the sheet is adhered to the frame. A toner-guiding sheet for guiding toner removed from an image bearing member to a toner-receiving unit is also disclosed. The sheet is widened near a central portion in a longitudinal direction so that the sheet edge will conform to the bent shape of an attachment surface. A cleaning device is also disclosed. The cleaning device may include a frame and a sheet attached to the frame by an adhesive in a condition that a tension force is applied to the sheet. Further, the cleaning device may include a cleaning container having a wall that is thinner at a position near an attachment surface for a sheet than at a position away from the attachment surface, to facilitate bending of the attachment surface during application of a sheet to the attachment surface.
    • 公开了一种用于将从图像承载部件移除的调色剂的片材附接到框架的方法。 该方法包括以下步骤:使用粘合剂将片材粘合到框架上,同时弯曲框架并在片材粘附到框架之后释放框架。 还公开了一种用于将从图像承载部件移除的调色剂引导到调色剂接收单元的调色剂引导片。 片材在纵向方向上的中心部分附近加宽,使得片材边缘将符合附接表面的弯曲形状。 还公开了一种清洁装置。 清洁装置可以包括框架和通过粘合剂在张紧力被施加到片材的条件下附接到框架的片材。 此外,清洁装置可以包括清洁容器,其具有在靠近片材的附接表面的位置处比在远离安装表面的位置处更薄的壁,以便于在将片材施加到所述附接表面的过程中弯曲附接表面 附着面。
    • 60. 发明申请
    • DIGITAL CONTROLLER FOR CONTROLLING OUTPUT VOLTAGE UNDER LARGE VARIATIONS IN LOAD AND SUPPLY VOLTAGE
    • 用于控制负载和电源电压大变化下的输出电压的数字控制器
    • US20100114399A1
    • 2010-05-06
    • US12518488
    • 2007-12-11
    • Kouji HiguchiKazushi NakanoTatsuyoshi KajikawaEiji TakegamiKazushi WatanabeSatoshi Tomioka
    • Kouji HiguchiKazushi NakanoTatsuyoshi KajikawaEiji TakegamiKazushi WatanabeSatoshi Tomioka
    • G05B13/02G06F1/28G06F17/10
    • H02M3/157
    • There is provided a digital controller which can reduce a variation in output voltage as compared to the conventional digital controller at the time of abrupt changes in load and in input of a power amplifier. The digital controller is built in the power amplifier for supplying an output voltage vo to a load and is equipped with a manipulated variable calculating unit which detects the output voltage vo to calculate a manipulated variable ξ1 and a signal generating unit which converts the manipulated variable ξ1 into a signal for making the power amplifier operate. A feedforward function from an equivalent disturbance qy caused by the variation in the load is replaced by a feedback function from the output voltage vo and the manipulated variable ξ1, thereby allowing a transfer characteristic from the disturbance qy to the output voltage vo to result in a quadratic differential characteristic. Consequently, the variation in output voltage can be reduced as compared to the conventional controller at the time of the abrupt changes in the load and in the input of the power amplifier.
    • 在负载突然变化和功率放大器的输入时,提供了一种数字控制器,其可以减少输出电压的变化,与传统的数字控制器相比。 数字控制器内置在功率放大器中,用于向负载提供输出电压vo,并且配备有操纵变量计算单元,该操作变量计算单元检测输出电压vo以计算操纵变量xgr1;以及信号产生单元,其将所操纵的 变量&xgr 1转换成用于使功率放大器工作的信号。 由负载变化引起的等效干扰qy的前馈函数由来自输出电压vo和操作变量& xgr1的反馈函数代替,从而允许从干扰qy到输出电压vo的传递特性 具有二次微分特性。 因此,与传统控制器相比,在负载突然变化和功率放大器的输入时,输出电压的变化可以减小。