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    • 3. 发明授权
    • Image developing device using a one-component toner
    • 使用单组分调色剂的图像显影装置
    • US5978635A
    • 1999-11-02
    • US239122
    • 1999-01-28
    • Nobuyuki AzumaTadashi IwamatsuHiroshi TatsumiAtsushi InoueMasanori YamadaTakayuki Yamanaka
    • Nobuyuki AzumaTadashi IwamatsuHiroshi TatsumiAtsushi InoueMasanori YamadaTakayuki Yamanaka
    • G03G15/08
    • G03G15/0815
    • An elastic member for pressing is provided in a prescribed location in an area where the developer carrier comes in contact with the discharging member, in order to bring the discharging member into contact with the developer carrier so that mechanical peeling of the residual developer on the developer carrier is not caused, and the discharging member is provided with a bias power supply for setting bias in a direction imparting to the discharging member a force for electrically drawing the residual developer on the developer carrier away from the developer carrier, and after thus reducing the electric adhesion of the residual developer to the developer carrier, the developer feed member removes the residual developer on the developer carrier in the vicinity of disjunction area or in the contact area of the developer carrier and the developer feed member, thereafter applies new developer in a developer container to the developer carrier in the vicinity of approaching area or in the contact-starting area of the developer carrier and the developer feed member.
    • 用于按压的弹性构件设置在显影剂载体与排出构件接触的区域中的规定位置,以使排出构件与显影剂载体接触,从而使显影剂上的残余显影剂机械剥离 不会引起载体,并且放电构件设置有偏置电源,用于在施加到排出构件的方向上设置用于将显影剂载体上的残余显影剂电离拉离显影剂载体的力,并且在此之后减少 残余显影剂对显影剂载体的电粘附,显影剂供给构件在分离区附近或显影剂载体和显影剂进料构件的接触区域中除去显影剂载体上的残余显影剂,然后将新显影剂施加到 开发商容器到接近区域附近的开发商承运人 显影剂载体和显影剂进料构件的触觉起始区域。
    • 7. 发明授权
    • Toner developing device for an image forming apparatus
    • 用于图像形成装置的调色剂显影装置
    • US06282394B1
    • 2001-08-28
    • US09408277
    • 1999-09-29
    • Takashi SakaiAtsushi InoueHiroshi TatsumiTakayuki Yamanaka
    • Takashi SakaiAtsushi InoueHiroshi TatsumiTakayuki Yamanaka
    • G03G1508
    • G03G15/0808
    • In a mono component toner developing device, a developing roller supporting and conveying the mono component toner is arranged in contact with a photoreceptor supporting a static latent image. A supplying roller is arranged opposing the developing roller with a predetermined contact depth. The supplying roller has a pair of driven gears fixed at both ends of the rotational shaft thereof for being rotated so as to be meshed with a pair of driving gears rotated by a driving motor. The rotational force of the driving gears, acting at a coupling position, is used to deflect the supplying roller toward the developing roller side, whereby the supplying roller is pressed in approximately uniform contact with the developing roller across its full length along the shaft.
    • 在单组分调色剂显影装置中,支撑和输送单组分调色剂的显影辊被布置成与支持静电潜像的感光体接触。 供给辊以预定的接触深度布置成与显影辊相对。 供给辊具有固定在其旋转轴的两端的一对从动齿轮,以便与由驱动电机旋转的一对驱动齿轮啮合。 作用在联接位置的驱动齿轮的旋转力用于使供给辊朝向显影辊侧偏转,由此,供给辊沿显影辊沿着轴的整个长度与显影辊大致均匀地接触。
    • 9. 发明授权
    • Developing apparatus using one-component toner
    • 显影装置使用单组分调色剂
    • US6026266A
    • 2000-02-15
    • US148077
    • 1998-09-04
    • Takashi SakaiHiroshi IshiiTetsuro ToyoshimaHiroshi TatsumiToshihiko Takaya
    • Takashi SakaiHiroshi IshiiTetsuro ToyoshimaHiroshi TatsumiToshihiko Takaya
    • G03G15/06G03G15/08
    • G03G15/0812G03G15/065G03G2215/0617G03G2215/0634
    • To prevent scattering of toner when an image forming operation is started and ended in a developing process using one-component toner, a rotatable developing roller in contact with a photosensitive member carrying a static latent image, which is used to carry and feed one-component toner, is provided in a developing tank containing one-component toner. Initially, toner is fed to a feed roller, then passed through a toner restricting member which is pressed against the developing roller to restrict the amount of toner to be fed, so that a layer of toner is formed at a fixed thickness and fed into a developing area in contact with the photosensitive member. Thus a static latent image is produced on the developing roller. In this process, a developing bias voltage Va is supplied to the developing roller, a restricting voltage Vb is supplied to the toner restricting member so as to fix the thickness of the toner layer, and a supply voltage Vc is supplied to the feed roller to control the supply of toner. Specifically, the developing bias voltage Va, restricting voltage Vb, and supply voltage Vc are applied to their respective objects before the developing roller begins rotating, thereby minimizing or preventing the scattering or blowing out of toner. Additionally, supply of those voltages Va, Vo, and Vc are stopped after the developing roller stops, which also helps to prevent excess scattering of toner.
    • 为了防止在使用单组分调色剂的显影过程中开始图像形成操作并结束时调色剂的散射,可旋转的显影辊与携带静电潜像的感光部件接触,该感光部件用于承载和供给单组分调色剂 调色剂设置在含有单组分调色剂的显影槽中。 最初,将调色剂送入进料辊,然后通过调色剂限制部件,该调色剂限制部件被压靠在显影辊上,以限制要供给的调色剂的量,使得一层调色剂以固定的厚度形成并供给到 显影区域与感光构件接触。 因此,在显影辊上产生静电潜像。 在该过程中,向显影辊供给显影偏压Va,将限制电压Vb提供给调色剂限制件,以固定调色剂层的厚度,并将供给电压Vc供给到进料辊 控制墨粉的供应。 具体地说,在显影辊开始旋转之前,将显影偏压Va,限制电压Vb和电源电压Vc施加到它们各自的物体上,从而最小化或防止调色剂的散射或吹出。 此外,在显影辊停止之后,停止提供这些电压Va,Vo和Vc,这也有助于防止调色剂的过度散射。
    • 10. 发明申请
    • POWER SOURCE APPARATUS WITH FUSE-IMPLEMENTED OVER-CURRENT CUT-OFF
    • 具有保险丝实现的电流切断功能的电源设备
    • US20110291481A1
    • 2011-12-01
    • US13114260
    • 2011-05-24
    • Satoru MatsumotoShinya InuiHiroshi Tatsumi
    • Satoru MatsumotoShinya InuiHiroshi Tatsumi
    • H02J7/00
    • H01H85/46B60L3/04H01H2085/025Y10T307/549
    • The power source apparatus is provided with batteries 1 that supply power to a load; a current regulating circuit 2 that controls battery 1 current; a fuse 6 connected in series with the batteries 1; a first computation circuit 3 that computes a first allowable current that can flow through the batteries 1 based on at least one parameter including battery 1 specified current, temperature, voltage, and remaining capacity; and a second computation circuit 4 that computes a second allowable current that can flow through the fuse 6 without blowing the fuse 6 based on the time integral of current flow through the fuse 6. The current regulating circuit 2 controls the battery 1 current to a value lower than the first allowable current computed by the first computation circuit 3 and the second allowable current computed by the second computation circuit 4.
    • 电源装置设置有向负载供电的电池1; 控制电池1电流的电流调节电路2; 与电池1串联连接的保险丝6; 第一计算电路3,其基于包括电池1指定的电流,温度,电压和剩余容量的至少一个参数来计算能够流过电池1的第一容许电流; 以及第二计算电路4,其基于通过保险丝6的电流的时间积分,计算能够流过保险丝6的第二容许电流而不使保险丝6熔断。电流调节电路2将电池1的电流控制为值 低于由第一计算电路3计算的第一容许电流和由第二计算电路4计算的第二容许电流。