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    • 1. 发明授权
    • Process of exposing photosensitive member
    • 曝光感光件的工艺
    • US4487501A
    • 1984-12-11
    • US384061
    • 1982-06-01
    • Shigeru SuzukiYutaka KoizumiNobuyuki YanagawaKoji HirakuraChikara Imai
    • Shigeru SuzukiYutaka KoizumiNobuyuki YanagawaKoji HirakuraChikara Imai
    • G03B27/50G03B27/52G03G13/04G03G15/04G03B27/48
    • G03G13/04G03B27/526
    • An original to be copied is placed in a given position. An exposure optics including a movable part is employed to focus an optical image of slitwise segment of the original on a photosensitive member. The photosensitive member moves in a given direction and at a given speed throughout the exposure. The location where the image of slitwise segment of the original is focused moves through the space of the arrangement at a given speed and in a direction opposite from the direction of movement of the photosensitive member throughout the exposure. Consequently, the location corresponding to the initiation of the exposure is situated downstream as viewed in the direction of movement of the surface of the photosensitive member while the location corresponding to the end of the exposure is situated upstream as viewed in the same direction. Upon termination of the exposure, the photosensitive member continues its movement which is the same as during the exposure while the movable part of the exposure optics returns to its start position.
    • 要复制的原件放置在给定的位置。 使用包括可移动部件的曝光光学元件将原稿的狭缝部分的光学图像聚焦在感光部件上。 感光构件在整个曝光期间以给定的方向和给定的速度移动。 原稿的切割部分的图像的聚焦位置以给定的速度并且在与感光部件的整个曝光过程中的移动方向相反的方向上移动通过布置的空间。 因此,对应于曝光开始的位置位于感光部件的表面的移动方向上观察的下游,而与曝光结束相对应的位置位于沿相同方向观察的上游。 在曝光结束时,感光构件继续其与曝光期间相同的移动,同时曝光光学元件的可移动部分返回到其开始位置。
    • 6. 发明授权
    • Image density control method for an image forming apparatus
    • 图像形成装置的图像浓度控制方法
    • US5258248A
    • 1993-11-02
    • US865660
    • 1992-04-07
    • Masaki TokuhashiMoriyuki KoikeWataru YasudaKouji IshigakiTakashi BisaijiChikara Imai
    • Masaki TokuhashiMoriyuki KoikeWataru YasudaKouji IshigakiTakashi BisaijiChikara Imai
    • G03G15/00G03G15/06G03G15/08
    • G03G15/065G03G15/5041G03G2215/00042
    • An image density control method for an image forming apparatus of the type forming a latent image of a document image on a photoconductive element and developing the latent image by a toner to produce a toner image by an electrophotographic procedure. A background pattern whose density is substantially the same as the background density of a document, i.e., a light pattern is illuminated to electrostatically form a latent image thereof on the photoconductive element. The latent image is developed by the toner, and the density of the resultant toner image is optically sensed by an image density sensor. A change in background density due to contamination or an increase in background potential, for example, is detected. Based on the detected change in background density, a quantity of light for imagewise exposure or similar factor dictating the developing ability is corrected, i.e., it is controlled to the light side if the density has been shifted to the dark side. The detection of the background density and the control for correction are effected only when the charge retaining ability of the photoconductive element is stable.
    • 一种图像形成装置,用于在感光体上形成原稿图像的潜像并通过调色剂显影潜像的图像形成装置,以通过电子照相程序产生调色剂图像。 背景图案的密度基本上与原稿的背景密度相同,即光图案被照亮以在感光体上静电地形成潜像。 潜像由调色剂显影,并且所得到的调色剂图像的浓度由图像浓度传感器光学感测。 检测到例如由于污染引起的背景浓度的变化或背景潜力的增加。 基于检测到的背景浓度的变化,校正用于图像曝光的光量或指示显影能力的类似因素,即如果密度已经向黑色侧移动,则将其控制到光侧。 仅当光电导元件的电荷保持能力稳定时才进行背景浓度的检测和校正控制。
    • 7. 发明授权
    • Method of removing a film from an image carrier
    • 从图像载体上去除胶片的方法
    • US4975748A
    • 1990-12-04
    • US459315
    • 1989-12-29
    • Nobuyuki KoinumaChikara ImaiYoshio TakamiyaKazuyuki SugiharaYuji Sawai
    • Nobuyuki KoinumaChikara ImaiYoshio TakamiyaKazuyuki SugiharaYuji Sawai
    • G03G21/00
    • G03G21/0005G03G21/0047G03G2221/0005
    • A method of removing a film which undesirably forms on a photoconductive element or similar image carrier of an image forming apparatus such as an electrophotographic copier, printer or facsimile machine. The method is implemented by a cleaning device having a cleaning sleeve which removed toner particles remaining on the image carrier after image transfer. In a film removing mode which is executed when an image forming mode for forming a toner image on the image carrier is not under way, the cleaning sleeve is rotated at a lower speed than in an ordinary cleaning mode so as to feed a greater amount of cleaning agent to a cleaning region. The rotation speed of image carrier and that of the cleaning sleeve are controlled in such a manner as to feed a predetermined adequate amount of cleaning agent for the removal of a film to the cleaning region at all times.
    • 去除在电子照相复印机,打印机或传真机等图像形成装置的感光体或类似图像载体上不希望形成的膜的方法。 该方法由具有清洁套筒的清洁装置实现,该清洁套筒在图像转印之后除去残留在图像载体上的调色剂颗粒。 在用于在图像载体上形成调色剂图像的图像形成模式未进行的情况下执行的胶片去除模式中,清洁套筒以比普通清洁模式更低的速度旋转,以便馈送更大量的 清洁剂到清洁区域。 控制图像载体和清洁套筒的旋转速度,以便始终向清洁区域输送预定量的清洁剂以除去膜。
    • 10. 发明授权
    • Dual mode image density controlling method
    • 双模式图像浓度控制方法
    • US4619522A
    • 1986-10-28
    • US704826
    • 1985-02-22
    • Chikara Imai
    • Chikara Imai
    • G03G15/00G03G15/08
    • G03G15/5041G03G2215/00042G03G2215/00084
    • A dual mode method for controlling the density of a toner image is disclosed for an electrophotographic process. In the first mode, an electrostatic latent image is formed on a photosensitive member from a reference pattern having a predetermined reflectance, the latent image is developed, the density of the developed image is detected, and this density information is used to replenish toner to the developer. A second mode can be actuated in which the photosensitive member is excited to form a region of approximately saturating residual potential which is then developed under a predetermined bias potential, the density of the thus developed image is detected and the density information is used to determine whether the developing step is functioning properly.
    • 公开了一种用于控制调色剂图像的浓度的双重模式方法。 在第一模式中,从具有预定反射率的参考图案在感光构件上形成静电潜像,潜像显影,显影图像的浓度被检测,该密度信息用于将调色剂补充到 开发者 可以启动第二模式,其中感光构件被激发以形成近似饱和的残余电势的区域,然后在预定的偏置电位下显影,从而检测到如此显影的图像的浓度,并且使用密度信息来确定是否 开发步骤正常运行。