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    • 1. 发明授权
    • Electrophotographic recording apparatus having a plurality of developing
devices which can be changed over
    • 具有可以切换的多个显影装置的电子照相记录装置
    • US5307147A
    • 1994-04-26
    • US945190
    • 1992-09-15
    • Takao KumasakaYuzuru SimazakiKunio SatohTomio SugayaYouji Hirose
    • Takao KumasakaYuzuru SimazakiKunio SatohTomio SugayaYouji Hirose
    • G03G15/01G03G21/00
    • G03G15/0126
    • An electrophotographic recording apparatus is provided having a reduced overall size. The space around a photosensitive member required for the developing unit to be located is minimized, more particularly, it i minimized in the lengthwise directional space. In the electrophotographic recording apparatus having a photosensitive member which moves at a predetermined speed; an exposure device for exposing the photosensitive member; a developing unit for developing an electrostatic latent image obtained by the exposure; and a transferring device for transferring a developed visible image to a recording paper sheet or the like, the developing unit is composed of developing devices, a plurality of supporting members for supporting the developing devices and an element for rotating the supporting members. The supporting members can be rotated while making a portion adjacent to a widthwise directional end of the photosensitive member to be a supporting point in a range from a state where the surface of the photosensitive member and the surface of a developing roll of each developing device run parallel to each other to a state where they are positioned substantially perpendicular to each other.
    • 提供具有减小的总体尺寸的电子照相记录装置。 显影单元所需的感​​光构件周围的空间被最小化,更特别地,其在纵向方向空间中被最小化。 在具有以预定速度移动的感光构件的电子照相记录装置中; 用于曝光感光构件的曝光装置; 用于显影通过曝光获得的静电潜像的显影单元; 以及用于将显影的可见图像转印到记录纸张等的转印装置,显影单元由显影装置,用于支撑显影装置的多个支撑构件和用于旋转支撑构件的元件组成。 支撑构件可以在使感光构件的宽度方向端部附近的部分成为支撑点的同时旋转,其范围从感光构件的表面和每个显影装置的显影辊的表面运行的状态 彼此平行地放置到彼此基本垂直的位置的状态。
    • 2. 发明授权
    • Image recording method including determining a gap between a
photosensitive medium and a developing roller and apparatus therefor
    • 图像记录方法,包括确定感光介质和显影辊之间的间隙及其装置
    • US5315353A
    • 1994-05-24
    • US951122
    • 1992-09-25
    • Yuzuru SimazakiTakao KumasakaKunio SatohYouji Hirose
    • Yuzuru SimazakiTakao KumasakaKunio SatohYouji Hirose
    • G03G15/00G03G15/01G03G15/09
    • G03G15/09G03G15/0126
    • An image recording apparatus including a photosensitive medium. A voltage is applied between the photosensitive medium and a developing sleeve of a developing unit, and a current flowing between the photosensitive medium and the developing sleeve is measured to be converted into a pulse waveform which is then compared by a predetermined reference value. On the basis of the result of the comparison, a gap is determined between the photosensitive medium and the developing unit, which is then advanced or retracted toward or from the photosensitive medium in accordance with the determined gap. Owing to the recording method carried out by the image recording apparatus, the gap can be selectively determined by observing the current waveform pattern of the current flowing between the photosensitive medium and the developing sleeve while decreasing gradually the gap therebetween, whereby a relation between the gap and height of a magnetic brush can definitely be established. Since the gap can be set within a range from a value representing an initial contact state in which the magnetic brush starts to contact with the photosensitive medium to a value representing a wholly contact state in which the whole magnetic brush contacts with the photosensitive medium with the aid of a current curve of the current flowing between the photosensitive medium and the developing sleeve, a contacting force of the magnetic brush bearing on the photosensitive medium can be weakened.
    • 一种包括感光介质的图像记录装置。 在感光介质和显影单元的显影套筒之间施加电压,并且测量在感光介质和显影套筒之间流动的电流,以转换成脉冲波形,然后将其与预定参考值进行比较。 基于比较的结果,在感光介质和显影单元之间确定间隙,然后根据确定的间隙向感光介质前进或退出光敏介质。 由于由图像记录装置执行的记录方法,可以通过观察在感光介质和显影套筒之间流动的电流的电流波形图案来选择性地确定间隙,同时逐渐减小其间的间隙,从而间隙之间的关系 磁刷的高度可以肯定地建立起来。 由于间隙可以设定在表示磁刷开始与感光介质接触的初始接触状态的值的范围内,而是表示整个磁刷与感光介质接触的完全接触状态的值 有助于在感光介质和显影套筒之间流动的电流的电流曲线,可以削弱磁刷轴承在感光介质上的接触力。