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    • 1. 发明授权
    • Recirculating document feeder
    • 循环送纸器
    • US5754934A
    • 1998-05-19
    • US736080
    • 1996-10-24
    • Yasushi KamezakiTsuyoshi NagaoMasayuki Kakuta
    • Yasushi KamezakiTsuyoshi NagaoMasayuki Kakuta
    • G03G15/00
    • G03G15/60G03G2215/00181
    • A recirculating document feeder for use with an image forming machine having a transparent platen. This recirculating document feeder includes a document support disposed above the transparent platen and adapted to have a stack of documents placed thereon, with a selected side of each document facing down; a feed-out path extending from one end of the document support; a first switchback path having an upstream end connected to the downstream end of the feed-out path; a send-in path extending from its upstream end, which is connected to the upstream end of the first switchback path, to one end of the transparent platen; a send-out path extending from the other end of the transparent platen; a second switchback path having an upstream end connected to the downstream end of the send-out path; and a return path extending from its upstream end, which is connected to the upstream end of the second switchback path, to the other end of the document support. The bottom-most document of the document stack placed on the document support is fed out to the feed-out path, fed to the first switchback path through the feed-out path, and then sent onto the transparent platen through the send-in path in a reversed direction of feeding. Then, the document is fed from the transparent platen to the second switchback path through the send-out path, and then returned onto the document stack on the document support through the return path after the direction of its feeding is reversed again.
    • 一种用于与具有透明压板的图像形成机一起使用的循环送纸器。 该再循环文件馈送器包括设置在透明压板上方的文档支架,并且适于具有放置在其上的一叠文件,每个文档的选定侧面朝下; 从文件支架的一端延伸的送出路径; 第一转向路径,其上游端连接到所述送出路径的下游端; 从其上游端延伸的送入路径,其连接到第一回转路径的上游端,到达透明压板的一端; 从透明压板的另一端延伸的发出路径; 第二转回路径,其上游端连接到发出路径的下游端; 以及从其连接到第二转回路径的上游端的上游端延伸到文件支撑件的另一端的返回路径。 放置在文档支架上的文档堆叠的最底下的文档被送出到馈送路径,通过馈送路径馈送到第一个折返路径,然后通过发送路径发送到透明的台板上 在反方向进食。 然后,文件通过发送路径从透明台板进给到第二转回路径,然后在其进给方向再次反向后通过返回路径返回到文档支架上的文档堆叠上。
    • 3. 发明授权
    • Electrophotographic developing method
    • 电子照相显影法
    • US4672017A
    • 1987-06-09
    • US802022
    • 1985-11-25
    • Yasushi Kamezaki
    • Yasushi Kamezaki
    • G03G13/09G03G15/09
    • G03G13/09
    • A developing method for forming a toner image of high quality which comprises supplying a two-component developer composed of a mixture of magnetic carrier particles and toner particles chargeable by frictional contact with the magnetic carrier particles onto a development sleeve comprised of a non-magnetic sleeve and provided therein, a magnet having alternately and circumferentially arranged magnetic poles of different polarities to thereby form a magnetic brush of the developer, and bringing the surface of a photosensitive drum bearing a latent electrostatic image into frictional contact with the magnetic brush while a bias voltage is applied between the photosensitive drum and the sleeve thereby to form a toner image corresponding to the latent electrostatic image; characterized in that a brush cutting doctor is disposed on the non-magnetic sleeve so that the tip of the doctor is positioned nearly centrally between two magnetic poles of different polarities, and the development is carried out while moving the photo-sensitive drum and the development sleeve in the same direction at the site of frictional contact and the concentration (Ct, %) of the toner in the developer satisfies the following equation ##EQU1## wherein Sc is the specific surface area (cm.sup.2 /g) of the carrier, St is the specific surface area (cm.sup.2 /g) of the toner, and k is a number of from 0.80 to 1.14.
    • 一种用于形成高品质调色剂图像的显影方法,其包括将由磁性载体颗粒的混合物组成的双组分显影剂和通过与磁性载体颗粒摩擦接触而可带电的调色剂颗粒提供到由非磁性套筒 并且在其中设置有具有不同极性的交替地且周向地布置的磁极的磁体,从而形成显影剂的磁刷,并且使带有静电潜像的感光鼓的表面与磁刷摩擦接触,同时偏置电压 施加在感光鼓和套筒之间,从而形成对应于静电潜像的调色剂图像; 其特征在于,在所述非磁性套筒上设置有刷切割刮刀,使得所述刮刀的尖端位于两个不同极性的磁极之间的中心位置,并且在移动所述感光鼓的同时进行显影 在摩擦接触部位处于相同方向的套筒,并且显影剂中调色剂的浓度(Ct,%)满足以下等式其中Sc是载体的比表面积(cm2 / g),St是 调色剂的比表面积(cm 2 / g),k为0.80〜1.14的数。