Mita Industrial Co., Ltd.

Japan Cotton Technical and Economic Research Institute of Mengyokaikan

Hiroaki Yamaguchi

Masaru Watanabe

Yasuyuki Ishiguro

Hiroyuki Tsuji

Akihiko Takeshita

Yuzuru Nakano

Yoji Yamada

Yoshiaki Yamaoka

Shinzo Nishimura

Akira Kondo

Hiroshi Araki

Syunichi Tabata

Kazuhiro Kimura

An image forming machine comprising a rotating drum mounted rotatably and having a photosensitive material disposed on the peripheral surface thereof; a rotating drive source for causing the rotating drum to rotate; an image forming means for forming a toner image on the photosensitive material in an image forming zone; a transfer means for transferring the toner image on the photosensitive material onto an image receiving member in a transfer zone located downstream of the image forming zone as viewed in the direction of rotation of the rotating drum; and a cleaning means which acts on the photosensitive material in a cleaning zone located downstream of the transfer zone but upstream of the image forming zone as viewed in the direction of rotation of the rotating drum. The cleaning means includes a cylindrical brush formed of a multiplicity of radially extending yarns. The brush of the cleaning means is mounted rotatably about the central axis of rotation extending substantially parallel to the central axis of rotation of the rotating drum, is pressed against the photosensitive material, and is caused to rotate following the rotation of the rotating drum.

Image forming machine with cleaning drum brush driven by rotating drum

This invention relates to a device for removing short fibers from a mass of ibers. A pair of perforated cylindrical bodies are opposed to each other with a predetermined spacing defined therebetween, and static electricity is applied across the perforated cylindrical bodies. A suction-wise removing device is installed in at least one of the perforated cylindrical bodies. The initial end of a transfer conveyor is located on the surface of one perforated cylindrical body adjacent the opposed region. Short fibers contained in the mass of fibers fed to the opposed region by a feeding device are drawn into the suction-wise removing devices through the through holes in the cylindrical bodies by the action of electrostatic force and suction air currents. The mass of fibers having the short fibers removed therefrom are oriented by electrostatic force and transferred by the conveyor while being maintained in this oriented state.

Device for removing short fibers

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Osaka, Japan

Hiroaki Yamaguchi