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    • 76. 发明授权
    • Reproduction machine including and acoustic scavengeless assist
development apparatus
    • 复制机包括声音清扫辅助开发装置
    • US5809385A
    • 1998-09-15
    • US886103
    • 1997-06-30
    • Christopher SnellingDan A. HaysJeffrey J. FolkinsDale R. Mashtare
    • Christopher SnellingDan A. HaysJeffrey J. FolkinsDale R. Mashtare
    • G03G15/06G03G15/08
    • G03G15/0803G03G15/0818G03G2215/0174G03G2215/0621G03G2215/0643
    • An acoustic scavengeless assist (ASA) development apparatus, and a multicolor image reproduction machine including such a development apparatus. The (ASA) development apparatus includes a biased vibratory section having a piezoelectric member and a donor member, as well as, a development electrode section, for presenting toner particles to latent electrostatic images for image development. The donor member is positioned within the reproduction machine and forms a development nip with a latent image bearing surface of a photoreceptor of the reproduction machine. Importantly, the biased vibratory section has at least a first conductive electrode formed therein adjacent to the piezoelectric member for effecting controlled vibratory toner release from the donor member, and a first bias for biasing the at least first conductive electrode. The development electrode section includes a set of second conductive electrodes and a second bias therefor, and is located between the at least first electrode and the latent image bearing surface, for enhancing toner particle release from the donor member, and powder cloud formation within the development nip for quality image development.
    • 一种声学扫除辅助(ASA)显影装置,以及包括这种显影装置的多色图像再现机。 (ASA)显影装置包括具有压电元件和供体元件的偏置振动部分,以及显影电极部分,用于将调色剂颗粒呈现用于图像显影的静电潜像。 供体构件位于再生机内,与再生机的感光体的潜影承载面形成显影间隙。 重要的是,偏置的振动部分具有至少一个形成在其中的与压电元件相邻的第一导电电极,用于实现受控的振动调色剂从施主部件释放,以及用于偏压至少第一导电电极的第一偏压。 显影电极部分包括一组第二导电电极和第二偏压,并且位于至少第一电极和潜像承载表面之间,用于增强调色剂颗粒从供体构件的释放以及显影中的粉末云形成 夹持质量图像开发。
    • 80. 发明授权
    • Low voltage electrophotography with simultaneous photoreceptor charging,
exposure and development
    • US4545669A
    • 1985-10-08
    • US582108
    • 1984-02-21
    • Dan A. HaysWilliam H. Wayman
    • Dan A. HaysWilliam H. Wayman
    • G03G15/05G03G13/26G03G15/00G03G15/02G03G15/09G03G15/24G03G15/34
    • B82Y15/00G03G15/0241G03G15/09G03G15/24G03G15/342G03G2215/022G03G2215/0497
    • This invention relates to an apparatus for simultaneously charging, exposing, and developing imaging members at low voltages which comprises a semi-transparent deflected flexible imaging member, an electronic imaging source means, a light beam deflector member, a modulator means, a laser means, a sensitizing roll means, containing magnets therein, a development roll means containing magnets therein, a voltage source means for the sensitizing roll means, a voltage source means for the development roll means, a developer supply reservoir containing conductive developer particles therein comprised of insulating toner resin particles and conductive carrier particles, a sensitizing nip situated between the flexible imaging member and the sensitizing roll, a development nip situated between the imaging member and the development roller, the sensitizing roll means and development roll means moving in the same direction of movement as the semi-transparent deflected flexible imaging member, the voltage being generated by the voltage source with the sensitizing nip being of an opposite polarity of the voltage generated by the voltage source for the development roller, wherein an electric field of a predetermined polarity is established between the semi-transparent deflected flexible imaging member and the sensitizing roll means, which field exerts in the sensitizing nip an electrostatic force on the charged toner particles causing these particles to uniformly migrate toward the imaging member, subsequently subjecting the deflected flexible imaging member to the electronic image source whereby the electrostatic force exerted on the toner particles adjacent the light struck areas of the flexible imaging member are increased thereby causing toner particles to be deposited on the deflected flexible imaging member, and wherein toner particles are removed from the deflected flexible imaging member in areas not exposed to light by the development roll and developed in the areas exposed to light.