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    • 6. 发明授权
    • Rotary processing apparatus
    • 旋转加工装置
    • US4083504A
    • 1978-04-11
    • US770365
    • 1977-02-22
    • Gurdon B. WattlesRobert N. Jones
    • Gurdon B. WattlesRobert N. Jones
    • B02C13/14B02C13/286B02C13/09
    • B02C13/14B02C13/286B02C2013/28672
    • This apparatus comprises a supporting frame for two upstanding chutes though which flowable, particulate materials may be applied. These materials flow down the chutes though an opening in the top skirt plate supported by the frame and into a processing area such as the rotor of a centrifugal impact milling machine. A motor is mounted for horizontal pivotal movement relative to the chutes and drives a vertical spindle located between the chutes that is connected to the rotary processing member below the skirt such as the rotor of a centrifugal impact machine. A hopper is provided to swing pivotally downward below the rotor in a damped fashion, the pivoting mechanism being fixed to the top skirt and enabling one man removability of the hopper to allow access to the rotor or the inside of the hopper for cleaning, maintenance, etc. A single man, by pulling up on the hopper and abetted by the upward-biasing effect of a gas spring component of the pivoting mechanism, can remount the hopper in its normal fixed position. Provision is made for easy withdrawal of the shaft or spindle assembly from the top after the rotor has been detached therefrom. The shaft or spindle assembly also includes at its lower end an easily removable seal cartridge that can be extracted from below by appropriate extraction tools engaging passageways in the cartridge after a transverse retaining pin, accessible from the outside of the spindle housing, is pulled out from engagement with a corresponding retaining channel in the seal cartridge itself.
    • 该装置包括用于两个直立滑槽的支撑框架,尽管可以应用可流动的颗粒材料。 这些材料通过支撑在框架上的顶部裙板中的开口流入滑槽,并进入诸如离心式冲击式铣床的转子的处理区域。 电动机安装成相对于斜槽进行水平转动运动,并且驱动位于连接到裙部之下的旋转处理构件的滑槽之间的垂直心轴,例如离心冲击机的转子。 提供料斗以阻尼的方式在转子下枢转向下摆动,枢转机构固定到顶部裙部,并使得料斗的一个人的可移除性能够允许进入料斗的转子或内部进行清洁,维护, 一个人通过向上拉起料斗并被枢转机构的气弹簧部件的向上偏压效应所牵引,可以将料斗重新安装在正常的固定位置。 规定在转子已经从其顶部拆卸之后容易地从顶部抽出轴或主轴组件。 轴或主轴组件还在其下端还包括容易拆卸的密封筒,其可以从适当的提取工具从下方抽出,从而从主轴壳体的外部可以从主轴壳体的外部拉出从横向固定销 与密封筒本身中相应的保持通道接合。
    • 7. 发明授权
    • Composite xerographic photoreceptor with injecting contact layer
    • 具有注射接触层的复合静电复印机
    • US4015985A
    • 1977-04-05
    • US566456
    • 1975-04-09
    • Robert N. Jones
    • Robert N. Jones
    • G03G5/08G03G5/04G03G5/043G03G5/10G03G5/14
    • G03G5/0433G03G5/102
    • A photoreceptor used in xerographic imaging process and normally including a photoconductive layer comprising a mixture of photoconductive particles dispersed throughout the layer with resinous binder material is joined by bonding to a conductive base layer through an intermediate layer which provides a charge carrier injecting interface between the photoconductive particles and the base layer. The charge carrier interface is obtained by forming the intermediate layer from high mass conductive particles dispersed within an insulating resinous material, and causing photoconductive particles in the photoconductor layer to contact conductive particles in the intermediate layer along the bond interface. The conductive particles are selected so as to have available charge carriers at suitable energy levels whereby the photoconductor to conductor particle contact points form individual charge carrier injection contacts which permit certain xerographic imaging processes to be used. The mass and volume loading of conductor particles in the intermediate layer causes such layer to be conductive as a whole whereby the photoconductive layer may be connected to ground or any other potential desired at its backside. The invention has particular utility in combination with a controlled geometry photoconductive layer, and a simple method using heat for obtaining the injecting contact while making the controlled geometry photoconductive layer is described.
    • 在静电复印成像过程中使用的感光体通常包括包含分散在整个层中的光导电颗粒与树脂粘合剂材料的混合物的光电导层,通过中间层键合到导电基底层,所述中间层在光电导层之间提供电荷载体注入界面 颗粒和基层。 通过从分散在绝缘树脂材料中的高质量导电颗粒形成中间层,并使光电导体层中的光电导颗粒沿着键合界面接触中间层中的导电颗粒而获得电荷载流子界面。 导电颗粒被选择成具有适当能级的可用电荷载体,由此光电导体与导体颗粒接触点形成允许使用某些静电复印成像过程的单个电荷载体注入触点。 中间层中的导体颗粒的质量和体积负载导致这种层整体导电,由此光电导层可以连接到地面或其背面所需的任何其它潜在的位置。 本发明结合受控几何光电导层具有特别的用途,并且描述了在制作受控几何光电导层的同时使用热量获得注入接触的简单方法。
    • 9. 发明授权
    • Method of making composite xerographic photoreceptor with injecting
contact layer for a photoconductive layer
    • 制备光导电层注入接触层的复合静电复印机感光体的方法
    • US4071363A
    • 1978-01-31
    • US698640
    • 1976-06-22
    • Robert N. Jones
    • Robert N. Jones
    • G03G5/08G03G5/04G03G5/043G03G5/10G03G5/14G03G5/05
    • G03G5/0433G03G5/102
    • A photoreceptor used in xerographic imaging process and normally including a photoconductive layer comprising a mixture of photoconductive particles dispersed throughout the layer with resinous binder material is joined by bonding to a conductive base layer through an intermediate layer which provides a charge carrier injecting interface between the photoconductive particles and the base layer. The charge carrier interface is obtained by forming the intermediate layer from high mass conductive particles dispersed within an insulating resinous material, and causing photoconductive particles in the photoconductor layer to contact conductive particles in the intermediate layer along the bond interface. The conductive particles are selected so as to have available charge carriers at suitable energy levels whereby the photoconductor to conductor particle contact points form individual charge carrier injection contacts which permit certain xerographic imaging processes to be used. The mass and volume loading of conductor particles in the intermediate layer causes such layer to be conductive as a whole whereby the photoconductive layer may be connected to ground or any other potential desired at its backside. The invention has particular utility in combination with a controlled geometry photoconductive layer, and a simple method using heat for obtaining the injecting contact while making the controlled geometry photoconductive layer is described.
    • 在静电复印成像过程中使用的感光体通常包括包含分散在整个层中的光导电颗粒与树脂粘合剂材料的混合物的光电导层,通过中间层键合到导电基底层,所述中间层在光电导层之间提供电荷载体注入界面 颗粒和基层。 通过从分散在绝缘树脂材料中的高质量导电颗粒形成中间层,并使光电导体层中的光电导颗粒沿着键合界面接触中间层中的导电颗粒而获得电荷载流子界面。 导电颗粒被选择成具有适当能级的可用电荷载体,由此光电导体与导体颗粒接触点形成允许使用某些静电复印成像过程的单个电荷载体注入触点。 中间层中的导体颗粒的质量和体积负载导致这种层整体导电,由此光电导层可以连接到地面或其背面所需的任何其它潜在的位置。 本发明结合受控几何光电导层具有特别的用途,并且描述了在制作受控几何光电导层的同时使用热量获得注入接触的简单方法。