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    • 36. 发明授权
    • Apparatus, process for charging toner particles
    • 装置,调色剂颗粒的充电方法
    • US4459009A
    • 1984-07-10
    • US286784
    • 1981-07-27
    • Dan A. HaysWilliam H. Wayman
    • Dan A. HaysWilliam H. Wayman
    • G03G15/00G03G15/06G03G15/08G03G15/09
    • G03G15/0812G03G15/065G03G2215/0641
    • A process and apparatus for charging insulating toner particles wherein there is provided a charging roll containing a triboelectrically active coating, and weakly charged toner particles are transported into contact with the coating contained on the charging roll, this contact being accomplished in a charging zone situated between the charging roll and the transporting mechanism. As a result of contact between the weakly charged toner particles and the triboelectrically active coating contained on the charging roll there is imparted charges of either a positive or negative polarity to the weakly charged toner particles. The apparatus and process of the present invention are useful, for example, in electrostatographic recording imaging devices.
    • 一种用于装载绝缘调色剂颗粒的方法和装置,其中提供了含有摩擦电活性涂层的带电辊和带电荷不充分的调色剂颗粒与包含在充电辊上的涂层接触,该接触在位于 充电辊和输送机构。 作为带电荷的调色剂颗粒与包含在充电辊上的摩擦电活性涂层之间的接触的结果,给弱电调色剂颗粒赋予正极性或负极性的电荷。 本发明的装置和方法例如在静电摄影记录成像装置中是有用的。
    • 39. 发明授权
    • Replenishment carrier injection system
    • 补充载体注射系统
    • US08050595B2
    • 2011-11-01
    • US12128011
    • 2008-05-28
    • William H WaymanDavid B Playfair
    • William H WaymanDavid B Playfair
    • G03G15/08
    • G03G15/0879G03G15/0877G03G2215/0609
    • A replenishment carrier injection system is provided for adding carrier particles to a developer housing in a two-component developer toner imaging machine. The replenishment system includes (i) a carrier-only hopper for receiving and containing a first quantity of carrier particles; (ii) metering valves connected to a discharge end of the carrier-only hopper; (iii) a pneumatic plenum connected to the metering valves; (v) an air pump connected to the carrier-only hopper and to the pneumatic plenum for pressurizing the carrier-only hopper and for pneumatically conveying a metered quantity of carrier particles in an air stream from the pneumatic plenum; and (vi) carrier injection assemblies each being connected to the pneumatic plenum and including a conduit for carrier flow, a direct injector elbow connecting the conduit to a developer housing for directly injecting fresh carrier from the pneumatic plenum into the developer housing; and a fresh carrier current collector for detecting any fault in fresh carrier flow through said direct injector elbow the system into the developer housing.
    • 提供补充载体注射系统,用于将载体颗粒添加到双组分显影剂调色剂成像机中的显影剂外壳上。 补充系统包括:(i)用于接收和容纳第一量的载体颗粒的仅载体的料斗; (ii)计量阀,连接至仅载体料斗的排放端; (iii)连接到计量阀的气动增压室; (v)连接到仅载体的料斗和气动增压室的空气泵,用于对仅载体的料斗加压并且用于气动地输送来自气动增压室的空气流中的计量的载体颗粒; 和(vi)载体喷射组件,每个载体喷射组件连接到气动压力室并且包括用于载体流的导管,将导管连接到显影剂壳体的直接喷射器弯头,用于将新鲜载体从气动压力室直接喷射到显影剂壳体中; 以及新鲜载体集电器,用于检测通过所述直接喷射器的新载体流中的任何故障,将系统弯曲到显影器壳体中。
    • 40. 发明申请
    • METHOD AND SYSTEM FOR MELTER TANK AIRFLOW MANAGEMENT
    • 用于太空坦克气流管理的方法和系统
    • US20110180526A1
    • 2011-07-28
    • US12695147
    • 2010-01-27
    • William H. WaymanMichael Joseph Brundige
    • William H. WaymanMichael Joseph Brundige
    • F27D11/00F24F7/00
    • B41J2/17593
    • An airflow system for a solid-ink melter tank is disclosed, which prevents clogging of drop tube supplying solid ink to the solid-ink melter tank. An inlet may provide airflow as well as solid ink to the melter tank and an outlet maintained at a temperature higher than temperature of the inlet, promotes a convective air current. The inlet may be coaxial with the drop tube or is present as a separate opening in the solid-ink melter tank. The outlet can be taller, externally insulated, and fabricated with a thermally conductive material as compared to the inlet. The heated outlet promotes expulsion of hot air from the solid-ink melter tank and prevents heating of drop tube, which leads to drop tube clogging by partially melting the solid ink.
    • 公开了一种用于固体油墨罐的气流系统,其防止将固体油墨供应到固体油墨罐的堵塞管堵塞。 入口可以将气流以及固体油墨提供给熔化罐,并且保持在高于入口温度的温度下的出口促进对流气流。 入口可以与下落管同轴,或者作为固体墨水罐中的单独的开口存在。 与入口相比,出口可以更高,外部绝缘,并用导热材料制成。 加热的出口促进热固化油墨罐的热空气的排出,并防止液滴管的加热,这导致通过部分熔化固体油墨而导致管子堵塞。