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    • 2. 发明授权
    • Membrane guard for a membrane electrode cell
    • 膜电极膜的膜保护膜
    • US5468361A
    • 1995-11-21
    • US311825
    • 1994-09-23
    • H. Frederick Hess, Jr.H. Frederick Hess, III
    • H. Frederick Hess, Jr.H. Frederick Hess, III
    • C25D13/22C25D17/00C25D17/10
    • C25D13/22C02F2201/003
    • A guard for a membrane electrode cell in an electrocoat paint system that separates the counter-electrode, the object being painted, from the membrane shell housing that surrounds the electrode, which is located inside the membrane. The guard is of a grid-like structure with openings that have rounded edges and allows for the flow of electricity between the electrode and the counter-electrode and for a substantially continuous flow of paint particles around the membrane electrode cell. The guard is made from a durable, flexible, non-conducting material that is impervious to the temperature conditions and acids, solvents and other compounds often found in electrocoating paint baths. Embodiments of the present invention include an externally affixed guard, an integral guard and a rigid membrane guard.
    • 在电涂漆系统中的膜电极池的保护装置,其将对置电极(被涂物体)从位于膜内部的电极周围的膜壳壳体分离。 防护罩是具有开口的格栅状结构,其开口具有圆形边缘并且允许电极和对电极之间的电流以及用于膜电极单元周围的涂料颗粒的基本上连续的流动。 防护罩由耐用,柔性,不导电的材料制成,不受温度条件和酸,溶剂和电涂漆浴中常见的其他化合物的影响。 本发明的实施例包括外部固定的防护件,整体护罩和刚性膜护罩。
    • 3. 发明授权
    • Membrane guard for a membrane electrode cell
    • 膜电极膜的膜保护膜
    • US5213671A
    • 1993-05-25
    • US678733
    • 1991-04-01
    • H. Frederick Hess, Jr.H. Frederick Hess, III
    • H. Frederick Hess, Jr.H. Frederick Hess, III
    • C25D13/22
    • C25D13/22C02F2201/003
    • A guard for a membrane electrode cell in an electrocoat paint system that separates the counter-electrode, the object being painted, from the membrane shell housing that surrounds the electrode, which is located inside the membrane. The guard is of a grid-like structure with openings that have rounded edges and allows for the flow of electricity between the electrode and the counter-electrode and for a substantially continuous flow of paint particles around the membrane electrode cell. The guard is made from a durable, flexible, non-conducting material that is impervious to the temperature conditions and acids, solvents and other compounds often found in electrocoating paint baths. Embodiments of the present invention include an externally affixed guard, an integral guard and a rigid membrane guard.
    • 在电涂漆系统中的膜电极池的保护装置,其将对置电极(被涂物体)从位于膜内部的电极周围的膜壳壳体分离。 防护罩是具有开口的格栅状结构,其开口具有圆形边缘并且允许电极和对电极之间的电流以及用于膜电极单元周围的涂料颗粒的基本上连续的流动。 防护罩由耐用,柔性,不导电的材料制成,不受温度条件和酸,溶剂和电涂漆浴中常见的其他化合物的影响。 本发明的实施例包括外部固定的防护件,整体护罩和刚性膜护罩。
    • 5. 发明授权
    • Electrocoat painting overload protection circuit and method
    • 电涂漆过载保护电路及方法
    • US5759371A
    • 1998-06-02
    • US677209
    • 1996-07-09
    • Timothy C. WalkerJames A. BernthH. Frederick Hess, Jr.
    • Timothy C. WalkerJames A. BernthH. Frederick Hess, Jr.
    • C25D13/22C25D13/00
    • C25D13/22
    • An overload protection and control circuit and methods for electrocoat painting systems is disclosed. A resistive shunt is utilized to generate a voltage proportional to the level of current flow to electrodes in the electrocoat painting system. After amplification, the generated voltage is compared with a reference voltage. If the current exceeds a predetermined level, indicative of an overcurrent condition, a comparator causes a control circuit to disable current flow. A timer is provided to delay re-enabling of current flow for a predetermined delay interval. The control circuit may receive inputs from a control PLC or computer. The control PLC or computer may receive inputs from sensors such as a pH sensor or a membrane monitor. The control PLC or computer may selectively control the control circuit to various electrodes so as to more appropriately operate the electrocoat painting system.
    • 公开了一种用于电泳涂装系统的过载保护和控制电路及方法。 电阻分流器用于产生与电泳涂装系统中电极的电流水平成比例的电压。 放大后,将发生的电压与参考电压进行比较。 如果电流超过表示过电流状态的预定电平,则比较器使控制电路禁止电流。 提供了一个定时器,用于延迟电流在预定延迟时间间隔的重新启用。 控制电路可以从控制PLC或计算机接收输入。 控制PLC或计算机可以从诸如pH传感器或膜监测器的传感器接收输入。 控制PLC或计算机可以选择性地将控制电路控制到各种电极,以便更适当地操作电泳涂漆系统。