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    • 1. 发明申请
    • Air cleaner having separate modules for collector plates and ionizing wires
    • 空气净化器具有用于集电板和电离线的独立模块
    • US20080134896A1
    • 2008-06-12
    • US11636120
    • 2006-12-08
    • Gordon HolmesDamon DrummJohn M. Sartain
    • Gordon HolmesDamon DrummJohn M. Sartain
    • B03C3/68
    • B03C3/12B03C3/88B03C2201/28
    • An air cleaner is provided that comprises one or more ionizing panels having at least one ionizing wire in connection with a voltage source. One or more collector cells separate from the one or more ionizing wire panels are releasably received within the air cleaner housing to establish an electrical connection between the collector cell and the voltage source for applying a voltage potential between the collector cell and the ionizing wire. The collector cell may be removed from the air cleaner to permit cleaning of the collector cell separate from the ionizing panels. The air cleaner monitors at least one variable indicative of the operation of the air cleaner. Upon determining that the variable has reached a predetermined variable indicative of a significant amount of dust accumulation, an activates a light source to illuminate indicia on a display screen which indicates a need for servicing the air cleaner.
    • 提供一种空气净化器,其包括一个或多个电离板,其具有与电压源相连的至少一个电离线。 与一个或多个电离线板分离的一个或多个集电池可释放地容纳在空气净化器壳体内,以在收集器电池和电压源之间建立电连接,以在集电池和电离线之间施加电压。 收集器单元可以从空气净化器中移除以允许从电离板分离的收集器电池的清洁。 空气净化器监视至少一个指示空气净化器的操作的变量。 当确定变量已经达到指示大量灰尘积聚的预定变量时,激活光源以在显示屏上照亮指示维修空气净化器的需要的标记。
    • 2. 发明授权
    • Air cleaner having separate modules for collector plates and ionizing wires
    • 空气净化器具有用于集电板和电离线的独立模块
    • US07435287B2
    • 2008-10-14
    • US11636120
    • 2006-12-08
    • Gordon HolmesDamon DrummJohn M. Sartain
    • Gordon HolmesDamon DrummJohn M. Sartain
    • B03C3/72
    • B03C3/12B03C3/88B03C2201/28
    • An air cleaner is provided that includes one or more ionizing panels having at least one ionizing wire in connection with a voltage source. One or more collector cells separate from the one or more ionizing wire panels are releasably received within the air cleaner housing to establish an electrical connection between the collector cell and the voltage source for applying a voltage potential between the collector cell and the ionizing wire. The collector cell may be removed from the air cleaner to permit cleaning of the collector cell separate from the ionizing panels. The air cleaner monitors at least one variable indicative of the operation of the air cleaner. Upon determining that the variable has reached a predetermined level indicative of a significant amount of dust accumulation, a controller activates a light source to illuminate indicia on a display screen which indicates a need for servicing the air cleaner.
    • 提供一种空气净化器,其包括一个或多个电离板,其具有与电压源相连的至少一个电离线。 与一个或多个电离线板分离的一个或多个收集器细胞可释放地容纳在空气净化器壳体内,以在收集器电池和电压源之间建立电连接,以在收集器电池和电离线之间施加电压。 收集器单元可以从空气净化器中移除以允许从电离板分离的收集器电池的清洁。 空气净化器监视至少一个指示空气净化器的操作的变量。 当确定变量已经达到指示大量灰尘积聚的预定水平时,控制器激活光源以照亮显示屏上的标记,其指示维修空气净化器的需要。
    • 4. 发明授权
    • Vacuum charging of containers from bulk supply
    • 容器从批量供应的真空充电
    • US4133281A
    • 1979-01-09
    • US817438
    • 1977-07-20
    • Gordon HolmesGeoffrey R. Martin
    • Gordon HolmesGeoffrey R. Martin
    • B65B1/16B65B1/28B65B3/04
    • B65B1/16B65B1/28
    • A method of charging a container with a predetermined quantity of a fluent material includes the steps of connecting the container to a bulk supply of the material, applying a vacuum within the container at a predetermined pressure level and for a predetermined period of time determined by an electronic timer to draw a charge of material into the container, the quantity of said charge being determined as a function of said pressure level and said period, and vacuum purging surplus material from the connection between the container and the bulk supply on completion of a filling operation and before commencement of a succeeding filling operation.
    • 用预定量的流动材料对容器充电的方法包括以下步骤:将容器连接到材料的大量供应物,在容器内以预定的压力水平施加真空并在预定的时间段内由 电子计时器将物料充入容器中,所述电荷的量根据所述压力水平和所述期间确定,并且在填充完成时从容器和大量供应源之间的连接真空清除剩余材料 并在开始成功的灌装操作之前。