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    • 2. 发明授权
    • Detection of electrostatic filter for air filtration system
    • 空气过滤系统静电过滤器检测
    • US09579663B2
    • 2017-02-28
    • US14117727
    • 2012-05-14
    • Peter Johannes McKinney
    • Peter Johannes McKinney
    • B03C3/68B03C3/66B03C3/72B03C3/82B03C3/86
    • B03C3/68B03C3/66B03C3/72B03C3/82B03C3/86
    • An air filtration system includes a frame directing an airflow through the air filtration system and a media filter. The media filter includes a plurality of media fibers arranged to capture particles flowing therethrough and a conductive surface located at the media filter and having a conductivity within a selected range. Two or more contact pads are located at the media filter and are alignable with an electrical circuit located at the frame to determine whether a resistance across the conductive plane is within a selected resistance range. A method of installing a media filter in an air filtration system includes inserting the media filter into a frame of the air filtration system and aligning one or more contact pads of the media filter with one or more grounding pads of the frame. A resistance across the media filter is measured.
    • 空气过滤系统包括引导空气流过空气过滤系统的框架和介质过滤器。 介质过滤器包括布置成捕获流过其中的颗粒的多个介质纤维和位于介质过滤器处并且具有选定范围内的导电性的导电表面。 两个或更多个接触垫位于介质过滤器处并且可与位于框架处的电路对准,以确定导电平面上的电阻是否在选定的电阻范围内。 将介质过滤器安装在空气过滤系统中的方法包括将介质过滤器插入空气过滤系统的框架中,并将介质过滤器的一个或多个接触垫与框架的一个或多个接地垫对准。 测量介质过滤器上的电阻。
    • 5. 发明授权
    • Electric dust collector
    • 电除尘器
    • US4313741A
    • 1982-02-02
    • US170911
    • 1980-07-21
    • Senichi MasudaNaoki Sugita
    • Senichi MasudaNaoki Sugita
    • B03C3/12B03C3/60B03C3/72B03C3/45
    • B03C3/72B03C3/12B03C3/60
    • In an electric dust collector including a case having a dust-containing gas inlet and a clean gas outlet; a charging section for electrically charging the dust particles by means of the corona discharge on the side of said dust-containing gas inlet of said case; a collecting section for collection the dust particles passing through said charging section and electrically charged, by means of the Coulomb force; and a d.c. high voltage power source for applying a d.c. high voltage to said charging section and to said collecting section; the present invention discloses an electric dust collector wherein each electrode plate of said collecting section consists of a ribbon-like insulation film strip and an electrically conductive layer or layers having a width narrower than that of said film and formed on either one face or both faces of said film so as to form insulation sections on both side edges of said conductive layer or layers, and said collecting section consists of a plurality of said electrode plates would up spirally or laminated with each other with a predetermined gap between them via insulation spacers of an insulation material disposed on said insulation sections so as to allow the passage of the gas therethrough.
    • 一种电除尘器,包括具有含灰尘的气体入口和清洁气体出口的壳体; 充电部,其通过所述壳体的所述含尘气体入口侧的电晕放电对所述尘埃颗粒进行充电; 收集部分,用于收集通过所述充电部分并通过库仑力带电的灰尘颗粒; 和d.c. 用于施加直流电压的高压电源。 高压到所述充电部分和所述收集部分; 本发明公开了一种电集尘器,其特征在于,所述收集部分的每个电极板由带状绝缘膜带和宽度比所述膜窄的导电层或层形成在一个面或两个面上 以在所述导电层或两层的两个侧边缘上形成绝缘部分,并且所述收集部分由多个所述电极板组成,所述多个所述电极板将螺旋地或彼此层叠,并通过绝缘隔板 绝缘材料设置在所述绝缘部分上,以允许气体通过其中。
    • 6. 发明授权
    • Electrostatic precipitator
    • 静电消除器
    • US3733783A
    • 1973-05-22
    • US3733783D
    • 1971-10-29
    • WESTINGHOUSE ELECTRIC CORP
    • BURNEY I
    • B03C3/72B03C3/66
    • B03C3/72
    • A door latch and safety arrangement for an electrostatic precipitator is comprised of a spring contact to engage at least one of the plates of one polarity to thereby connect those plates to a first grounded terminal of a high voltage power supply when the door is in place and the latch is in the locked position. A test button is arranged so that when it is momentarily depressed and while the latch is locked, the spring contact is also moved towards the plates that are connected to the second terminal of the power supply and charged with the other polarity to thus produce an audible spark indicating the charged condition of the plates. When the latch is moved to the unlocked position, switch means connected therewith de-energizes the power supply. Moving the latch to the unlocked position also moves the spring means to simultaneously connect together precipitator plates of opposite charges and thus short circuit the collector cell and eliminate any residual charge therein.