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    • 2. 发明公开
    • Air flow control apparatus
    • DurchflussregelgerätfürLuft。
    • EP0149992A2
    • 1985-07-31
    • EP85100009.1
    • 1985-01-01
    • FLANDERS FILTERS, INC.
    • Wood, Joseph ArthurPeebles, William Corbett, Jr.
    • F24F13/14F16K1/16
    • F24F13/1426F16K1/165F24F13/1406F24F13/1413F24F2013/1473Y10T137/87113Y10T137/87434
    • @§ An air flow control apparatus is disclosed which is characterized by essentially zero leakage in its closed position, and by minimal air resistance in its open position. The apparatus includes a housing (12) having an interior framework which defines a plurality of troughs (21) of V-shaped cross section, and with each side of each trough including an opening (34). A closure is associated with each trough, which includes a pair of pivotally mounted plates (39, 40) which are movable between a spread apart position covering and closing the openings in the trough, and a collapsed position wherein the plates are substantially aligned with each other and spaced from the associated openings to permit free air flow therethrough. A continuous upstanding peripheral flange (28, 30, 31, 32) surrounds each opening, and a resilient pad (44) is mounted on each plate of each closure so that the resilient pad mates with the outer edge of the flange when the closure is moved to the spread apart position, and so that the outer edge presses into the resilient pad to effect an air tight seal. The axis (41) of the pivotal plates is adjustable to permit the pressure between the plates and outer edge of the flanges to be uniform about the periphery of each opening.
    • 公开了一种空气流量控制装置,其特征在于其关闭位置基本为零泄漏,并且其打开位置的空气阻力最小。 该装置包括壳体,该壳体具有限定多个V形横截面槽的内部框架,并且每个槽的每一侧包括开口。 封闭件与每个槽相关联,每个槽包括一对可枢转地安装的板,其可在覆盖和关闭槽中的开口的扩展位置之间移动,以及折叠位置,其中板基本上彼此对准并与 相关联的开口以允许自由空气流过其中。 连续的直立的周边法兰包围每个开口,并且弹性垫安装在每个封闭件的每个板上,使得当封闭件移动到展开位置时,弹性垫与凸缘的外边缘配合,并且使得外部 边缘压入弹性垫中以实现气密密封。 枢转板的轴线是可调节的,以允许板和凸缘的外边缘之间的压力围绕每个开口的周边均匀。
    • 4. 发明公开
    • Air flow control apparatus
    • 空气流量控制装置
    • EP0149992A3
    • 1987-01-21
    • EP85100009
    • 1985-01-01
    • FLANDERS FILTERS, INC.
    • Wood, Joseph ArthurPeebles, William Corbett, Jr.
    • F24F13/14F16K01/16
    • F24F13/1426F16K1/165F24F13/1406F24F13/1413F24F2013/1473Y10T137/87113Y10T137/87434
    • @§ An air flow control apparatus is disclosed which is characterized by essentially zero leakage in its closed position, and by minimal air resistance in its open position. The apparatus includes a housing (12) having an interior framework which defines a plurality of troughs (21) of V-shaped cross section, and with each side of each trough including an opening (34). A closure is associated with each trough, which includes a pair of pivotally mounted plates (39, 40) which are movable between a spread apart position covering and closing the openings in the trough, and a collapsed position wherein the plates are substantially aligned with each other and spaced from the associated openings to permit free air flow therethrough. A continuous upstanding peripheral flange (28, 30, 31, 32) surrounds each opening, and a resilient pad (44) is mounted on each plate of each closure so that the resilient pad mates with the outer edge of the flange when the closure is moved to the spread apart position, and so that the outer edge presses into the resilient pad to effect an air tight seal. The axis (41) of the pivotal plates is adjustable to permit the pressure between the plates and outer edge of the flanges to be uniform about the periphery of each opening.
    • 公开了一种空气流量控制装置,其特征在于其关闭位置基本为零泄漏,并且其打开位置的空气阻力最小。 该装置包括壳体,该壳体具有限定多个V形横截面槽的内部框架,并且每个槽的每一侧包括开口。 封闭件与每个槽相关联,每个槽包括一对可枢转地安装的板,其可在覆盖和关闭槽中的开口的扩展位置之间移动,以及折叠位置,其中板基本上彼此对准并与 相关联的开口以允许自由空气流过其中。 连续的直立的周边法兰包围每个开口,并且弹性垫安装在每个封闭件的每个板上,使得当封闭件移动到展开位置时,弹性垫与凸缘的外边缘配合,并且使得外部 边缘压入弹性垫中以实现气密密封。 枢转板的轴线是可调节的,以允许板和凸缘的外边缘之间的压力围绕每个开口的周边均匀。
    • 8. 发明公开
    • Method and apparatus for the leak testing of filters
    • Verfahren und Apparat zurLeckprüfungvon Filtern。
    • EP0150266A2
    • 1985-08-07
    • EP84111200.6
    • 1980-02-27
    • FLANDERS FILTERS, INC.
    • Wilcox, David E.Allan, Thomas T.
    • G01M3/20B01D46/42
    • G01M3/20B01D2273/18
    • A method and apparatus for the leak testing of filters (30) arranged in series in a housing, comprises supply pipes (40, 41) for introducing DOP particles within the housing and immediately upstream of each filter, and a hinged restriction member (54a, 54b) mounted in the housing upstream of each filter and downstream of the location at which the DOP is introduced for mixing the airstream and DOP and then dispersing the mixture over the full frontal area of the adjacent filter. A sampling device (70b, 70c) is mounted downstream of each filter for monitoring the airstream to detect DOP particles and thereby permit a determination as to whether any particles are leaking through or around the filter. The restriction member (54b) disposed between the filters serves the dual purpose of mixing the airstream and any leaking particles, during testing of the upstream filter, preparatory to monitoring of the airstream by the sampling device (70b), as well as mixing the airstream and the particles introduced by the adjacent upstream supply pipes (40, 41), preparatory to dispersing the mixture over the full frontal area of the downstream filter, during testing of the latter.
    • 一种串联布置在壳体中的过滤器(30)的泄漏测试方法和装置,包括用于将DOP颗粒引入壳体内并紧靠每个过滤器上游的供应管道(40,41)和铰接的限制构件(54a, 54b),其安装在每个过滤器上游的壳体中,并且在引入DOP的位置的下游,用于混合气流和DOP,然后将混合物分散在相邻过滤器的全部正面区域上。 采样装置(70b,70c)安装在每个过滤器的下游,用于监测气流以检测DOP颗粒,从而允许确定任何颗粒是否通过过滤器或其周围泄漏。 设置在过滤器之间的限制构件(54b)用于在上游过滤器的测试期间混合气流和任何泄漏的颗粒的双重目的,准备通过取样装置(70b)监测气流,以及混合气流 以及由相邻的上游供应管道(40,41)引入的颗粒,准备在混合物的后期过滤器的整个正面区域分散混合物。
    • 9. 发明公开
    • Connector for a filter bank supporting latticework and method of assembling same
    • VerbindungfürGitterwerk zurFilterwandunterstützungund Verfahren zu seiner Montage。
    • EP0116772A1
    • 1984-08-29
    • EP83307748.0
    • 1983-12-20
    • FLANDERS FILTERS, INC.
    • Quante, Martin JohnCutler, Terry Wayne
    • F24F3/16B01D46/12
    • E04B9/14B01D46/00B01D46/12F24F13/28
    • A filter bank supporting latticework comprises a plurality of connectors (10,28,29) each of which has two, three or four extensions (12) radiating from a common central location. Each of the extensions (12) has a U-shaped cross sectional configuration so as to define a bottom wall and two opposite side walls. A threaded coupling member (18) is disposed at the central location of each four-extension connectors (10) for securing the connector to a supporting tie rod (19), and a protruberance (20) is disposed within each U-shaped extension at a predetermined distance from the central location. Adjacent connectors are adapted to be joined by an interconnecting channel (31,32) of predetermined length, with the ends of the channel being positioned within aligned extensions (12) of adjacent connectors, and with the ends of the channels (31,32) abutting the respective protruberances (20). A supporting latticework is thereby constructed which defines a plurality of rectangular open areas, and the length and width dimensions of each open area is automatically established. Each extension (12) of each connector further includes a transverse groove (22) extending about the inside surface thereof, and an aperture (24) extending through one of the walls and communicating with the groove. A caulking material may be forced through the aperture (24) after the interconnecting channel (31.32) is secured in the extension (12), and so that the caulking material is able to flow along the groove and form a seal between the extension and channel.
    • 支撑网格的滤波器组包括多个连接器(10,28,29),每个连接器具有从公共中心位置辐射的两个,三个或四个延伸部(12)。 每个延伸部(12)具有U形横截面构造,以便限定底壁和两个相对的侧壁。 螺纹联接构件(18)设置在每个四个延伸连接器(10)的中心位置处,用于将连接器固定到支撑拉杆(19)上,并且在每个U形延伸部内设置有突起(20) 距离中心位置预定的距离。 相邻的连接器适于通过预定长度的互连通道(31,32)连接,通道的端部位于相邻连接器的对准的延伸部(12)内,并且通道(31,32)的端部 邻接各个突起(20)。 由此构成了限定多个矩形开放区域的支撑网格,并且自动建立每个开放区域的长度和宽度尺寸。 每个连接器的每个延伸部(12)还包括围绕其内表面延伸的横向凹槽(22)和延伸穿过其中一个壁并与凹槽连通的孔(24)。 在互连通道(31.32)固定在延伸部分(12)中之后,填缝材料可以被迫穿过孔口(24),并且使得铆接材料能够沿着沟槽流动并在延伸部分和通道之间形成密封 。