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    • 3. 发明申请
    • Non-collapsible dual filter element
    • 不可折叠双重滤芯
    • US20050056582A1
    • 2005-03-17
    • US10940221
    • 2004-09-13
    • Mahesh PatelThomas HamlinJohn PulekConor O'Hara
    • Mahesh PatelThomas HamlinJohn PulekConor O'Hara
    • B01D29/11B01D27/00
    • B01D29/114B01D29/117B01D29/54B01D29/58
    • An improved liquid filter device comprising a first non-collapsible filter element formed of filter media; a second non-collapsible filter element formed of filter media, the first filter element being operatively contained within the second filter element such that a first space is operatively formed therebetween, the first filter element operatively forming a second space interiorly thereof; an inlet plate, operatively connected at one end of both the first and second filter elements, the inlet plate having an outer circumferential edge and a central area, the second filter element being operatively connected to the inlet plate proximate to the outer edge of the inlet plate, the first filter element being connected to the inlet plate proximate to the central area, the inlet plate operatively communicating with the first space between the first and second filter elements such that the flow of liquid to be filtered is directed into the first space, each filter element being non-collapsible in the axial direction, the inlet plate being operatively positioned to receive liquid to be filtered when the filter element is arranged within a filtration system such that liquid will pass through the inlet plate into the first space between the first and second filter elements for traversing through the filter elements for the filtration thereof. A liquid filter system incorporating the liquid filter element and methods for fabricating the improved liquid filter element are also disclosed.
    • 一种改进的液体过滤器装置,包括由过滤介质形成的第一不可折叠过滤元件; 由过滤介质形成的第二非可收缩过滤元件,所述第一过滤元件可操作地容纳在所述第二过滤器元件内,使得在其间可操作地形成第一空间,所述第一过滤元件在其内部可操作地形成第二空间; 入口板,其操作性地连接在第一和第二过滤器元件的两端,入口板具有外圆周边缘和中心区域,第二过滤器元件可操作地连接到入口板,靠近入口的外边缘 第一过滤器元件连接到靠近中心区域的入口板,入口板与第一和第二过滤器元件之间的第一空间可操作地连通,使得待过滤的液体流被引导到第一空间中, 每个过滤器元件在轴向方向上不可折叠,入口板可操作地定位成当过滤元件布置在过滤系统内时接收要过滤的液体,使得液体将通过入口板进入第一 以及用于穿过过滤元件以进行过滤的第二过滤元件。 还公开了一种结合液体过滤元件的液体过滤器系统和用于制造改进的液体过滤元件的方法。
    • 6. 发明申请
    • FAIL SAFE MECHANISM
    • 失败的安全机制
    • US20070075025A1
    • 2007-04-05
    • US11536918
    • 2006-09-29
    • Hemang PatelKeith WesnerThomas HamlinRobert GovernalGuillermo VidalDimitris ColliasJeannine Bahm
    • Hemang PatelKeith WesnerThomas HamlinRobert GovernalGuillermo VidalDimitris ColliasJeannine Bahm
    • B01D37/00
    • C02F1/001C02F1/004C02F1/288
    • In one embodiment, the present disclosure provides fail-safe mechanisms for final filters. The fail-safe mechanisms of the present disclosure include a prefilter that is essentially transparent or translucent to TOC contaminants and a microporous filter downstream from the prefilter that filters contaminants by means of size-exclusion, mechanical interception, coagulation, or a combination thereof, the filter being adapted to significantly reduce fluid flow and undergo blockage under a challenge by TOC contaminants. In another embodiment, the present disclosure provides a method of filtration that includes the steps of providing a microporous filter disposed upstream from a final filter, the microporous filter capable of filtering contaminants from a fluid by means of size-exclusion, mechanical interception, coagulation, or a combination thereof, and said filter being adapted to significantly reduce fluid flow and undergo blockage under a challenge by TOC contaminants, and filtering the fluid through the microporous filter
    • 在一个实施例中,本公开提供了用于最终滤波器的故障安全机制。 本公开的故障安全机构包括对TOC污染物基本上透明或半透明的预过滤器,以及通过尺寸排除,机械拦截,凝结或其组合来过滤污染物的预过滤器下游的微孔过滤器, 过滤器适于显着减少流体流动并在TOC污染物的挑战下发生堵塞。 在另一个实施方案中,本公开提供了一种过滤方法,其包括以下步骤:提供设置在最终过滤器上游的微孔过滤器,所述微孔过滤器能够通过尺寸排除,机械拦截,凝结等方式从流体中过滤污染物, 或其组合,并且所述过滤器适于显着减少流体流动并在TOC污染物的挑战下被堵塞,并通过微孔过滤器过滤流体。