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    • 1. 发明申请
    • FILTER SYSTEM
    • 过滤系统
    • WO2006045821A9
    • 2007-09-20
    • PCT/EP2005055576
    • 2005-10-26
    • INABATA EUROP S ABEKAERT ADVANCED FILTRATIONEURLINGS MARTINALBERT PHILIPPEVANDENDIJK STEFAN
    • EURLINGS MARTINALBERT PHILIPPEVANDENDIJK STEFAN
    • B01D29/11B01D29/54B01D29/66
    • B01D29/663B01D29/115B01D29/118B01D29/54
    • Filter system comprising a back-flush unit (B) provided to back-flush said filter unit (F). The filter unit (F) has at least a housing (3) and at least a first filter element (1) separating a raw material compartment (34) from a filtrate compartment (35). The filter unit (F) has a first filtrate outlet (6) and is in communication with the filtrate compartment (35). The back-flush unit (B) comprises a first expansion vessel (17). The filter system also comprises pressurising means (11,12,13,23) to pressurise the filtrate when in the second compartment. The filter unit (F) also comprises a second filtrate outlet (7) different and spaced apart from said first filtrate outlet (6). The first filtrate outlet (6) is in communication with the filtrate compartment (35) and with the expansion vessel (17) by means of a first back-flush nozzle (29).
    • 过滤器系统,包括设置成反冲洗所述过滤器单元(F)的后冲洗单元(B)。 过滤器单元(F)至少具有壳体(3)和至少第一过滤元件(1),其将原料室(34)与滤液室(35)分离。 过滤器单元(F)具有第一滤液出口(6)并与滤液室(35)连通。 后冲洗单元(B)包括第一膨胀容器(17)。 过滤系统还包括加压装置(11,12,13,23),以在第二隔室中对滤液加压。 过滤器单元(F)还包括与所述第一滤液出口(6)不同并间隔开的第二滤液出口(7)。 第一滤液出口(6)通过第一反冲洗喷嘴(29)与滤液室(35)和膨胀容器(17)连通。
    • 4. 发明申请
    • THIN, PLIABLE POLYMERIC FILM FOR SEALING MICROPLATES
    • 薄膜,用于密封微胶囊的聚合物薄膜
    • WO1998010853A1
    • 1998-03-19
    • PCT/US1997016296
    • 1997-09-16
    • WHATMAN INC.
    • WHATMAN INC.VALUS, Ronald, J.LIPSKY, Johnathan, N.
    • B01D21/26
    • B01L3/5085B01D17/0217B01D17/044B01D17/085B01D21/0012B01D21/26B01D21/262B01D29/031B01D29/663B01D61/18B01L3/50255Y10T436/25375Y10T436/255
    • A sealing member for a multi-well microfiltration plate (10) comprises a flexible sealing material (20), which in response to the application of differential pressure, will flex or collapse in the direction of filtration along the contour of each individual well (12). A process maintains a differential pressure substantially constant over a multi-well microfiltration plate (10) comprising placing said flexible sealing member (20) over the surface of the multi-well microfiltration plate (10) having individual wells (12), stretching the flexible sealing member (20) so as to seal the perimeter of each individual well (12), creating a differential pressure around said multi-well microfiltration plate (10) covered with said flexible sealing material (20) and filtering a material (22) from each occupied well (12) at a rate independent of the filtration rate of any other well (12) while maintaining a substantially constant differential pressure around the multi-well microfiltration plate (10) until filtration in the last well (12) containing material (22) is complete.
    • 用于多孔微量过滤板(10)的密封构件包括柔性密封材料(20),其响应于施加压差而沿着每个单独孔(12)的轮廓在过滤方向上弯曲或塌缩 )。 一种工艺在多孔微量过滤板(10)上保持基本恒定的压差,包括将所述柔性密封构件(20)放置在具有各个孔(12)的多孔微量过滤板(10)的表面上, 密封构件(20)以密封每个单独井(12)的周边,在由所述柔性密封材料(20)覆盖的所述多孔微量过滤板(10)周围产生差压,并将材料(22)从 每个占据的井(12)以与任何其他井(12)的过滤速率无关的速率,同时在多孔微量过滤板(10)周围保持基本上恒定的差压,直到含有最终井(12)的材料 22)完成。
    • 5. 发明申请
    • STRAINER DEVICE FOR FILTERING WATER TO AN EMERGENCY COOLING SYSTEM IN A NUCLEAR POWER PLANT
    • 用于将水过滤到核电厂中的紧急冷却系统的过滤装置
    • WO1995029488A1
    • 1995-11-02
    • PCT/SE1995000386
    • 1995-04-11
    • VATTENFALL UTVECKLING AB
    • VATTENFALL UTVECKLING ABHENRIKSSON, Mats
    • G21C15/18
    • G21C19/307B01D29/114B01D29/54B01D29/663B01D29/68B01D29/902B01D29/925B01D2201/02B01D2201/287G21Y2002/301G21Y2002/40G21Y2004/30
    • A strainer device for filtering water to an emergency cooling system in a nuclear power plant containment area having a lower part which forms a pool in which the strainer device is mounted. The device includes a strainer housing (1) with separate strainer walls between which a flexible shield unit (6) operates. The unit is arranged to be kept in a first position when water is drawn through one of the strainer walls, in which position it interrupts the connection between the other strainer wall and a suction conduit (4). By inherent flexibility, the shield unit is automatically switched over to a second position which opens the connection between the second strainer wall and the suction conduit, as soon as the first strainer wall is clogged by impurities to such an extent that a low pressure arises in the space between the first strainer wall and the shield means unit, which low pressure brings about the switching-over by its suction effect.
    • 一种用于将过滤水的过滤器装置用于具有下部的核电厂安全壳区域中的紧急冷却系统,所述下部部分形成其中安装过滤器装置的池。 该装置包括具有单独的过滤器壁的过滤器外壳(1),柔性屏蔽单元(6)在该过滤器外壳之间操作。 当水通过过滤器壁中的一个被抽出时,该单元被布置成保持在第一位置,在该位置中断了另一个过滤器壁和吸入管道(4)之间的连接。 通过固有的灵活性,一旦第一过滤器壁被杂质堵塞,则屏蔽单元自动切换到打开第二过滤器壁和吸入管道之间的连接的第二位置,使得产生低压 第一过滤器壁和屏蔽装置单元之间的空间,该低压通过其吸入效应而导致切换。
    • 7. 发明申请
    • FILTER SYSTEM
    • 过滤系统
    • WO2006045821A1
    • 2006-05-04
    • PCT/EP2005/055576
    • 2005-10-26
    • INABATA EUROPE S.A.BEKAERT ADVANCED FILTRATIONEURLINGS, MartinALBERT, PhilippeVANDENDIJK, Stefan
    • EURLINGS, MartinALBERT, PhilippeVANDENDIJK, Stefan
    • B01D29/11B01D29/54B01D29/66
    • B01D29/663B01D29/115B01D29/118B01D29/54
    • Filter system comprising a back-flush unit (B) provided to back-flush said filter unit (F). The filter unit (F) has at least a housing (3) and at least a first filter element (1) separating a raw material compartment (34) from a filtrate compartment (35). The filter unit (F) has a first filtrate outlet (6) and is in communication with the filtrate compartment (35). The back-flush unit (B) comprises a first expansion vessel (17). The filter system also comprises pressurising means (11,12,13,23) to pressurise the filtrate when in the second compartment. The filter unit (F) also comprises a second filtrate outlet (7) different and spaced apart from said first filtrate outlet (6). The first filtrate outlet (6) is in communication with the filtrate compartment (35) and with the expansion vessel (17) by means of a first back-flush nozzle (29).
    • 过滤器系统,包括设置成反冲洗所述过滤器单元(F)的后冲洗单元(B)。 过滤器单元(F)至少具有壳体(3)和至少第一过滤元件(1),其将原料室(34)与滤液室(35)分离。 过滤器单元(F)具有第一滤液出口(6)并与滤液室(35)连通。 后冲洗单元(B)包括第一膨胀容器(17)。 过滤系统还包括加压装置(11,12,13,23),以在第二隔室中对滤液加压。 过滤器单元(F)还包括与所述第一滤液出口(6)不同并间隔开的第二滤液出口(7)。 第一滤液出口(6)通过第一反冲洗喷嘴(29)与滤液室(35)和膨胀容器(17)连通。
    • 8. 发明申请
    • PRESSURIZED BACKFLUSH SYSTEM FOR A FILTER
    • 用于过滤器的压缩反冲洗系统
    • WO2003020397A1
    • 2003-03-13
    • PCT/US2002/027092
    • 2002-08-26
    • KADANT INC.
    • MCGOWAN, David, R.
    • B01D29/60
    • B01D29/114B01D29/60B01D29/663B01D29/668B01D2201/54
    • A filter backflushing system including an accumulator containing a pressurized bladder which propels a supply of backwash fluid contained within the accumulator in a reverse direction through a filter element. While the backwash fluid is pumped within the accumulator, an inert gas inside the bladder is compressed against the inside walls of the accumulator. Upon reaching a pressure of approximately 300-600 psi, the filtered fluid is released from the accumulator and the full energy of the compressed gas is released as well. This release produces a high pressure rapid burst of backwash fluid which effectively removes clogging contaminants from a filter element.
    • 一种过滤器反吹系统,其包括含有加压气囊的蓄能器,其通过过滤元件沿相反方向推动储存器内容纳的反冲洗流体的供应。 当反冲洗流体在蓄液器内泵送时,气囊内的惰性气体被压靠在蓄能器的内壁上。 在达到约300-600psi的压力时,过滤的流体从蓄能器释放,并且压缩气体的全部能量也被释放。 该释放产生高压快速爆发的反冲洗流体,其有效地从过滤元件去除堵塞的污染物。
    • 9. 发明申请
    • SELF-CLEANING PRE-FILTER SYSTEM
    • 自清洁预过滤系统
    • WO2003010098A1
    • 2003-02-06
    • PCT/US2002/023542
    • 2002-07-24
    • LANCER PARTNERSHIP, LTD.
    • ROMANYSZYN, Michael, T.BOSKO, Robert, S.
    • C02F9/00
    • B01D36/02B01D29/117B01D29/606B01D29/663
    • A self-cleaning pre-filter system (10) generally comprises a system inlet (11); a sediment filter (13) having a filter inlet (15) in selective fluid communication with the system inlet, a selectively openable drain port (18) and a filter outlet (16), separated from the filter inlet and the drain port by a filter screen (20); a pressure accumulator (28) having a first chamber (31) in open fluid communication with the filter outlet and having a sealed second chamber (32) containing a compressible medium, the first chamber and the second chamber being separated one from the other by a flexible diaphragm (30); and a system outlet (12) in selective fluid communication with the filter outlet and the first chamber. A controller (32) operates valves to periodically back flush the sediment filter utilizing energy stored in the pressure accumulator. Any detritus removed from the filter screen during the back flush process is immediately discharged from the system through the drain port (18).
    • 自清洁预过滤器系统(10)通常包括系统入口(11); 具有与系统入口选择性流体连通的过滤器入口(15)的沉淀物过滤器(13),通过过滤器与过滤器入口和排出口分离的可选择打开的排放口(18)和过滤器出口(16) 屏幕(20); 压力蓄能器(28),其具有与所述过滤器出口开放流体连通的第一室(31),并且具有容纳可压缩介质的密封的第二室(32),所述第一室和所述第二室通过 柔性隔膜(30); 和与过滤器出口和第一室选择性流体连通的系统出口(12)。 控制器(32)利用存储在蓄压器中的能量来周期性地操作阀来冲洗沉积物过滤器。 在反冲洗过程中从过滤网中去除的任何碎屑立即通过排放口(18)从系统排出。